How Smart Grids Are Revolutionizing Modern Energy Management?

As the use of technology is growing, the need for green energy production is also in demand. Smart grids are helping with that. They are changing the way traditional power systems work.

Conventional grids, with one-way electricity flow from power plants to consumers, are facing challenges in incorporating the latest energy sources to fulfill growing demand. So, there is a high chance of losses because of the inefficiencies and repeated power cuts.

These intelligent grids connect renewable energy sources, allowing users to have more control over energy usage. A decentralization of electricity flow helps businesses, homes, and even electric vehicles move forward towards a greener future.

In this blog, we will learn how these grids change the way users manage energy. So let’s start exploring.

What is a Smart Grid?

Smart grid is an electricity network that uses digital communications technologies to monitor, manage, and optimise the power flow, distribution, and consumption of electricity. The power suppliers and consumers have two-way communication using these grids. It makes sure that the different demands of end users get addressed. 

The evolution from traditional grids to smart grid technology.

Traditional grids depend on a one-way electricity flow. They have central plants to generate and distribute power using transmission and distribution networks. These systems faced challenges in keeping up with the

• Growing energy needs
• Integrating renewable energy
• Improving efficiency

Smart grids are developed as a solution. For better energy management, they integrate technologies like:

• Sensors
• IoT
• AI
• Automation

This development turns traditional power systems from static structures into flexible and active networks that react to changing energy demands. 

Key Features of Smart Grids

Real-time data monitoring and analysis

These grids use advanced sensors and communication technologies to keep monitoring energy usage and the grid’s performance. So, if there are any issues like power cuts or fluctuations, electricity providers identify them on the go and take corrective actions instantly.

Integration of renewable energy sources

These smart grids are developed to integrate renewable energy sources like solar, wind and hydroelectric systems. So balance between the power supply and demand is maintained properly.  It makes sure that renewable energy is distributed properly to address consumption requirements.

Advanced energy management systems 

These systems use intelligent algorithms and automation to improve electricity supply and usage. By predicting energy demands, they decrease waste and improve grid productivity. 

For example, during peak hours, modern energy management systems focus on supplying power to critical areas while minimizing waste in other parts of the grid.

Advanced data analytics for decision making 

Smart grids collect a large amount of data that is used by advanced analytics and Machine Learning algorithms. Using that data, they predict energy needs, identify issues, and plan accordingly. 

This data-driven approach helps with decision-making, grid management, and improves customer service. 

Advantages of Smart Grids

• Improved energy efficiency and reduced losses: These grids save energy and decrease losses while distributing electricity.
• Enhanced energy demand management capabilities: They help electricity suppliers with better energy management, especially during peak times.
• Improved integration with renewable energy: These grids make it easy to use solar, wind, and other renewable energy sources compared to traditional power systems.
• Future-ready technologies: These grids can expand and adjust to work with new technological updates as they come along.

Understanding Smart Grid Architecture

Overview of the Key Components 

Smart grid architecture follows a decentralised approach. It incorporates several components:

Smart Meters 

Smart meters are digital devices to track energy usage in real time and provide data to electricity suppliers and consumers. Traditional meters only measure total energy usage. Smart meters record overall energy use as well as provide detailed data on how much energy is used. Consumers decide how much energy they should use to save costs.

Electricity suppliers can deal with loads based on collected data more effectively. They improve the performance of the energy distribution process and decrease the pressures when demand is high. 

Sensors and Automation 

These grids use a network of sensors and automated systems that keep monitoring the grid performance and identify changes in electricity flow and the voltage level. So, electricity providers identify issues before they become major issues. 

For example, modern fault detection systems can identify disturbances in real time. Power suppliers take quick action and decrease downtime. Automation has an important role to play in this process. 

Automation in controls can reroute electricity, remove errors, and restore service with minimal human effort.

Advanced Metering Infrastructure (AMI) 

AMI includes the systems and technologies that allow two-way communication between electricity suppliers and consumers. AMI integrates

• Smart meters
• Data management systems
• Communication networks

It helps to exchange information about energy usage, pricing, as well as grid performance. 

With real-time data on energy usage, AMI helps with

• Precise prediction
• Demand-side management
• Dynamic pricing strategies 

It also improves customer engagement by allowing them to access their usage data.

Energy Storage Systems 

These systems are important components of smart grids. It stores extra energy generated when the electricity demand is low. It can be used later on when the demand is high. These systems include

• Batteries
• Flywheels
• Pumped hydro storage

They balance supply and demand as well as improve grid durability and reliability. By storing energy from renewable sources like solar and wind, which are not always consistent, it decreases dependence on fossil fuels.  

How do These Components Work Together?

Generation creates electricity. It is sent to the users using transmission and distribution systems. 

Consumer tools like smart meters and apps allow users to share data about their energy usage. Users can also manage their energy use and save power, as well as reduce waste. 

Data analytics and communication connect all the components of these grids.  They use real-time data to monitor how the grid is working, predict issues earlier, and make improvements to ensure the system is reliable and flexible. 

Role in Modern Energy Management

How Smart Grids Optimise Energy Demand Management?

They use modern technologies for energy usage tracking in real-time. So the power companies can balance the supply and demand. It is beneficial, especially during peak hours, and ensures waste reduction as well as proper energy distribution. 

How They Contribute to Reducing Carbon Footprints and Improving Productivity

These grids use renewable energies like solar and wind, and avoid fossil fuels. They make energy storage and management better to decrease pollution and support environment-friendly processes.

Please check our latest blog on The Future of Transmission Line Engineering. 

Challenges in Implementing Intelligent Grids

1. High costs: Implementing these grids needs a huge investment in modern tools. They also need infrastructure upgrades over time and skilled professionals as well. 
2. Limited Infrastructure: There are many areas where necessary infrastructure is not available. It is challenging to have a reliable communication network and an advanced power system in these areas. It is not suitable for the implementation of intelligent grids. 
3. Cybersecurity issues: These grids are highly dependent on digital communication. So there are high chances of facing vulnerability to cyberattacks. It is necessary to have solid security measures. 
4. Regulatory and policy barriers: Changing policies and rules can decrease the adoption chances of smart grid technology. 

Future Trends and Developments in Smart Grid Technology

• AI and ML (Machine Learning) technologies will improve predictive analytics. It also helps with better energy distribution and fault detection.
• Blockchain can allow secure and transparent peer-to-peer energy trading. It transforms the way energy is distributed and consumed.
• Advances in battery technology allow better storage and management of renewable energy. 
• These intelligent grids support EV (Electric Vehicle) charging infrastructure. It promotes affordable transportation.
• Microgrids and decentralization of systems will be more common and improve energy reliability.
• IoT (Internet of Things) helps with real-time monitoring and controlling of grid components. It improves energy usage and decreases waste.

KP Group is committed to offering sustainability and reliability with every energy solution it delivers. The NOC (Network Operations Center) is dedicated to improving the productivity of renewable energy assets like wind and solar power systems. 

The NOC implements advanced technologies like,

• CMS (Centralized Monitoring System)
• Predictive maintenance tools
• Automated reporting frameworks 

These technologies help with,

• Real-time data analysis to minimize downtime 
• Proactive issue resolution for improved scalability 
• Operational excellence that reduces costs 

Conclusion

Smart grids in modern energy management address the challenges of traditional power systems. By integrating digital technologies, they enable greater control for consumers as well as electricity providers.

The big move from one-way electricity flow to decentralized systems helps with changing demands. With a real-world example like KP Group’s initiative to transform the energy landscape and contribute to a greener future.

The journey of these intelligent grids has just begun. As technology keeps evolving, these systems will continue to make progress for a cleaner and eco-friendly planet.

Source: https://kpgreenengineering.com/how-smart-grids-revolutionizing-modern-energy-management

How Wind Turbines Handle Weather: Storms, Heatwaves & Lightning?

Wind turbines are developed to leverage nature’s power for renewable energy. But nature is not gentle all the time. Extreme weather conditions like storms, heat waves, and lightning pose many challenges to their functionality and durability.

But you may be wondering how energy infrastructure, such as wind turbines that utilise the wind power, behaves in extreme weather like storms, heat waves, and lightning.

In this blog, we will learn how these turbines suffer and keep producing electricity, even in the toughest weather. So, let’s get started without any further ado!

Overview of Wind Turbine Components 

1. Foundation: The base of the turbines is fixed deep into the ground or seabed. It helps turbines to stay stable and prevents them from collapsing when strong winds or storms hit them.
   
2. Tower: The tower holds the turbine’s nacelle and rotor up when they are absorbing and suffering from wind forces. It is developed using solid materials like steel or concrete for strength and durability.
   
3. Nacelle: This housing includes important machinery like the generator, gearbox, and braking system. It is developed to reduce air conflicts and manage challenging weather conditions.
   
4. Blades: These blades are lightweight and developed using solid material like fiberglass-reinforced plastic. They handle wind loads and easily convert wind energy into rotating power.
   
5. Hub: It is located at the centre of the rotor. It connects the blades to the main shaft. It makes sure that stress from the blades is distributed evenly.
   
6. Yaw system: This system lets the nacelle and rotor rotate and face the wind. It improves the way energy is captured and maintains balance.
   
7. Control systems: Sensors and systems monitor wind speeds. They adjust the blades’ pitch to manage loads and maintain stability in extreme weather conditions.

Types of Wind Turbines

These turbines have different types based on orientation, location, and specific design features. Here is an overview of their main types: 

By Orientation

1. Horizontal-Axis Wind Turbines (HAWTs)
   • Most common type worldwide.
   • Blades rotate around a horizontal axis.
   • Works well for large-scale energy generation in open areas.
     
2. Vertical-Axis Wind Turbines (VAWTs)
   • Blades rotate around a vertical axis.
   • Compact and works well for turbulent or urban wind conditions.
   • Easy maintenance as components are closer to the ground.

Vagara Site Wind Power Project Glimpse:

By Location

1. Onshore Wind Turbines 
   • Installed on land.
   • Affordable to install and maintain. 
   • Performance is influenced by the local geographical area and wind patterns.
     
2. Offshore Wind Turbines
   • Located in water bodies, far from the shore.
   • Capture strong and consistent winds.
   • Need more solid designs to manage marine conditions.

By Specific Design 

1. Floating Wind Turbines 
   • Used in deep waters where traditional offshore systems are not able to work.
   • Attached to floating platforms secured to the seabed.
     
2. Hybrid Wind Turbines
   • Combine vertical and horizontal-axis features to address specific needs. 

How do Wind Turbines Generate Electricity Under Different Weather Conditions?

Turbines transform energy from wind into mechanical power, which is further converted into electrical energy. They adjust to different weather conditions such as:

1. Strong winds: When the wind speed is high, the turbine uses the pitch control system. It adjusts the angles of their blades. It prevents damage and improves the process of energy conversion. The yaw system makes sure that the rotor is aligned with the wind to produce maximum energy.
   
2. Low wind speeds: When the wind speed is low, the blades are adjusted to capture as much wind as possible. Advanced design helps to improve energy production even when the wind speeds are low.
   
3. Extreme weather: During storms or hurricanes, turbines use a braking system that slows down or stops the blades. By doing so, they protect the entire turbine structure and decrease the risk of collapse.
   
4. Heatwaves: The turbine components, like generators and gearboxes, are cooled to prevent overheating. The material used in construction is chosen that tolerates high temperatures.
   
5. Lightning strikes: Turbines have lightning protection systems that guide surges safely into the ground. It makes sure they are safe and in working conditions.

Impact of Strong Winds, Hurricanes, and Turbulence on Turbine Structures

1. Strong Winds
   • Structural stress: Long exposure to strong winds increases stress on main components such as the blades, tower, and foundation. 
   • Fatigue over time: Repeated stress can collapse material and decrease the turbine’s work lifespan if not developed to face high winds.
     
2. Hurricanes 
   • Extreme load conditions: Hurricanes put heavy stress on turbines with strong winds and sudden gusts. It bends the blades or damages the structure. 
   • Safety mechanisms: Turbines have a braking system that slows or stops the blades in extreme weather conditions. However, the tower needs improved reinforcement to manage the impact of wind and debris.
     
3. Turbulence 
   • Uneven wind forces: Turbulence makes unpredictable wind patterns. It causes uneven stress distribution to the blades and rotor.  
   • Increased wear: Uneven loading causes more wear on parts like bearings and shafts. It requires regular maintenance to prevent failures.  

The Role of Aerodynamic Blade Designs

• Efficient Wind Load Distribution: Aerodynamic blade designs make sure that wind forces are distributed evenly to the blade. So the main components have less stress as well as avoid regional damage.
  
• Enhanced Structural Strength: By improving the blade’s shape, aerodynamic designs allow for lighter materials and help maintain strength. So turbines handle strong winds without compromising performance.
  
• Resistance to Turbulence: Aerodynamic shapes are developed to manage uneven wind patterns generated by turbulence. This decreases vibrations and wear on the blades and other turbine parts.
  
• Pitch Adjustment Compatibility: Aerodynamic blades work well with pitch control systems and adjust blade angles in difficult wind conditions. It limits stress and helps to avoid damage.
  
• Automatic Shut-Off Mechanisms: When high wind speeds are very dangerous, turbines use automatic shut-off systems to stop blade rotation. These mechanisms are helpful in hurricanes or storms.
  
• Reduced Drag and Noise: These designs decrease drag and ensure smooth rotation even in challenging weather conditions. It also decreases noise production and helps the environment.

Heat-Related Challenges in Wind Turbines

1. Material expansion: Due to high temperatures, turbine components (like blades and tower sections) start expanding. This causes misalignment or more stress on joints and connections.  It affects the overall durability of the turbine.
   
2. Efficiency loss: Extreme heat can decrease the efficiency of the gearbox and generator. It decreases energy conversion performance and increases the risk of overheating. It can shut down the system.
   
3. Lubrication issues: High temperatures can damage lubricants used in moving parts, such as bearings and shafts. It generates more friction, wear, and increases maintenance needs.
   
4. Cooling system dependency: Turbines need to be dependent on cooling systems to maintain the temperature of components. In the heatwaves, the increased demand for cooling stresses these systems and causes failure.

Cooling Mechanisms and Heat-Resistant Materials in Turbines

Cooling Mechanisms

• Air Cooling: Some turbines use air circulation systems to remove extra heat from the generator and gearbox.
• Liquid Cooling: Some turbines use liquid-based cooling systems, such as water or oil, to manage temperatures. 
• Passive Cooling: Some turbines use natural airflow and heat-dissipating materials to manage safe temperatures without extra use of energy.

Heat-Resistant Materials

• Composite Materials: Blades and components are developed using heat-resistant composites like fibreglass or carbon fibre to tolerate thermal expansion.
• Metals with High Thermal Tolerance: Turbine parts like the generator housing use metals like stainless steel or titanium. It can help to face extreme heat without any damage.
• Ceramics: In extreme heat areas, ceramic materials provide better defences against heat and wear.

Protection Against Lightning Strikes

How Lightning Affects Wind Turbines and Their Electrical Systems

• Structural Damage: Lightning strike physically damages blades, nacelle, and tower, especially at the tips of the blades where strikes are most likely to arise.
• Electrical Disruption: It can overload the generator and control units, which mostly results in equipment failure or power cuts.
• Maintenance Challenges: Frequent strikes in high-risk areas need regular repairing and increase maintenance costs, impacting overall energy production. 

Common Lightning Protection Systems and Grounding Techniques

• Air Terminals: Metal receptors are installed with the blades to block lightning and save the turbine from direct strikes.
• Down Conductors: These cables pass the electricity flow safely from the blades to the ground through the nacelle and tower.
• Grounding Systems: Conductors are connected to the ground, covered in the earth. It distributes the electricity flow and prevents damage to electrical elements.
• Surge Protection Devices: These are installed in the electrical systems to protect sensitive tools from power spikes generated by lightning.

Innovative Advancements in Turbine Safety Against Electrical Surges

• Advanced Blade Materials: Integration of conductive materials like carbon fibre to improve lightning blocking.
• Smart Sensors: Sensors integrated into turbine systems to detect and monitor lightning strikes. It helps operators to analyse damage from any location and plan maintenance earlier.
• Upgraded Grounding Techniques: Modern designs of grounding, including deep-drilled electrodes, help with better distribution of high-voltage flows.
• Lightning Forecasting Systems: Some advanced turbines have weather detection technologies. It allows operators to shut down turbines when dangerous storms are predicted.

Conclusion

Wind turbines have modern safety features like,

• Pitch control systems
• Aerodynamic blade designs
• Reinforced materials
• Automatic shut-off mechanisms
• Innovative lighting protection systey

These features ensure that turbines stay durable and perform well during challenging temperatures.

If we talk about the future of wind turbine projects, the focus is shifting towards making turbines that work well in difficult weather conditions. Future deigns to improve predictive technologies like,

• Weather forecasting
• Intelligent sensors
• Flexible structural systems  

The combination of existing durability structures and future adaptability prepares the way for stronger and reliable energy solutions.

Source: https://kpenergy.in/how-wind-turbines-handle-weather-storms-heatwaves-lightning

Void Fillers: Bridging Gaps for Safer, Smarter Cargo Shipping

Cargo shipping is one of the pillars of global trade that transits goods across vast distances. However, the safe shipping of delicate and heavy items faces many challenges. Vibration during transport and improper packaging can damage goods. It can be the reason for financial losses and dissatisfied customers. This is where void fillers play an important role. 

They work as a reliable shipping filler and fill the gaps within packaging. So they have needed support and stabilized loads. Integration of the right void fill solutions helps businesses decrease damage risks and improve load stability. It makes sure every consignment has safe shipping. 

In this blog, we will learn how these fillers are playing a vital role in bridging the gaps for safe and smart shipping. 

So let’s get started without any further ado!

What Are Void Fillers?

They are materials designed to fill the gap between packaging. It makes sure that items remain safe during shipping. Their key purpose in cargo shipping is to save goods from damage caused by bumps, vibrations, or pressure. These fillers play a critical role in making protective packaging that stays stable throughout the journey across various industries. 

Types of void fillers

1. Drop-down void fillers
   These fillers hang vertically in packaging and fill the gaps to secure goods during transportation. They are easy to use and flexible for different cargo types.
2. Dual drop-down void fillers
   Just like drop-down, these fillers hang vertically in packaging but with two layers. It adds more stability and safety. They are the best choice for transporting heavier and delicate goods. 
3. Dunnage Airbags
   They are inflatable bags placed in gaps to secure goods from any movement throughout shipping. They are lightweight and reusable for load securement in containers or trucks.
   
4. Cardboard Fillers
   These fillers are customizable according to specific packaging needs. They are durable and eco-friendly to suit the best for heavier items.
5. Bulkhead Panels
   Solid panels are placed inside the larger containers to keep items stable and prevent them from moving. They work well for shipping large amounts of goods. hipping. 

Each type offers a unique benefit according to specific shipping needs. So, businesses improve their void fill packaging solutions for safe transportation. 

Benefits of Using Void Fillers in Cargo Shipping

These fillers offer significant advantages for safe goods transportation:

1. Improving load safety: They keep items securely in place during shipping, safeguarding them from any movement. This decreases the risk of damage caused by bumps or pressure. It makes sure that the shipment arrives in perfect condition.
2. Better use of space: These fillers help organize packing by filling the empty spaces inside containers. They maximize the use of available storage space and ensure items are packed securely.
3. Maintaining load stability: They spread the weight evenly, so loads remain balanced and secure.
4. Protecting delicate items: These fillers offer a cushioning effect that secures delicate goods from pressure and bumps. 
5. Reducing shipping costs: With better packaging and load stability, there are fewer chances of damage. There is no need to put extra effort into protecting goods. It saves money on shipping expenses. 
6. Improving customer satisfaction: Safe transportation ensures goods are delivered in great condition. It keeps customers happy and helps to maintain better relationships with businesses. 

With these void fill solutions, businesses can focus on load securement and achieving safe shipping processes. 

Key Features of Void Fillers

1. Lightweight: They are easy to manage and install, which reduces labor costs and boosts the speed of the packing process.
2. Cost-Effective: With better packaging and load stability, there are fewer chances of damage. It saves money on shipping expenses.
3. Eco-Friendly: They are made from recyclable materials.  It promotes sustainability and environmentally friendly practices.
4. Customizable: They are developed to address specific cargo safety requirements. It is a perfect fit for various packaging needs.
5. Durable Material: They are developed using strong corrugated materials. It helps to handle transportation stresses and offers reliable protection.

Eco-Friendly Void Fill Options

Eco-friendly void fill materials are developed to safeguard goods and minimize environmental impact.

Sustainable and Eco-Friendly Void Fill Material

• Recycled Paper Fillers: They are the biodegradable option to decrease waste. 

Benefits for Businesses and The Environment 

• Reduced Carbon Footprint: They use recyclable and renewable materials to lower environmental impact.
• Improved Brand Image: Companies that follow eco-friendly practices attract environmentally conscious customers.
• Cost Efficiency: Many sustainable solutions, like recycled fillers, are affordable and effective.
• Less Waste: Biodegradable or reusable materials decrease packaging waste.

Switching to eco-friendly void fill packaging not only safeguards cargo but also contributes to a healthier future, advantageous for businesses as well as society.

Applications of Void Fillers

These fillers are widely utilized by different industries to secure goods during transportation.

Industries Where Void Fillers Are Necessary

1. Logistics: It secures different shipments from delicate items to heavy cargo.
2. Retail: It secures products during delivery to customers or retail stores.
3. Manufacturing: It secures the transportation of machinery parts and delicate components.
4. Agriculture: Securing crops and agricultural equipment during shipping.
5. Food & Beverages: It secures packaged food and beverages from any damage during transit. 

Case Studies and Examples

• Logistics: A leading logistics organization used Protective Packaging with void fillers. It helps to reduce damage rates by 20% throughout international transportation.
• Retail: A global e-commerce retailer used eco-friendly void fill solutions for packaging that improve customer satisfaction.
• Food & Beverages: A beverage company incorporated these Fillers to stabilize bottles during transport. It helps them cut down damage costs significantly.

Tips for Choosing the Right Void Fill Solution

Factors to consider when selecting void fillers 

• Material: Choose a material that is durable and suitable according to the type of goods you want to ship. 
• Cost: Choose cost-effective options that provide quality protection without extra expenses. 
• Sustainability: Choose eco-friendly void fill packaging made from recyclable or biodegradable materials that help to contribute towards a healthy environment. 

Common Mistakes and How to Avoid Them

• Overpacking: When you use a greater number of void fillers, it can cause wasted space and increased costs. Use only the needed amount of fillers that provide the necessary protection.
• Underpacking: When you keep too much space empty, it can cause items to shift during shipping. You need to make sure that all gaps are filled with the right void fill solutions.
• Inappropriate Fillers: When you choose the wrong type of filler for the goods, like choosing lightweight fillers for heavy goods, there is are high chance of damage. Choose a filler that fulfills your shipment’s specific needs.

Summing Up

Void fillers have proven to be an essential tool when it comes to cargo shipping. By filling the gaps within packaging, they keep the loads stable and decrease damage risks. They make sure goods are delivered in perfect condition. Their flexibility and eco-friendly options make them a smart choice for businesses in different industries. 

Invest in the right fillers today and take a step toward safer and smarter cargo shipping. 

Source: https://dunnagesystems.com/void-fillers-ultimate-guide-to-protective-packaging/

Cargo shipping is one of the pillars of global trade that transits goods across vast distances. However, the safe shipping of delicate and heavy items faces many challenges. Vibration during transport and improper packaging can damage goods. It can be the reason for financial losses and dissatisfied customers. This is where void fillers play an important role. 

They work as a reliable shipping filler and fill the gaps within packaging. So they have needed support and stabilized loads. Integration of the right void fill solutions helps businesses decrease damage risks and improve load stability. It makes sure every consignment has safe shipping. 

In this blog, we will learn how these fillers are playing a vital role in bridging the gaps for safe and smart shipping. 

So let’s get started without any further ado!

What Are Void Fillers?

They are materials designed to fill the gap between packaging. It makes sure that items remain safe during shipping. Their key purpose in cargo shipping is to save goods from damage caused by bumps, vibrations, or pressure. These fillers play a critical role in making protective packaging that stays stable throughout the journey across various industries. 

Types of void fillers

1. Drop-down void fillers
   These fillers hang vertically in packaging and fill the gaps to secure goods during transportation. They are easy to use and flexible for different cargo types.
2. Dual drop-down void fillers
   Just like drop-down, these fillers hang vertically in packaging but with two layers. It adds more stability and safety. They are the best choice for transporting heavier and delicate goods. 
3. Dunnage Airbags
   They are inflatable bags placed in gaps to secure goods from any movement throughout shipping. They are lightweight and reusable for load securement in containers or trucks.
   
4. Cardboard Fillers
   These fillers are customizable according to specific packaging needs. They are durable and eco-friendly to suit the best for heavier items.
5. Bulkhead Panels
   Solid panels are placed inside the larger containers to keep items stable and prevent them from moving. They work well for shipping large amounts of goods. hipping. 

Each type offers a unique benefit according to specific shipping needs. So, businesses improve their void fill packaging solutions for safe transportation. 

Benefits of Using Void Fillers in Cargo Shipping

These fillers offer significant advantages for safe goods transportation:

1. Improving load safety: They keep items securely in place during shipping, safeguarding them from any movement. This decreases the risk of damage caused by bumps or pressure. It makes sure that the shipment arrives in perfect condition.
2. Better use of space: These fillers help organize packing by filling the empty spaces inside containers. They maximize the use of available storage space and ensure items are packed securely.
3. Maintaining load stability: They spread the weight evenly, so loads remain balanced and secure.
4. Protecting delicate items: These fillers offer a cushioning effect that secures delicate goods from pressure and bumps. 
5. Reducing shipping costs: With better packaging and load stability, there are fewer chances of damage. There is no need to put extra effort into protecting goods. It saves money on shipping expenses. 
6. Improving customer satisfaction: Safe transportation ensures goods are delivered in great condition. It keeps customers happy and helps to maintain better relationships with businesses. 

With these void fill solutions, businesses can focus on load securement and achieving safe shipping processes. 

Key Features of Void Fillers

1. Lightweight: They are easy to manage and install, which reduces labor costs and boosts the speed of the packing process.
2. Cost-Effective: With better packaging and load stability, there are fewer chances of damage. It saves money on shipping expenses.
3. Eco-Friendly: They are made from recyclable materials.  It promotes sustainability and environmentally friendly practices.
4. Customizable: They are developed to address specific cargo safety requirements. It is a perfect fit for various packaging needs.
5. Durable Material: They are developed using strong corrugated materials. It helps to handle transportation stresses and offers reliable protection.

Eco-Friendly Void Fill Options

Eco-friendly void fill materials are developed to safeguard goods and minimize environmental impact.

Sustainable and Eco-Friendly Void Fill Material

• Recycled Paper Fillers: They are the biodegradable option to decrease waste. 

Benefits for Businesses and The Environment 

• Reduced Carbon Footprint: They use recyclable and renewable materials to lower environmental impact.
• Improved Brand Image: Companies that follow eco-friendly practices attract environmentally conscious customers.
• Cost Efficiency: Many sustainable solutions, like recycled fillers, are affordable and effective.
• Less Waste: Biodegradable or reusable materials decrease packaging waste.

Switching to eco-friendly void fill packaging not only safeguards cargo but also contributes to a healthier future, advantageous for businesses as well as society.

Applications of Void Fillers

These fillers are widely utilized by different industries to secure goods during transportation.

Industries Where Void Fillers Are Necessary

1. Logistics: It secures different shipments from delicate items to heavy cargo.
2. Retail: It secures products during delivery to customers or retail stores.
3. Manufacturing: It secures the transportation of machinery parts and delicate components.
4. Agriculture: Securing crops and agricultural equipment during shipping.
5. Food & Beverages: It secures packaged food and beverages from any damage during transit. 

Case Studies and Examples

• Logistics: A leading logistics organization used Protective Packaging with void fillers. It helps to reduce damage rates by 20% throughout international transportation.
• Retail: A global e-commerce retailer used eco-friendly void fill solutions for packaging that improve customer satisfaction.
• Food & Beverages: A beverage company incorporated these Fillers to stabilize bottles during transport. It helps them cut down damage costs significantly.

Tips for Choosing the Right Void Fill Solution

Factors to consider when selecting void fillers 

• Material: Choose a material that is durable and suitable according to the type of goods you want to ship. 
• Cost: Choose cost-effective options that provide quality protection without extra expenses. 
• Sustainability: Choose eco-friendly void fill packaging made from recyclable or biodegradable materials that help to contribute towards a healthy environment. 

Common Mistakes and How to Avoid Them

• Overpacking: When you use a greater number of void fillers, it can cause wasted space and increased costs. Use only the needed amount of fillers that provide the necessary protection.
• Underpacking: When you keep too much space empty, it can cause items to shift during shipping. You need to make sure that all gaps are filled with the right void fill solutions.
• Inappropriate Fillers: When you choose the wrong type of filler for the goods, like choosing lightweight fillers for heavy goods, there is are high chance of damage. Choose a filler that fulfills your shipment’s specific needs.

Summing Up

Void fillers have proven to be an essential tool when it comes to cargo shipping. By filling the gaps within packaging, they keep the loads stable and decrease damage risks. They make sure goods are delivered in perfect condition. Their flexibility and eco-friendly options make them a smart choice for businesses in different industries. 

Invest in the right fillers today and take a step toward safer and smarter cargo shipping. 

Source: https://dunnagesystems.com/void-fillers-ultimate-guide-to-protective-packaging/

The Role of Solar Trackers in Large-Scale Solar Farms

Large-scale solar farms are transforming the world towards sustainable energy solutions. They absorb the sunlight on a large scale, improving the way electricity is produced. It also reduces dependence on nonrenewable energy. Solar trackers play a major role in improving the solar panel’s performance in farms, including ground-mounted solar plants.

In this blog, we will discuss the solar tracker, including what it is, its types, how it works, and how it improves energy production. So let’s have a look.

What is a Solar Tracker? 

A solar tracker is a tool that helps solar panels function more effectively in solar farms. It adjusts the panel’s position during the day and makes sure to stay in line with the sun’s movement. The panels absorb more sunlight and make the energy generation process more effective.

How Does a Solar Tracker Work? 

Rather than placing the panels in a fixed position, they keep adjusting the solar panel angle according to the sun’s position in the sky. They use motors, sensors, and automated systems to monitor the sun’s movement from sunrise to sunset. This absorbs more energy compared to stationary panels.

This solar tracking system maximizes power generation by direct exposure to sunlight and ensures that panels absorb as much energy as they can. Moreover, they reduce the light reflected away from the panel and make energy production highly efficient compared to fixed-panel systems.

What Are the Different Types of Solar Trackers?

Single Axis Solar Tracker

These trackers enable solar panels to move with a single axis from east to west. The panels adjust their positions during the day according to the sun’s movement horizontally. They Increase energy production by 25 to 35 percent.

Pros and Cons:

• Pros: Single axis solar tracker is simple and cost-effective compared to dual axis solar tracker. They are easy to install and maintain, the best for large-scale solar farms.
• Cons: They do not improve energy absorption in the seasons when the sun’s position in the sky changes a lot.

Dual Axis Solar Tracker

These trackers enable solar panels to move in two directions: horizontal and vertical, to track the sun’s position even when it keeps changing. They increase energy production by approximately 40 percent.

Pros and Cons:

• Pros: Dual-axis solar tracker absorbs more sunlight and increases energy production. They are best for getting the best performance from solar panels, especially when the sun’s position changes a lot.
• Cons: They are costly compared to single axis solar trackers.  They are also challenging to install and maintain. Their high cost does not suit the solar farms, small in size or limited in budget.

4 Main Components of a Solar Tracker and Their Functions

1. Sensors and Controllers

Sensors are used to monitor and detect the sun’s position in the sky. The controllers are used to analyze this data and provide direction to the tracker’s system for panel adjustment.

2. Actuators and Motors

Actuators and motors work together to physically move the solar panels according to the information provided by the sensors. Actuators start panel movement, and motors ensure the panels are angled perfectly to follow the sun’s shifting.

3. Power Source

The solar tracking system needs energy to work. It is provided by a solar farm or an external source. This consistent power for the tracker system leads to smooth and automatic functioning.

4. Solar Tracking System

Key Elements:

• A Tracker Mount to keep the panels in the right position helps with efficient energy capture.
• The Driver helps to rotate the motor shaft and adjust the panel position.
• The Motor moves the panels according to commands provided by the system controller.
• The Algorithm calculates the sun’s exact position with data like time, date, and location.
• Signal Processing Units process sensor data and instruct the tracker’s components.
• The Power Supply provides the required energy for the tracking system to work properly.

Why do Large-Scale Solar Farms Need Solar Trackers? 

Solar Trackers are important for large-scale solar farms because they help to generate maximum energy. Trackers adjust panels with the sun during the day from morning to evening. Solar tracker efficiency increased its production by 20 to 40 percent. 

Their Role in High Performance

1. More Energy Production: Trackers make sure that solar panels are always facing the sun and absorb more sunlight to generate more power. This helps to maintain top-notch performance in solar farm projects, including ground-mounted solar plants.
2. Land Usage Optimization: Trackers enable panels to be placed and focused more efficiently, to leverage the best of available land. By optimizing the tracker positioning, farms absorb as much sunlight as possible without the need for extra space.
3. Seasonal and Environmental Performance: Solar trackers adjust the position of solar panels throughout the year to keep them in line with the sun’s path and adapt to seasonal changes. They work reliably in different weather conditions and locations.
4. Lower maintenance cost: Automatic solar trackers make adjustments automatically, so there is less need for manual effort. It saves time and reduces maintenance expenses.
5. More reliability: Automatic solar trackers work accurately and maintain panel performance even during frequent weather changes.

What are Future Innovations and Trends?  

Emerging Technologies

The solar industry is experiencing many advancements nowadays. It improves productivity and flexibility. Some of the latest trends in solar industry are mentioned below:

• Hybrid Systems: It combines trackers with other renewable technologies like wind or energy storage. It helps to generate more combined and structured energy solutions.
• AI-Driven Tracking: It leverages AI technology to adjust the panel positioning in real-time. It focuses on various factors like weather, shading, and energy needs to improve sunlight absorption. This technology helps to produce more energy and decreases operational expenses.
• Improved Automation: The advanced systems are becoming smart and automated with modern algorithms and remote monitoring. It simplifies working processes, lowers maintenance, and improves system productivity.

Global Adoption 

The adoption of trackers is rising swiftly over time as they improve energy production notably. Some of the key trends are mentioned below:

• Expanding Markets: Some countries like India, Saudi Arabia, and the US are widely adopting the solar tracking system as they have many large-scale projects in demand.
• Utility-Scale Projects: These trackers are now used in utility-scale solar farms as they notably optimize energy production.
• Sustainability Goals: As countries work to fulfill renewable energy goals, trackers help boost the productivity of farms and cut down carbon footprints.

Conclusion 

For large-scale solar farms, solar trackers are important tools. Solar panels can generate more electricity by capturing more sunlight during the day and making better use of the available land.

The designs and parts of trackers can be different depending on the manufacturer and the specific model being used. Modern trackers may include extra features like wind sensors, safety devices, or feedback control systems. These additions enhance overall performance and safeguard the panels against harmful weather conditions.

Whether you are planning a new project or want to improve an existing one, the solar trackers offer the innovation your solar farm needs. Invest in the future of renewable energy today. Explore how we can help you generate more energy without compromising performance!

Source: https://kpgreenengineering.com/role-of-solar-trackers-in-large-scale-solar-farms

How Hybrid Power Plants Minimize Intermittency in Renewable Energy? 

Intermittency between Renewable Energy sources like solar and wind power remains one of the most challenging aspects of sustainable energy solutions.  

A reliable and consistent power supply becomes significant as the world adopts green energy alternatives to deal with climate change and mitigate dependence on fossil fuels.

This blog uncovers the basics behind Hybrid Power Plants and showcases how the integration of wind-solar energy, and energy storage systems can create a stable power grid. 

So, let’s get going.  

Introduction to Hybrid Power Plants

Hybrid power plants are a combination of different energy generation and storage technologies to develop an efficient power supply system.  

At their core, they integrate different renewable energy sources like solar panels and wind turbines, and energy storage systems like batteries. This integration enables continuous power generation, even when one source is performing with low capacity or completely unavailable. 

For example, in cloudy weather when solar panels perform at a low capacity, wind turbines keep generating electricity continuously, and vice versa.

Source: https://bit.ly/4fwVaVy

The Challenge of Intermittency in Renewable Energy

Intermittency is one of the key challenges for Hybrid Renewable Energy Systems. Let’s have a look into the particular issues each one has. 

Solar power intermittency 

|1. Dependency on sunlight 

Solar panels are completely dependent on sunlight. They generate electricity when there is availability of enough sunlight. It shows that power production decreases significantly in cloudy/rainy weather and completely stops throughout the night.

|2. Seasonal variability  

Solar energy production can be different with the season and climate changes. In the winter, days are shorter and sun angles are low. So it reduces the solar energy production accordingly.

|3. Geographical limitations 

Solar power has geographical limitations. Regions closer to the equator get more sunlight during the year, whereas higher latitude areas have to deal with seasonal variation.

Wind power intermittency 

|1. Wind speed variability  

Wind turbines need particular wind speeds for smooth functioning. They can not generate power with too little wind and with too much wind they need to shut down to avoid major damage. This causes fluctuation while generating power. 

|2. Weather conditions   

Wind patterns are very unpredictable and keep changing rapidly. Sudden changes in wind direction/speed can break stability while generating power.

|3. Geographical factors 

Similar to solar power generation, wind energy production can be different based on location. Coastal regions and open plains receive more consistent wind speeds compared to other areas.

Combined challenges for the power grid  

Grid stability   

Because of the inconsistency of solar and wind power, it is difficult to manage a continuous power supply. Power grids require a stable and reliable electricity flow for smooth functioning. If renewable energy drops suddenly, it can be the reason for any disruptions. 

Energy storage    

Efficient energy storage systems are needed to decrease intermittency. Energy storage solutions, like batteries, have the capacity to store surplus energy produced during peak production periods and release it when production is low. However, these systems are very expensive and have limitations when it comes to capacity and lifespan.

Source: https://bit.ly/4eBc04l

How Hybrid Power Plants Address Intermittency

Solar and wind integration 

Solar panels generate electricity during the sunlight, but they release power throughout the night/cloudy weather. On the other hand, wind turbines generate power both day and night, usually complementing solar power. The reason is wind patterns could be stronger during the evenings and in particular seasons.

By integrating these two sources, a hybrid power plant can deal with power production fluctuations, with a more reliable energy supply.

Source: https://bit.ly/3Z9zjha

Energy storage solutions  

Wind-solar energy storage systems like batteries can store excess electricity produced during sunny or windy days and release it during nighttime or cloudy weather.

Advanced storage solutions like thermal, compressed air storage, flywheel, etc. manage energy supply effectively. Even though it is expensive and has capacity limitations, these technologies keep evolving, making them more suitable for large-scale usage.

Source: https://bit.ly/3Obwdmx

Demand response and Grid management   

Hybrid power plants can be combined with smart grid technologies. It observes and manages real-time electricity use. It improves supply with demand, decreasing the grid stress and enhancing overall stability.

Demand response strategies encourage customers to use electricity during off-peak time. This approach helps balance demand and allow efficient use of generated energy.

Source: https://bit.ly/4hSDxRK

Hybrid configuration    

Some hybrid power plants add extra renewable sources like hydropower/geothermal energy, or also integrate traditional fossil fuels as a backup, to provide more reliability. These different sources can be managed dynamically for improved energy output and decrease dependencies on a particular source.

This strategy makes sure that if one energy source is not performing well, others can balance, and deliver a steady electricity flow. 

Source: https://bit.ly/4ewRXnK

Advantages of Hybrid Power Plants

• Enhanced reliability 
• Increased efficiency 
• Grid stability 
• Reduced environmental impact 
• Cost savings
• Flexibility and scalability
• Energy security 
• Innovation and technological advancements 
• Support for remote ad off-grid areas 

The Future of Hybrid Power Plants

Hybrid power plants showcase a significant advancement in the reliable energy solutions. As technology keeps evolving, the future of solar and wind hybrid systems looks highly promising. 

Here are some key trends that are about to dominate the future of Hybrid Renewable Energy Systems.

1. Advancements in energy storage technologies
   1. Next generation batteries
      • Solid-state batteries 
      • Advanced lithium-ion variants 
   2. Alternative storage solutions 
      • Thermal storage 
      • Hydrogen fuel cells
      • CAES (Compressed Air Energy Storage)
        
2. Integration with smart grids 
   1. Real-time monitoring and control 
      • Demand response 
      • Predictive maintenance
   2. IoT and AI 
      • Predict energy demand 
      • Predict supply patterns
        
3. Expansion of renewable energy sources  
   1. Diversification 
      • Wave and tidal energy
      • Advanced geothermal systems 
      • Bioenergy
   2. Microgrids and decentralization
      • Microgrids-small-scale 
      • Localized power networks
      • Reduced transmission losses 
      • Enhanced resilience 
        
4. Policy and regulatory support 
   1. Incentives and standards 
      • Supportive government regulations
      • Tax incentives 
      • Funding 
   2. Sustainability goals 
      • Climate goals 
      • Carbon reduction targets
        
5. Cost reduction and economic viability 
   1. Economies of scale 
   2. Innovative business models
      • EAAS (Energy as a Service)
      • PPAs (Power Purchase Agreements) 

Summing Up

The future of solar and wind hybrid plants seems bright, with various technological, economic, and environmental advantages. By leveraging the strengths of different renewable energy sources and advanced storage systems, hybrid power plants will play a significant role in generating a resilient energy future. 

As innovation and support for Hybrid Renewable Energy Systems keep evolving, it will be at the top of the global transition to clean energy.

The Role of AS-Built Modeling in Infrastructure Development

In the construction industry, it is necessary to maintain a clear record of how a building or structure looks after it is built. It helps to plan future changes and align regulations. After completing the construction process, AS-built modeling services generate comprehensive digital models of buildings as they are. 

They are like digital twins that help owners, managers, engineers, and the entire project team have reliable property maintenance information, plan renovations without unpredicted costs, and follow legal requirements.  

In this blog, we will look at how these services provide accuracy in managing buildings and making smart decisions. 

So, let’s check it out. 

What is AS-Built Modeling? 

AS-built modeling is a process to generate a digital replica of buildings/structures after they are built. These digital models provide all the details, including changes made throughout the construction process. They are just accurate records of how the project was implemented. 

By acquiring the final state of a building, AS-built modeling helps to manage structure, plan future updates, and follow rules and regulations. 

Common Issues in Traditional Modeling 

1. No data accuracy: Traditional models do not have any feature to showcase if any changes occurred during the development process. When the teams look for the changes, they discover differences in the plan and the actual building structure. 
2. Outdated information: These models are not updated often once they are developed. Thus, teams do not get any updates during the construction process, and the information becomes outdated. 
3. Unexpected expenses: Differences between the planned designs and the actual building can lead to extra costs and delays. 
4. Poor teamwork: Teams do not receive any real-time and updated information. They find it very complicated to stay focused and work well together.  
5. Regulation problems: These models lack a complete record and make it difficult to follow rules and meet legal requirements. 

Benefits of AS-Built Modeling 

1. Accuracy in records: These models have every detail of the building as it is constructed. So there is no chance of missing information. 
2. Live updates: Digital models get updated regularly throughout the construction process for improved accuracy. 
3. Cost savvy: With these models, you can avoid mistakes and reduce unexpected costs during future changes. 
4. Improved teamwork: Digital models help teams of architects, engineers, contractors, and stakeholders to communicate and work coherently.
5. Easy compliance: These models are precise and complete. They help to align rules and generate necessary reports. 

Clash Detection and BIM Precision 

Clash detection is a technique used in AS-built modeling that helps identify and solve problems in the design and construction phases. It ensures that plumbing, electrical systems, pipes, and walls do not interfere with one another. This is possible with the help of advanced BIM (Building Information Modeling) tools. These tools represent how everything will fit together in the finished building.  

For example, solving a problem such as a beam that is blocking a ventilation duct during the planning phase is cheaper and faster than fixing it later during the construction phase.

These digital models with the feature of BIM clash detection are highly accurate as they include real-world changes made during construction.  

Streamlining Asset Management

AS-built modeling plays a crucial role in simplifying a building’s asset management. It creates accurate digital twins of a building as it was built. It will help with easy maintenance and renovations, as well as upgrades. 

• Easy maintenance: With the record accuracy of the building’s design and systems, managers can identify and solve issues quickly, such as broken wires, plumbing problems, or HVAC (Heating, Ventilation, and Air Conditioning) failures. 
• Accurate renovation planning: These models provide a clear picture of the existing structure. It helps the team plan updates without worrying about unexpected expenses. 
• Efficient asset tracking: They include information about equipment, materials, and systems. It helps to keep track of and manage building resources over time. 

Long-term benefits 

• For facility managers: These digital models make it easy and fast to manage building operations and work more efficiently. 
• For owners: It helps save extra costs, make smart decisions, and deal with the property or future projects more smoothly. 

Transformative Success Stories 

These digital models have changed the way some infrastructure projects function in various industries. Here are some examples that showcase its remarkable impact. 

|1. Modernizing urban transportation

Project: Metro rail system expansion in a bustling city.

Impact: Digital models helped to discover and solve issues between underground utilities and rail tunnels. This saved extra costs and helped to avoid construction delays. It also makes the process of asset management very simple for ongoing rail system maintenance.  

|2. Transforming commercial complexes 

Project: Renovation of an old shopping mall.

Impact: Digital models provided an exact layout of the mall’s existing systems to make renovation planning easier. This saved money and improved teamwork between architects and contractors.

|3. Restoring historic structure  

Project: Restoration of a historical landmark.

Impact: AS-built models gathered the exact structure condition to make the restoration process precise. This helps to save original features from damage. It also makes sure that restoration follows preservation rules.

|4. Improving industrial facilities  

Project: construction of a large-scale manufacturing plant. 

Impact: Clash detection in AS-built models solved the issue between structural supports and machinery layouts. This helps to monitor assets and deal with maintenance after the construction is complete. 

Role of BIM Service Providers

BIM service providers play a major role in the development of advanced AS-built models. They use their years of experience, knowledge, and modern tools to create high-quality models to match the actual building. 

Key qualities to look for in BIM service providers:

• Expertise in clash detection 
• Proficiency in asset management 
• Technical knowledge
• Proven track record
• Collaborative approach 

Final Thoughts 

As we move forward to a smarter and more sustainable infrastructure, AS-built modeling proves to be an important tool. It helps save extra expenses, improves planning, and makes operations effortless. 

Moreover, the years of expertise of BIM service providers like SmartCADD ensure the delivery of high-quality models customized based on real-world situations. It improves team collaboration and the quality of project outcomes. 

This technology is now opening the door for a more promising and efficient tomorrow in construction. 

Source: https://www.smartcadd.com/role-of-as-built-modeling-in-infrastructure-development/

Understanding Dunnage Airbag Inflators: How They Function

Dunnage airbags are important tools for safeguarding cargo during the shipping process in the logistics and transportation industry. They are highly effective in maintaining the loads on containers, trucks, or railcars. 

However, these bags are not able to deliver the expected results without an essential part: the inflator. Dunnage airbag inflators are tools specifically designed to ease the process of air filling in these airbags perfectly. 

In this blog, we will understand how dunnage airbag inflators work and how they are unmatched when it comes to cargo safety.  

So let’s get going. 

What are Dunnage Airbags?

Dunnage airbags are cushioning devices that are expandable or stretchy, and safeguard cargo throughout the shipping journey. They are used to fill the gap between cargo, offer extra support to goods, and save them from damage while being shipped by road, sea, rail, or air.  

These bags are commonly used in several industries like,

• Transportation of cargo to protect oddly shaped goods in shipping containers, trucks, or railcars. 
• Logistics to deal with load stability throughout long journeys or various supply chain options. 
• Warehousing to store and transport goods temporarily. 

What materials are used in the Making of airbags? 

To make these bags more useful under pressure, different layers of long-lasting materials are used in their development. Typically, the outer layers are composed of:

• Kraft paper that offers tear resistance.
• PP (Polypropylene) that delivers flexibility and strength. 
• PE (Polyethylene) for inner layers to guarantee the bags stay stretched while in use. 

This mixture of materials makes inflatable airbags reusable and lightweight. It helps with protective packaging and delivers an effective solution for cargo balancing. 

The Role of Dunnage Airbag Inflators

Dunnage airbag inflators are developed to place the bag with more accuracy to support cargo during shipping. Without inflators, there should be a risk of errors and goods damage.  

Inflators make sure that airbags are pumped up to the right amount of air pressure and let them fit properly between the cargo gaps. This kind of precision is necessary to avoid overfilling/underfilling, which could make the airbags unable to support the cargo properly.

Benefits of using inflators

• Efficiency: Inflators boost the speed of the inflation process. It helps workers place and secure cargo rapidly. It is beneficial for the logistics and transportation industry, where time is an important aspect. 
• Ease of use: The modern inflators are very user-friendly as they offer features such as convenient grips, lightweight, and flexibility to control pressure. 
• Cost-effective: They reduce the risk of cargo and airbag damage and ultimately decrease the number of losses occurring during cargo delivery to the destination. So the businesses can save the overall costs. 

Types of Dunnage Airbag Inflators

There are two types of inflators: manual and Pneumatic. These portable air inflators have their own pros and cons based on user requirements. 

Manual Inflators 

Pros

• Manual inflators are affordable compared to pneumatic ones and are used for smaller operations. 
• They are lightweight and do not need power resources. So it is handy in remote locations and helps during on-the-go situations. 
• They are easy to operate with simple designs. 

Cons

• They are time-consuming when it comes to inflating the bags and cause delayed operations. 
• They can be tedious as they need more human effort and are difficult to use in large-scale operations. 

Pneumatic Inflators 

Pros

• They are quick in airbag filling and reduce loading time. 
• They depend on compressed air. So there is less need for human effort. 
• They offer steady inflation and decrease the risk of overfilling or underfilling. 

Cons

• They are expensive when it comes to investment and maintenance. 
• They need power resources that might not be available at remote locations or in on-the-go situations. 
• They are more heavy and less portable. 

Battery-operated Inflators 

Pros

• They are lightweight and compact. 
• They are highly convenient as they do not require power resources. You can use it in any emergency or easily for outdoor use. 
• They need to press a button for a quick setup and easy operation. 

Cons 

• They have limited battery life. The battery may not last longer for multiple inflation without recharging. 
• They could be inconvenient in any emergency as they take more time to recharge.  
• They are expensive compared to manual or plug-in inflators. 
• Some models face issues while inflating big-sized tires or reaching high-pressure levels. 

Comparative table of features  

How Dunnage Airbag Inflators Work

Here is a step-by-step explanation.

1. Connect the inflator to the airbag. 

The first step is to connect the inflator to the dunnage airbag valve. This connection should be strong enough to avoid leakage. Most inflators have user-friendly nozzles/adapters for a tight fit to make the process easy. 

2. Create and regulate airflow.  

The inflator creates the necessary airflow to inflate the bags. In this stage, the user should pay close attention to the bag’s inflation pressure level to avoid overfilling or underfilling. Many leading-edge inflators are equipped with settings like adjustable pressure and precision control. 

3. Seal and safeguard airbags. 

After proper bag inflation and placement between the cargo, detach the inflator from the valve. The airbag’s self-sealing valve safeguards against air leakage. The airbag maintains the cargo by adjusting proper pressure and preventing movement during transportation. 

Key Features of Dunnage Airbag Inflators

Here are some key features to watch out for.

1. Accuracy in inflation control 

Dunnage airbag inflators enable accurate control of the inflation process. Users can adjust and control air pressure and make sure that airbags are not overfilled or underfilled. 

Why is it important?: An accurate inflation process safeguards the airbags and guarantees to offer utmost cargo stability. The next-gen inflators have in-built features such as convenient grips, lightweight, and flexibility to deal with air pressure.

2. Lasting impact and high-quality materials  

Inflators are developed using strong materials to support repeated uses and stubborn environments like warehouses and transportation industry hubs. 

Why is it important?: Stability in inflators eliminates the risk of cracks and delivers great performance. They are built with lightweight but strong material such as stainless steel and/or aluminum for greater strength and transportability.  

3. Compatibility to various airbag types   

Inflators are compatible with different airbag types and sizes to cater to various cargo requirements. 

Why is it important?: A single inflator works with different airbags to enhance efficiency and decrease the need for any extra tools. Most inflators have adjustable nozzles or common fitting to make room for wide-ranging airbag valves. 

Common Challenges and Troubleshooting Tips

One of the most common challenges of airbags inflating is either too much or too little, which can impact their performance.

Overfilling or underfilling issues

Overfilling 

• Issue: When bags are overfilled, they may explode because of the high pressure on cargo and lead to damages throughout shipping. 
• Solution: Use a gauge to keep monitoring the air pressure. The advanced inflators have adjustable pressure controls that help with accurate inflation. 

Underfilling 

• Issue: When bags are underfilled, they may fail to fill the gap between cargo properly and lead to damages throughout shipping. 
• Solution: Check the inflation twice before sealing the airbag. Make sure that the inflator is in working condition and provide stable airflow. 

Maintenance tips for long-lasting performance 

Proper maintenance of inflators is necessary for reliable performance. Here are some tips to keep them in useful condition. 

1. Regularly clean the nozzle and other components to remove dust that might block the steady air flow. 
2. Regularly check the inflators for any cracks or loose fittings, which might cause problems while using it. 
3. Apply lubrication to the inflator parts to keep them moving smoothly. 
4. Store them in a clean and dry area. Make sure there is no extreme heat or moisture.
5. Test the inflator for the steady airflow before each use. 

In the end,

In this blog, we have gone through various critical aspects of the airbag inflation system that help to choose the best dunnage airbag inflator. Their ability to inflate airbags plays an important role in safeguarding cargo from movement during shipping. 

Whether it is their precision in air control, long-lasting impact, or flexibility to deal with various airbag types, these inflators make the process of protecting packages very seamless and reduce the damage risk.

With Dunnage Systems, you can trust that your cargo is in safe hands from start to finish.

Source: https://dunnagesystems.com/dunnage-airbag-inflators-how-they-work/

Why BIM Matters in Modern Facilities Management?

Have you ever wondered how building construction projects run so smoothly every time? How are the lights always perfect? How are elevators always ready when you need them? You might not know that there is a BIM facility management system that keeps everything in control.

BIM (Building Information Modeling) drives a revolution in the construction industry. It helps professionals to connect and work seamlessly to eliminate mistakes and improve production quality. 

But you might not know what exactly BIM is at its core. 

So, let’s explore. 

What is BIM?

BIM is all about the digital representation of physical and functional aspects of buildings being constructed. 

It is a resource of shared knowledge. It helps architects, contractors, engineers, and managers to collaborate easily during the building’s life cycle. From designing and constructing to running and maintaining the building project, BIM plays a crucial role. 

BIM is more than a 3D model that enables data integration and better decision-making across each stage. 

What is Facility Management?

The BIM facility management is all about physical assets’ maintenance and management like buildings, infrastructures, and their associated systems. It ensures that they work well, provide needed comfort, and offer safety to people. 

It improves operational efficiency, cuts costs, and delivers a better user experience within built environments. 

Moore and Finch (2004) defined FM as:

“The development, coordination, and management of all of the non-core specialist services of an organization, together with the buildings and their systems, plant, IT equipment, fittings, and furnishings, with the overall aim of assisting any given organization in achieving its strategic objectives.”

The Integration of BIM and Facilities Management 

The growing relations between BIM and facilities management are transforming the ways in which facilities are developed, maintained, and used.  

When you intersect BIM data with a facility management system, managers have detailed real-time data access. They can monitor buildings’ parameters like structure, performance, designs, maintenance, and other aspects. Based on that information, they can make improved decisions, address issues in advance, and make a solid plan for the future. 

BIM acts as a bridge that revolutionizes old facility management tactics to smarter ones and reshapes today’s environments.  

The design flow chart of BIM management for owners:

Source: http://bit.ly/4iuoixA

The Growing Importance of BIM in Today’s Facility Management

Today’s buildings are becoming more complex, it is difficult to follow traditional facility management tactics. BIM is a game-changing technology that helps the construction industry with seamless project management. 

Trends that showcase BIM’s increasing role

1. Adoption of smart buildings: The demand for smart systems that easily deal with building operations is rising. BIM offers a centralized platform to store and access building data to ease facility management. 
2. Focus on sustainability: Today’s businesses prefer eco-friendly operations. BIM helps them with improved resource management, energy monitoring, waste reduction, and maintenance planning. 
3. Technology integration: The latest technologies like AI and IoT are helping facility management. BIM monitors whether these tools work cohesively or not. 
4. Cost efficiency and active maintenance: BIM helps managers to predict issues in advance. So they can save time, effort, and cost.  

Traditional vs. BIM Facility Management 

Key Benefits of BIM in Facility Management

Improved collaboration

• It allows teams to collaborate easily and improves coordination between facility managers, architects, contractors, and engineers. 
• It decreases the chances of misunderstandings as there is a single and real-time data source. 
• It improves workflow of teams via shared models.  

Cost-effectiveness in operations and planning 

• It helps with better resource allocation and decreases operational costs by providing detailed building information.
• Managers predict issues in advance and save time, effort, as well as cost.   
• Accurate project and lifecycle planning helps managers to have better budget forecasting.  

Better decisions and quick data access  

• It offers instant access to building data so the decision-making process will be quick and precise. 
• It helps managers plan for operability by offering insights into data analysis.
• It guarantees that data remains centralized and up-to-date for easy retrieval at any phase. 

Real-World Applications of BIM in Facility Management

These case studies demonstrate how the integration of BIM and facilities management propels revolutions across a range of industries. 

Case Study 1: Simplifying hospital operations 

• The healthcare industry leverages BIM technology to deal with its complicated electrical, mechanical, and plumbing systems. 
• Make a centralized database using 3D models and maintenance data. 
• Streamline the process of issue identification to improve patient safety. 
• Eliminate overall maintenance costs by identifying issues in advance. 

Case Study 2: Better management of a corporate campus 

• A multinational organization implements BIM for a large office campus. 
• Use BIM models to simulate energy consumption.
• Save energy with the help of proactive measures. 

Case Study 3: Improved data access in the education industry  

• A university used BIM to digitally represent documents of all buildings. 
• Allow quick access to crucial information like asset locations, floor plans, and maintenance schedules. 
• Help in renovation with minimal disturbance. 
• Save time, effort, and cost by simplifying the facility management process. 

Case Study 4: Eliminate downtime in the retail industry   

• The retail industry uses BIM models to monitor store layouts and equipment. 
• Integrate BIM data with IoT sensors to predict equipment failures. 
• Schedule maintenance in advance to avoid disruptions. 
• Deliver better customer experience with seamless operations. 

Addressing Challenges in BIM Adoption

BIM adoption also comes with some challenges. Understanding these challenges and implementing solutions can help organizations with easy transitions. 

Potential barriers to BIM adoptions 

• Investing in BIM software, hardware, and training costs is high.
• The process of BIM model implementation is complex as staff are not aware of the new tactics. 
• The lack of skilled professionals drives dependency on external consultants. 
• Some challenges also come while integrating data with BIM models. 
• Businesses may not see immediate benefits from the investment in BIM models. 

Solutions for easy BIM adoptions 

• Start small and eventually expand BIM implementation across more projects.
• Hire BIM experts to provide training and education to staff.
• Leverage cloud-based BIM solutions that eliminate the need for big investment.  
• Make a clear implementation roadmap including milestones that help to keep the process on track. 
• Choose tools that enable easy integration with existing systems. 

By identifying these barriers in advance and providing a solution, businesses can successfully transition to BIM facility management. 

In the end, 

As the demand for facility management is growing, integrating BIM is not a choice anymore. It is necessary to excel in the construction industry. 

If you want to improve sustainability, eliminate overall operational expenses, or enhance building performance, BIM models are the go-to solution. It offers long-term efficiency and unmatched value. 

At Smartcadd, we specialize in providing top-tier BIM solutions that help you achieve these goals and more, ensuring that your projects are efficient, sustainable, and cost-effective.

Source: https://www.smartcadd.com/why-bim-matters-in-modern-facilities-management/

Industrial Pigments: Pioneering Color Solutions for Lasting Impact

Industrial pigments look like simple colorants, but they are more than that. These pigments play an essential role, from car paint to the skyscrapers’ coatings. 

Rising demand from different industries like textiles, plastics, paints & coatings, and construction is anticipated to drive the market growth. 

In this blog, we will understand how these pigments are made, the way they work to improve color and lasting impact, and how they are leveraged in various industries. 

So let’s have a look. 

What Are Industrial Pigments?

Industrial pigments are substances that add color to different materials and improve their functionalities for a lasting impact. They are a mixture of several natural and artificial sources and address the specific requirements of various industries. 

There are two types of industrial pigments mainly:

1. Organic pigments: They are colorants derived from carbon-based elements, either gained naturally or synthesized chemically. They are widely adopted because of their excellent light fastness, good transparency, tinting strength, and color purity. They are fade-resistant to sunlight exposure or other environmental factors.  

The examples are, 

• Phthalocyanine blues  
• Quinacridone reds 

They are highly used in the plastics, printing, and coating industries because they help to make rich and dazzling hues. 

2. Inorganic pigments: They are colorants derived from mineral-based elements and do not contain carbon. They offer a limited color range but excel in producing earth tones, metallic colors, and stable lightfast shades. 

The examples are, 

• Titanium dioxide   
• Ultramarine blue
• Iron oxides 

They are highly used in industrial coatings, architectural coatings, ceramics, concrete, bricks, plastics, glass, tiles, and printing inks because they are durable, and heat, light, and chemical resistant.  

How do Industrial Pigments Work?

Industrial pigments are used widely because of their chemical structure and properties.  

Creating color 

Industrial pigments absorb and reflect light to make different colors. The chemical structure of the pigments decides which colors of light they absorb and reflect. For example, a red pigment absorbs every color but not red. It gets reflected to provide it with a bright red look. Pigments help generate wide-ranging colors from soft pastels to bright & bold shades to deliver attractive products. That is the reason they are popular in industrial design formation.

Improve material durability

Pigments add color and make the materials highly durable . 

• Inorganic pigments are resistant to heat, UV rays, and moisture. When added to coatings and plastics, they save surfaces from cracking and fading. 
• Whereas industrial organic pigments may not deal with difficult conditions, they offer more vibrant colors for projects where eye-catching hues are essential. 

Safeguarding materials

Industrial pigments safeguard materials from dangerous environmental substances. For example, a popular pigment ‘Titanium Dioxide’ provides a radiant white color and reflects UV rays. It helps reduce heat and protect against long sunlight exposure damage. Some pigments are chemical resistant and protect surfaces in harsh environments like factories or near the sea.   

Real-world Uses of Industrial Pigments

Industrial pigments help various industries by improving the product looks and its functionalities. 

Industries That Depends on Pigments are mentioned below:

• Automotive: They are used to paint cars and provide coatings with vibrant colors. They also offer UV protection and resistance to harsh weather conditions. For example, metallic pigments deliver a clean and reflective finish to vehicles. 
• Construction: They are used to add color to concrete, coatings, and tiles, and make sure they deliver durable results and create visually appealing finishes to the buildings.   
• Textiles: They are used for dyeing and printing fabrics. It offers a wide range of colors that do not fade or run. 
• Plastics: Pigment helps the plastic industry by adding color and functionality to plastic products like packaging, automotive parts, consumer goods, and more. 
• Cosmetics: They are at the core of the cosmetic industry as they add vibrant colors to makeup products like lipsticks, nail polishes, and eyeshadows. 

Industrial Pigments Benefits that Transform Industries 

• They provide bright colors to improve the product’s visual appearance across various industries.
• They enhance materials’ strength and safeguard them from fading and cracking over time.
• Pigments like titanium dioxide, safeguard materials from damage by reflecting UV rays.
• Inorganic pigments are environmentally resistant and help against extreme temperatures and humidity.
• They protect surfaces in harsh weather conditions, such as factories and marine areas, by resisting chemical waste.
• Reflective pigments eliminate heat absorption, to save energy in buildings and other constructions.
• Used in industries like automotive, construction, textiles, plastics, and cosmetics, they are a mixture of great functionality and perfection.
• They help to decrease maintenance and replacement costs by extending the product life and performance.
• Many of the latest pigments offer eco-friendly features, like reduced harmful drainages, or provide alternate sustainable options.
• They inspire new ideas in design and improve functionality. So, industries can work more efficiently.

The Innovative Future of Industrial Pigments 

Here is a glimpse into the innovative future. 

The worldwide dyes and pigments industry is about to reach an expected revenue of US$ 57,772.0M by the end of 2030 with a CAGR (Compound Annual Growth Rate) of 5.4% from 2024-2030. 

New Developments in pigment technology

• Nanotechnology: To increase color brightness and durability, pigments are being developed at the nanoscale. With the glossiness it offers, Nano-pigments are already delivering great results in industries like automotive and textile. 
• Eco-friendly options: Strong pigments derived from natural sources are becoming more popular as environmental concerns grow. These pigments are made to be eco-friendly without compromising on quality performance. 
• Smart pigments: These pigments change color according to temperature, pressure, light, and other factors, and are leveraged during smart coatings, fabrics, and packaging. 

Innovations that are Driving the Industry Forward

• Multi-functional pigments: These days, Pigments are being developed to do more than just add color. They can also offer benefits like killing germs, resisting heat, and blocking harmful UV rays. These features are useful in healthcare, construction, and outdoor products.  
• Modern manufacturing techniques: New techniques like supercritical fluids extraction and high-pressure homogenization help to make pigments that are better in quality and more eco-friendly. 
• Digital printing and 3D applications: Special pigments made for digital and 3D printing are generating new opportunities in design and manufacturing. They enable high accuracy and customization to build unique and detailed products. 

Predictions for Future Applications and Benefits

• Energy efficiency: Reflective pigments reduce energy consumption in vehicles and buildings by minimizing heat absorption. 
• Healthcare and safety: Medical devices, packaging, and protective clothing will use pigments that can kill bacteria from the body and help people stay healthy. 
• Sustainability: Pigments derived from recycled materials will be used more frequently as companies prioritize environmental sustainability. 

Summing Up

As the demand for the modern and eco-friendly solutions is booming, the dyes and pigments industry in India is about to flourish. The new trends keep emerging that pave the way for the endless potential and bright future.  

Whether they generate vibrant colors, expand product life, or contribute to worldwide sustainability goals, industrial pigments prove their durability. As industries keep transforming, these pigments will play an even greater role in creating a colorful world to come.  

Source: https://www.meghmaniglobal.com/industria-pigments-pioneering-color-solutions-for-lasting-impact/

The Ultimate Guide to Dunnage Bags: Types, Uses, and Benefits

When it comes to important cargo transporting, the risk is always high. 

According to Recoupex, cargo claims statistics reveal: 

• 31% of claims are due to water damage and flooding
• 28% of claims result from wrong storage temperatures and power failure that is reefer damage
• 25% of claims are due to fire, accident by road/rail, and mismanagement during loading and unloading
• 10% of claims are due to claim delays
• 6% of claims are due to thefts and robberies

As these statistics highlight, goods shipped worldwide face various damaging issues throughout the transit process.

This is where the Dunnage bags play a vital role in securing cargo and preventing damage. These bags are available in different types customized according to particular needs.

In this ultimate guide to dunnage bags, we will explore the types, uses, and various benefits they offer to safeguard a shipment. 

So, let’s have a look. 

What are Dunnage Bags?

They are inflatable bags that protect and secure cargo in trucks, ships, trains, and containers. They are also known as dunnage air bags. 

These bags get placed between the cargo to save them from any movement throughout the shipment journey. It eliminates the cargo damage risks. 

The core materials used to make dunnage bags  

They are made using several materials based on their strength and resilience. Some common materials used are:

• Paper: These get built with multiple layers of solid kraft paper. It is used for lighter loads and less challenging applications. 
• Plastic: HDPE (High-density polyethylene) or woven PP (Polypropylene) bags are used for heavy loads and save cargo from punctures and moisture. 
• Composite: Some bags are made by blending materials like plastic and kraft paper. It offers high resilience and protects different carbo types. 

How they work

Dunnage bags are used to fill the gaps in cargo items. Once it gets placed in the empty spaces, it expands and strongly holds the cargo in place. It secures them from any movement throughout the transportation. 

The air pressure in the bag makes sure that it maintains a perfect shape. It offers a cushioning impact and seizing vibrations during shipping. 

This simple yet compelling approach helps secure goods from damage and makes sure they arrive at their destination in perfect condition. 

Types of Dunnage Bags

Kraft dunnage bags 

• Kraft dunnage bags are lightweight solutions manufactured using multiple layers of solid kraft paper. They are biodegradable and eco-friendly. 
• Kraft dunnage bags help industries like food and beverages and for shipping consumer goods/electronics. 

Poly woven dunnage bags 

• Poly-woven dunnage bags are made using woven polypropylene and save cargo from punctures and moisture. They are reusable and essential for heavy cargo.   
• Poly-woven dunnage bags help industries like agriculture, manufacturing, and construction to safeguard large and heavy shipments.  

Uses of Dunnage Bags

Shipping industry 

Dunnage bags play a key role in the shipping industry by providing high security to cargo within shipping containers. These dunnage bags get placed between cargo items to fill the gaps and save containers from any shifting/vibration throughout the journey. 

It eliminates the risk of goods damage and makes sure the cargo is delivered safely to the desired destination. 

Trucking industry 

Dunnage bags in the trucking industry secure the cargo through road transportation. These bags get placed in the truck’s cargo area to fill the gaps, so the cargo does not have space to move. They decrease the damage risks from load shifting, sharp turns, and sudden stops, as well as improve vehicle stability. 

Dunnage bags are the best choice for truckers as they are lightweight and easy to install.   

Railway transportation  

During rail shipment, cargo is more likely to move due to motion and train vibration. Dunnage bags are important to safeguard cargo in rail cars. It protects goods stuck at the place through transportation. 

Due to the dunnage bags’ versatility, they suit different types of cargo and railcar configurations.

Air Freight  

Air transportation faces many challenges, such as pressure and turbulence changes during cargo shipment. Here, the inflatable bags help to secure loads. 

As inflatable bags are lightweight, they are beneficial in air freight where it is necessary to decrease the weight. It is best for optimal protection during flight. 

Benefits of Using Dunnage Bags

• They improve cargo protection by securing the cargo from any movement during transportation and reducing damage risk. 
• They are cost-effective solutions as they are reusable. 
• They are quick and easy to install. It saves time in loading and unloading.
• They suit different shipment modes. 
• They are also adaptable to any cargo shape and size. 
• They are manufactured using recyclable materials that support the environment. 
• They are easy to transport and store, as well as enhance fuel efficiency. 

Tips for Choosing the Right Dunnage Bags

• Focus on the cargo type as well as the nature, weight, and fragility of items being shipped while choosing the right dunnage bags. 
• Make sure the inflatable bags you choose can handle the cargo pressure and weight without bursting. 
• Select the inflatable bags manufactured using high-quality material like Kraft paper or woven polypropylene. 
• Choose the bags that have the proper shape and size to fit the best while filling the gaps between cargo. 
• Whether you choose an automatic air compressor or a manual pump, select the inflation method wisely. 
• If you want cost-effective and eco-friendly solutions, choose reusable inflatable bags. 
• Dunnage bags must follow industry standards for hassle-free shipments. 
• Focus on the environmental conditions, such as humidity or temperature, to which your cargo is vulnerable. 

Conclusion

Here, we have seen various dunnage air bag types, their usage across different transportation industries, and several advantages they offer. From improving cargo protection to eliminating costs and being environment-friendly,  inflatable bags are an effective solution to safeguard loads while transporting. 

If you want a reliable and budget-friendly solution to protect your cargo in the ever-evolving transportation landscape, leverage dunnage bags. They are easily adaptable and never disappoint you.

Source: https://dunnagesystems.com/dunnage-bags-types-uses-benefits/

Herbicides and Eco-Friendly Farming: Innovations for a Greener Future

The herbicides market in India generated revenue of 433.2M US Dollars in the year 2022. 

It is expected to reach 835.2M US Dollars by the end of 2030 increasing at a Compound Annual Growth Rate(CAGR) of 8.6% from 2023-2030. 

Source: India herbicides market, 2018-2030 (US$M)

As the demand for sustainable agriculture grows, the need for eco-friendly farming solutions has never been more important. 

In this blog, we will go through the herbicide innovations that support green farming practices. You will recognize how innovative tactics are shaping the agriculture future and promoting a healthy ecosystem for the future. 

Understanding Herbicides

What is herbicide?

Herbicides are chemical ingredients or weeds used to remove unwanted plants. It plays an important role in the agriculture industry by helping farmers to maintain healthy crops and gardens.  

Types of herbicides

You can categorize herbicides according to selectivity and the stage of their application. 

1. Selective herbicides are designed to target particular weeds without harming the crops and plants. They are generally used in crop fields where selective weed control is necessary for maintaining healthy crops.  
2. Non-selective herbicides are designed to remove all plant types that come into contact. It helps to clear the areas such as sidewalks, industrial sites, or driveways where no greenery is needed. 
3. Pre-emergent herbicides are designed to be applied before the weeds come out from the soil. It saves seeds from blooming and helps control yearly weed production.  
4. Post-emergent herbicides are designed to be used after the weeds get visibly developed from the soil. They are used to maintain existing weeds. 

Benefits of herbicides

Herbicides offer several benefits for farmers in the agriculture sphere:

1. Herbicides efficiently deal with the weed population and ensure that crops do not have to strive for basic resources like water, sunlight, and nutrients.  
2. Herbicides enable crops to grow efficiently by eliminating weeds for improved quality production.
3. Herbicides eliminate the need for manual weeding. So, the farmers can save their labor costs and time. 
4. Herbicides help to maintain soil structure and decrease waste, by improving overall soil health. 
5. Weed-free fields deliver healthy crops by reducing blemishes and pests, enhancing profitability. 
6. Herbicides can be used in different areas like gardens, lawns, agricultural fields, roadsides, and industrial sites. 
7. Herbicides help to block the spread of disturbing weed breeds that can be harmful to native plant populations and ecosystems.
8. Herbicides offer a reliable weed control method ensuring effective weed management throughout the growing season.  

Environmental Impact of Traditional Herbicides

Negative Effects on Soil 

The usage of traditional herbicides decreases the soil quality and chemicals disturb the natural balance of soil microorganisms, reduce fertility, and the whole system of how herbicides work. 

Herbicides damage good microbes that affect soil structure and the nutrient cycle. Moreover, the constant use of herbicides can develop herbicide-resistant weeds that complicate soil collapse.

The loss of soil biodiversity delivers poor crop yields and is more vulnerable to soil waste. 

Impact on the water system

Herbicides can destroy water sources through drainage and leakage. During the rainy season, herbicide fields get washed into rivers, groundwater, and lakes. This drainage leads to the impurity of drinking water supplies and underwater ecosystems. 

The herbicides can be harmful to underwater plants and animals and disturb the natural balance of the systems.

Additionally, herbicide scraps get stored in the water and cause long-term risks to humans and the environment.

Harm to wildlife 

Traditional herbicides are harmful to insects, birds, and animals as well. 

Insects, birds, and animals that come across herbicide plants can suffer from poisoning and fertility issues. 

Moreover, the biodiversity reduction caused by herbicides can disturb whole ecosystems and impact negatively on wildlife populations.

Why Eco-Friendly Farming Practices?

Sustainable agriculture principles  

1. Crops rotating in a particular sequence for,
   1. Better soil health 
   2. Less pest and weed pressure
   3. More agricultural biodiversity

2. Farming cover crops between main crops to stop,
   1. Soil wastage 
   2. More soil fertility 
   3. Destroy weeds

3. Eliminating soil interruption to maintain,
   1. Soil structure
   2. Decrease wastage 
   3. Improve water retention  

4. IPM (Integrated Pest Management) manages pests reliably by combining 
   1. Biological
   2. Cultural
   3. Mechanical
   4. Chemical methods 

5. Combination of trees and other greeneries into agricultural fields for better,
   1. Agricultural biodiversity 
   2. Soil health
   3. Carbon isolation 

6. Stop using synthetic chemicals and GMOs (Genetically Modified Organisms) for natural inputs and methods. 

Eco-friendly farming offers several advantages such as Improved soil health, less pollution, water protection, weather resilience, and biodiversity. 

Innovative Eco-Friendly Herbicides

Bioherbicides 

Bioherbicides originate from natural sources like bacteria, viruses, fungi, and plant extracts that focus on particular weeds without crop damage. 

Some examples of bioherbicides are:

• Phytophthora palmivora: A fungus that controls milkweed vine in citrus orchards.
• Alternaria cassiae: A fungal that is highly effective against sicklepod weed.
• Myrothecium verrucaria: A bioherbicide originated from a ground fungus, used to deal with kudzu and other disturbing weeds.

Mechanical and cultural weed control

These methods enable alternative approaches to deal with weeds without depending on chemical herbicides. They are key components for reliable agriculture. 

Mechanical Weed Control:

• Removing weeds using a hand or some tools
• Removing weeds using mechanical equipment
• Removing weeds using organic mulch to stop them from growing

Cultural Weed Control:

• Crops planting in a particular flow disturb weed life cycles
• Growing cover crops to stop weed growth and improve soil health
• Ensure proper spacing among plants to decrease weed conflicts

IPM (Integrated Pest Management)

IPM is a process that integrates different eco-friendly approaches for effective weed control. 

The key objective of IPM is to decrease the dependency on chemical herbicides and encourage sustainable farming practices. 

Basic components of IPM:

• Biological Control: to deal with weed populations.
• Cultural Practices: like crop rotation, cover cropping, and plant spacing.
• Mechanical approaches: like hand weeding, tillage, mulching, and mowing.
• Chemical Controls: using bioherbicides and other eco-friendly herbicides.

Challenges and Future Aspects

The barrier to adopting eco-friendly herbicide

• Eco-friendly herbicides cost a lot compared to traditional herbicides. It is difficult for farmers to adopt it on a large scale. 
• Some eco-friendly herbicides might not be as effective as the traditional ones. You may also face issues regarding crop yields and quality. 
• Eco-friendly herbicides have limited access and availability. So it is challenging to adopt them, especially in remote or underserved areas.
• Farmers do not have the necessary knowledge and training to use eco-friendly herbicides effectively.  
• Farmers already have their established habits and practices. So they are resistant to adopting changes even if they are highly sustainable. 

Research and development 

• The surge in bioherbicide growth targets particular weeds without harming environmental health. 
• Innovative technologies in the agriculture sphere like drone and satellite-based weed detection ensure the precise application of eco-friendly herbicides.
• IPM strategies become more innovative integrating biological, mechanical, chemical, and cultural methods for efficient weed control. 
• Development of environment-friendly herbicide formulations for better weed maintenance. 
• Programs to train and educate farmers to leverage the benefits of eco-friendly herbicides and improved farming practices. 

Policy and regulation

• The government is providing incentives and subsidies to farmers to motivate them to adopt eco-friendly herbicides.
• Implementation of strict rules for herbicide use so that only environment-friendly products are available in the market
• Funding for research and development of eco-friendly herbicides and technologies.  
• Awareness campaigns for farmers and people to adopt eco-friendly farming practices. 
• Motivates collaboration between research institutes, agricultural organizations, and government agencies to promote eco-friendly farming. 

Conclusion

In this blog, we have learned about the emerging aspects of herbicides and their role in eco-friendly farming. 

We should support eco-friendly farming practices by choosing eco-friendly herbicides. We are responsible for protecting our earth and making sure that future generations stay healthy.  

We should think about how we can integrate more eco-friendly solutions into our agricultural industry to build a sustainable future. 

Source: https://www.meghmaniglobal.com/herbicides-and-eco-friendly-farming-innovations-for-greener-future/

Real-Time ETLT: Meeting the Demands of Modern Data Processing

Do you have a data-driven business and want to take it to the next level? Real-time ETLT is a dominant technology that can drive needed growth in today’s fast-paced business environment.

It is highly significant for modern businesses to keep pace with leading-edge technology. For that, they need to focus on the most crucial asset DATA, as it can provide valuable insights into consumer behavior, market trends, and more. 

But how to be accurate and timely in accessing those bulk data that keep emerging constantly?

That’s when a tech like ETLT comes to the fore for real-time data processing. 

Now let’s understand What Real-time ETLT is 

ETLT stands for,

• E- Extract: Extract data from various data sources
• T- Transform: Transform it into a single unified format
• L- Load: Load it after removing unnecessary data
• T- Transfer: Transfer and integrate into a centralized data warehouse/repository for further analysis and reporting

It is fast. 

It ensures high quality in the case of confidential data for compliance and regulations. 

Source: http://bit.ly/3tsfDIm

Significance of Real-time Data Processing 

As one of the quickest data processing techniques, it deals with data within a short time and delivers definite results. 

It acts on the real-time received data and offers automated responses based on data streams. 

Real-time ETLT is worthy for businesses trying to accomplish sub-second analysis but have to deal with data security concerns like,

• Data masking 
• Data encryptions
• Removing some data parts and more

Real-time ETLT: Challenges 

Some of the challenges include,

• As an efficient real-time processing system, ETLT needs to deal with large amounts of data and its speed which can decrease data loading velocity. 
• As data gets collected from a variety of sources, it can cause inconsistency and not ensure data accuracy.
• There are chances of illegal data access, cyber-attacks, malware, and many more data security breaches. 

Real-time ETLT: Solutions

To overcome the challenges, organizations can leverage stream processing technologies like Apache, Kafka, and Flink to handle real-time data flow. 

Data inconsistency and inaccuracy issues can addressed by executing quality checks and data monitoring. It helps organizations to take the right action on time. 

Businesses can also implement data transfer protocols and proper encryption strategies for more security. It saves data from any breaches and malware activities. 

Real-time Data Extraction 

Leveraging real-time data need constant data extraction from different sources like databases, APIs, files, and more. For that organization use different strategies such as event streaming, CDC (Change Data Capture), etc. 

Moreover, the chosen strategy needs to be proficient enough to integrate with different real-time ETL tools and technologies businesses use. 

Data extraction transforms original data into insightful data for organizational ease. 

The extracted data gets stored in a staging area at the initial phase, not in an integrated sphere as the unfiltered data can have risky configuration. 

When the data gets extracted from different adequate resources, it opts for loading and transforming processes. 

Real-time Data Loading and Transforming 

After successful data extraction, the next step is data transformation where collected information gets transformed into a single usable form. 

Data integration pipelines and real-time ETL wrangling tools are utilized for data transformation. 

The next step is data loading into the system after successful data transformation. 

However, continuous data loading into the real-time system is a tough nut to crack because of the data volume and velocity. Additionally, data needs to be consistent and scalable. 

Organizations can leverage Apache Hadoop/Apache Ignite tools to distribute and deal with data on different systems concurrently. It helps with better performance and high scalability. 

Conclusion 

The real-time ETLT promises businesses to outshine in a rapidly changing world where leveraging real-time data is significant for staying competitive. 

It also aids organizations with informed decision-making based on real-time data, determining and responding to disputes swiftly and enhancing overall operational productivity. 

But it needs thorough planning, leading-edge tech solutions, and highly skilled engineers. 

So, companies must focus on having the required resources and expertise to deal with real-time data integration appropriately. It results in the full data potential and competitive advantage. 

Hybrid App Development: Why Choose Ionic for the Same?

While developing a mobile app for your business, you need to choose a platform to run your app. With the booming reputation of mobile platforms, plenty of technologies and frameworks have developed. It makes things simpler and smoother for the end-users. Choosing the right technology plays an important role to address your goals and get long-term success. 

But if you have no idea which devices your targeted audience is using, you can opt for the hybrid app that runs on multiple platforms especially, Android and iOS. There are various frameworks to leverage for hybrid app development such as React Native, Flutter, Ionic, Xamarin, etc. Comparing cross-platform app development frameworks help you to discover the core differences among all so, you can choose based on your precise needs. 

In this post, we will understand the basics of the Ionic framework and the reasons for choosing it for hybrid app development. So let’s get going. 

What is Ionic?

Ionic is a classic hybrid app development framework created in 2013 as an open-source SDK. It enables developers to generate apps across all the platforms with a single and reusable codebase. Ionic has more than 5M applications already developed using it.  

Ionic is widely known for offering platform-specific UI components through a native component library for iOS and Android. The open-source UI toolkit is used to build high-quality desktop and mobile apps by using web technologies like HTML, CSS, and Javascript. Ionic primarily focuses on front-end UI interaction like gestures, animations, controls, etc., along with excellent UX. 

The Ionic framework can be integrated easily with different frameworks such as HTML, CSS, Angular, Vue, React, etc. It can also be used as a standalone framework. 

Now, as you are clear with the basics of Ionic, let’s watch out for some of the reasons to opt for Ionic.  

Why should you opt for Ionic Framework?

|1. Open source and free of cost

One of the reasons people are choosing the Ionic framework is that it is an open-source framework. Open-source means free of cost. You can find different frameworks that charge you yearly for using the framework. But with Ionic, you do not need to pay a single penny for app development. 

|2. Platform compatibility 

If you are looking to build an app that can work across all the platforms instead of focusing on native OSs such as Android, iOS, or even Windows, the Ionic framework is the way to go. You can save on time, money, and resources while choosing a hybrid language compared to a Native one. The language option lets you convert your app easily from one OS to another. It is pretty easy to move on different platforms. 

|3. Huge community 

If you are a newbie or even familiar with app development, at some point, you might need help to solve an issue. As Ionic has a massive community, you can get all the help on facing any difficulties. The community has active and skilled developers who are always ready to assist with any concerns and questions. A big community is always there to discuss your problems. 

|4. Cordova Plugins 

Cordova is a mobile app development framework backed by Adobe Systems. The Ionic framework leverages Apache Cordova and accesses hardware as well as functionalities of the particular devices such as contacts, battery, GPS, camera, etc. 

It can be done using Cordova Plugins. Cordova makes an Ionic framework capable enough to develop a highly competitive mobile app. As per your business needs, mobile app developers can leverage any of these plugins to enhance the overall performance of your app.   

|5. Built on Angular  

Ionic is constructed on the AngularJS framework well-known to create mobile as well as web apps. Ionic leverages Angular’s advantages and also utilizes it to offer app structure. 

AngularJS framework is supported by google that enables developers to build high-grade mobile apps on the Ionic platform. You can extend the HTML syntax to add your app component. Another benefit is data-binding. 

|6. One code for multiple platforms  

The Ionic framework lets you use a single codebase for multiple platforms you want to run your app. You do not have to hire native app developers to develop apps when you choose Ionic. Single codebase mitigates overall development costs and improves versatility. You can transform your Ionic app into a desktop or PWA. 

As there is no need to write code for different platforms, you have faster time-to-market. Built-in browser instruments and debugging tools help with easy maintenance. 

|7. Simple to use    

Ionic uses web technologies that front-end developers are already familiar with. Developers either would love to work in their preferred framework or start learning Ionic’s basics. It mitigates the need to learn native coding and yet enables developers to develop apps with native functionality. 

Ionic also consists of pre-built UI elements that you can edit to suit your designs as the code is reusable.  

|8. An extensive list of integrations and plugins    

Ionic supports a range of integrations with multiple tools for the users who want to get the best out of Ionic app development. You can improve your app quality by including more features such as a Payment system, Testing tools, Analytic tools, and Security.  

Along with integrations, Ionic also supports many plugins that aid your app to integrate software and hardware components. It improves the app’s overall performance by just making tiny changes. 

|9. Component library   

Because of the far-reaching component library, it is easy to develop Ionic applications. You can use these ready-made components to create a graphic UI or customize it as per our business needs. You can also get a base theme to develop your app that adapts exceptionally well to every platform. So it’s easy to build an app prototype within a short time frame using Ionic Creator.

Not only faster time to market, but you can also build native-looking apps for each platform. 

|10. Easy testing 

Compared to other available frameworks, Ionic offers easy app testing as you can run your testing on a desktop browser or a simulator for iOS and Android apps.  

You can also test your app on any of the smartphone browsers for Android and Safari for iOS. Utilizing all these methods helps to discover almost all the bugs. But still, to get an idea of the real-world performance, you can test the app on the actual platform it will run on. You can perform all the tests effortlessly. 

|11. Documentation 

You will always need a proper document to get the best out of the technology you are working on. Ionic has a well-structured database that helps you easily find the information to solve the problems.  

A comprehensive document of Ionic includes explanations, detail guides, and tutorials to help you understand every component and install and configure different tools. There is no chance to get stuck at any point when you have all-inclusive documentation. 

That’s not all. Ionic offers many benefits.

• Extremely easy to adopt
• Support Android and iOS that speed up the app development process.
• Highly customizable components and themes. 
• Roust structure to easily manage the code.
• Improved app performance. 
• Best designs by accessing Cordova plugins.  

Summing Up

Now that you have acknowledged what Ionic is all about and why it exists. You can have many reasons to at least give a try to the framework. 

The Ionic technology has simplified hybrid app development while giving an intuitive look and feel to your app. From its usability to an appealing interface and remarkable native-like performance, you can develop apps your user will love.

Source: https://letscrawlnews.com/hybrid-app-development-why-choose-ionic-for-the-same/

React Native V/s Flutter- How to Decide Between Both of the Frameworks?

Mobile apps are no longer the future. It has turned out to be a necessity for any business. When comparing cross-platform app development frameworks, it can be a tough choice between React Native and Flutter. 

React Native has already gained popularity whereas Flutter is on its way to hype compared to React Native. Both frameworks enable developers to build mobile apps that run on multiple platforms such as Android and iOS.  

When it comes to comparisons of these two, it is generally a choice among EXCELLENT and WONDERFUL. Seems complicated right? 

That is why we will shed some light on the nuances of differences between both platforms. It will help you decide on your next project. So let’s get going. 

What are React Native and Flutter?

React Native 

• It is an open-source library for mobile app development launched by Facebook in 2015.
• It uses a Javascript Native codebase.
• It is a cross-platform technology to develop almost all Native mobile apps for iOS and Android. 
• It mitigates the learning curve for the developers because of the knowledge of the programming language script.  
• 42% of developers opt for React Native to develop mobile apps in 2020. 

Flutter 

• It is an open-source library for mobile app development launched by Google.
• It uses Dart programming language, not JS. 
• It was launched in 2018 and taken from the beta version in the year 2019.
• It is a cross-platform technology to develop almost all Native mobile apps for iOS and Android. 
• X-compiled – communicates natively with mobile devices. 
• It uses the same code even for the Web. 
• Flutter was used by more than 2milion users in 2020. 

React Native Vs. Flutter

Let’s figure out the key differences with some development criteria. 

|1. Architecture 

React Native requires Javascript Bridge to communicate among Javascript and native language by sending asynchronous JSON messages. 

Flutter does not need any communication bridge with native components as it has everything packed within itself such as Cupertino and Material Design frameworks. Flutter apps are more stable and Predictable on multiple platforms compared to React Native. 

[Here the winner is Flutter]

|2. Installation and Configuration  

The configuration process of React Native is quite simple. You need to install React-Native CLI via the command line. Do not forget that you require NodeJS and Yarn configured as a package manager. 

You need to download the binary to install Flutter for a particular mobile platform. Next, you need to add it to the PATH variable through the command line. Installation of Flutter is quite complex compared to React Native. 

[Here the winner is React Native]

|3. Documentation 

React Native comprehends a good document with the focus on web developers who are well familiar with Javascript and only need to fill the gaps. It is pretty complicated to discover details of developing native libraries. Features such as navigation are also not appropriately documented. 

Flutter comprises a rich document that guides with graphics as well as video tutorials. Flutter also has various tools to aid in mobile app development such as a debugger and Flutter inspector. 

[Here the winner is Flutter]

|4. UI (User Interface)

React Native offers native components for multiple platforms to build a look and feel of native apps. You can also leverage many ready-to-use components as building blocks. But sometimes, it is complicated to simulate complex UI in React Native apps. Moreover, components of React Native do not perform consistently across multiple platforms. 

With Flutter, building native-like apps is easy as it has packaged UI widgets. There is no need to look for third-party libraries as a large framework widgets library is enough. Flutter apps perform consistently across all platforms. 

[Here the winner is Flutter]

|5. Productivity of the Developers 

React native offers more code reusability on all the platforms. You can also boost the development process by using libraries as building blocks. Additionally, the hot reload feature lets you notice changes without recompiling your mobile app. 

Flutter also comprises a hot reload feature. It helps with quick iteration and immediate feedback. Flutter also offers a speedy compilation of the app. 

[Here both are equal]

|6. Community 

React Native has had a large community of contributors since its launch by Facebook in 2015. It has rapidly gained the support of lots of developers. 

Flutter has a smaller community compared to React Native. However, it is growing rapidly. Flutter was introduced in 2017 and is a relatively new framework for developers. 

[Here the winner is React Native]

|7. CI/CD Support  

React Native does not contain a CI/CD solution for App Store/Google Play app deployment. Only manual deployment is available for Android’s Google Play. There is no other guidance for iOS’s App Store. If you want to automate the delivery and deployment of your app, you need to rely on third-party solutions. 

Flutter contains a precise document to develop and deliver iOS as well as Android apps. You can deliver your iOS/Android app by using Command Line Interface (CLI). For advanced automatization, you can leverage third-party solutions.

[Here the winner is Flutter]

What is Common in React Native & Flutter?

React Native and Flutter are the widely accepted hybrid app development frameworks. Both have something common such as,

• Use of one codebase 
• Hot reloading
• Superb User Interface
• Amazing tooling
• Native features

Uses of React Native & Flutter

Well-known apps developed using React Native & Flutter 

Here is a list of some popular apps developed using React Native and Flutter frameworks. 

React Native apps

• Facebook
• Facebook Ads
• Instagram
• Walmart 
• Bloomberg
• SoundCloud Pulse 
• Townske
• Gyroscope 
• Wix
• Delivery.com 

Flutter apps

• Google Ads
• Xianyu by Alibaba
• KlasterMe
• Postmuse – Instagram photo editing app
• Reflectly
• Hamilton
• Pairing
• Lunching
• Cryptograph
• Watermaniac

Comparison Table

Summing Up

Both React Native and Flutter are extraordinary frameworks for faster and easier app development with plenty of native tools. If you consider the above comparison, you can assume that Flutter has joined the hybrid mobile app development race very powerfully.

Obviously, each app has a different use case and the right picking framework is something that should be analyzed according to business needs and user demands. If you find the choice between React Native and Flutter is too hard for you, this post will help you.

Source: https://postingstock.com/react-native-v-s-flutter-how-to-decide-between-both-of-the-frameworks/ 

Flutter V/s Ionic Mobile Framework: How to Choose the Right One?

While making your first application, it can be difficult and daunting to decide from all the different options available. Choosing a mobile development framework is a tough nut to crack.

On top of that, there are many considerations that also influence the app such as, 

• How much time do you have to market?
• What does the current development and maintenance cost?
• Do you have a team of engineers or need to hire?
• What features do you need?
• What would be the risks with third-party solutions?
• How do you need your app performance?

Flutter and Ionic are the two leading mobile frameworks used to develop iOS, Android, and Hybrid apps. Both the frameworks enable developers to prototype rapidly and deliver compiled apps for mobile, web, and desktop with a single codebase. But before picking up the right one, you need to compare cross-platform app frameworks for better understanding. 

This post is all about the comparison between Flutter and Ionic frameworks based on various parameters. So, let’s get going. 

Flutter and Ionic: Introduction 

Flutter 

Flutter is Google’s brainchild created in May 2017. It is currently managed by Google with an ECMA(European Computer Manufacturers Association) standard. It is a UI toolkit that uses Dart programming language to build faster, appealing, and natively compiled hybrid applications. 

Flutter was introduced as an SDK intended to build modern apps for Android and iOS. When it comes to Android Studio, integration is done with inbuilt Java. On the other side when it comes to iOS, integration is done with Swift and Objective-C languages. 

According to Statista, 39% of people use Flutter to develop hybrid apps globally. 

Ionic

Ionic is an open-source UI toolkit that was launched in March 2014. It uses web technologies such as Javascript, CSS, and HTML to develop mobile, web, and PWA (Progressive Web Apps). Ionic mainly focuses on UI/UX and plays a significant role in the look and feel of the app. 

Ionic is incorporated with other frameworks and libraries such as Cordova, Angular, etc. Moreover, it can be leveraged individually without any support of a front-end framework. 

86% of developers choose Ionic for the top-notch mobile app development.

Flutter Vs. Ionic

Let’s understand the key differences with some important aspects. 

|1. Popularity and Learning Phase

Ionic framework is easy to learn compared to Flutter as Ionic uses well-known programming languages like Angular and Javascript. Most of the developers are already familiar with HTML, CSS, Cordova Plugins, etc. It helps them to understand Ionic easily. 

When it comes to Flutter, developers need to learn the Dart language that is completely new for them.

Almost all the developers acknowledge and use Javascript, whereas Flutter has very few developers in the market. However, Flutter is gaining a reputation among the developers’ communities. 

|2. The Look and Feel 

Ionic and Flutter don’t utilize native UI components, but they update UI components’ designs automatically according to the platform on which the app is running. For Android, it is Material Design, and for iOS, it is Cupertino.

Both will enable access to native APIs and platform-specific services through pre-built plugins libraries. You can also access a set of tools to develop custom plugins as per your preferences. 

The Flutter native mobile implementation is quite intolerant. So, if you are involved with custom native tasks using Flutter, you need to understand how Flutter is working with iOS and Android.  

|3. Code Portability 

If we consider app deployment on different desktop and mobile platforms, Ionic and Flutter have strong competition. 

Flutter has appealing features when it comes to mobile app development. But it has some restrictions as well regarding web browsers. Whereas, Ionic is based on web standards. It aids you with excellent web, desktop, and mobile app development. 

If you need high flexibility with your device, you can opt for Ionic. Flutter is on its way to enhance web compatibility. 

|4. Performance 

When it comes to the performance of both platforms, efficiency and productivity play a significant role. 

• You can go for Flutter if you are searching for an exclusive animation. 
• You can go for Ionic when you are dealing with a consumer-centric mobile app. 

The performance of Ionic and Flutter is always regarding how you write a code for both. So we can say that the quality of the code is significant if you want to decide on a framework’s performance. 

You also need to consider the bundle size of your app. Ionic bundle size is 2,991 bytes as it uses standard browser runtime and the smallest processing unit. On the other hand, Flutter requires heavy code even when you want to develop basic apps. 

|5. Skills and Expertise 

Flutter developers need to learn Dart Programming Language. This language has a stand-alone and custom ecosystem with some limitations. That is the reason for confusion on the skills-set of Dart developers. 

On the other hand, Ionic uses Javascript. Developers can work in 100+ Javascript frameworks with Ionic. So it can be quite complicated to grab highly-skilled Flutter developers compared to Ionic.

|6. Use of Libraries 

Flutter developers can use system technologies and Flutter libraries at no cost. 

In Ionic, you can use various libraries free of cost, but if you want to accelerate the development cycle, you have to pay for a Pro Development Environment. 

|7. Support of Community 

Flutter, as a newcomer, lacks strong community support. Whereas, Ionic has the overall support of a large community that helps Ionic app developers solve every doubt. 

Despite that, with Google’s persistent efforts, Flutter may also develop a broad community in the upcoming years. 

|8. Future Flexibility 

Flutter app development can be quite risky because it is a closed ecosystem. If at some point Google might think to elude the Flutter framework, the Flutter development agencies can be left with a code base and skillset only. However, there are very few chances of it but, you need to consider that scenario. 

On the other hand, Ionic app development is sustainable, scalable, and relies on web standards and components. So developers can use it with any existing or future Javascript framework.  

What is Common in Flutter & Ionic?

Both frameworks are a way different but also have some similarities. 

• Both help to develop hybrid apps for desktops, web, and mobile. 
• Both leverage a single codebase to build highly interactive applications.
• Both provide offline access. So app development can be possible even within the area of limited internet access. 
• Both deliver an intuitive look and feel for native apps as they mainly focus on developing UI frameworks for native platforms.
• Developers can leverage well-structured documentation with both frameworks.
• Apps built with Flutter and Ionic perform flawlessly compared to other hybrid apps.  
• Both consist of native plugin libraries to offer native programming services and user interfaces. 

Uses of Flutter & Ionic

Well-known apps developed using Flutter & Ionic 

Here is a list of some popular apps built with the Flutter and Ionic frameworks. 

Flutter apps

• Google Ads
• Xianyu by Alibaba
• KlasterMe
• Postmuse – Instagram photo editing app
• Reflectly
• Hamilton
• Pairing
• Lunching
• Cryptograph
• Watermaniac

Ionic apps

• Marketwatch 
• Pacifica
• Sworkit
• Diesel
• StockPlan Connect 
• Honeyfi
• McLaren Automotive 
• TD Trading 
• JustWatch 

Comparison Table

Summing Up

It is always complicated to make a choice on a specific framework. Ionic and Flutter both are different in their way. This post will simplify the decision-making process if you are clear about your key objectives and market demands. 

Always try to engage with the experts in whatever framework you choose. 

Source: https://newspediaweb.com/technology/flutter-v-s-ionic-mobile-framework-how-to-choose-the-right-one/

Why Native App Development is the Right Choice for Your Mobile App Project?

What are native, web, and cross-platform applications? How to differentiate all of these? Most importantly, which one to choose for your next mobile app development project? Does it address your business needs? 

Obviously, you have all these questions in your head when you are thinking of developing your mobile app to streamline your business processes. All the platforms have various reasons to support and oppose. But what will suit you depends on your business requirements and customer demands. 

This post is all about native app development and why you should choose it. So let’s start with the basic understanding of what Native app development is.  

Exactly, What is Native App Development?

The term belongs to the mobile apps developed for a particular platform and device only. A native application is built with tools and programming languages specific to the platform such as iOS and Android. The native apps can leverage device-specific hardware and software. 

It is a fact that native applications are time-consuming, but they are easy to understand and deliver a superior user experience.

Native app development needs different skills and technologies compared to mobile app development. You do not have to be concerned about the browser’s behavior and compatibility. 

The Myriad of Benefits of Native Mobile Apps

So why do most mobile applications choose native development? The reason is native apps have a plethora of advantages compared to the alternatives.

|1. Performance 

When we compare the performance of Native vs. Hybrid Apps, native apps win. Native apps are more rapid than hybrid ones. When any application utilizes the core technology and API to develop an app, the app will always be much more efficient. 

Native apps are built for a particular platform and compiled using the platform’s core programming languages and APIS. The device stores the app and enables software to use the processing speed of the specific device. When a user navigates through the app, the content is previously cached on the device. It means there is a speedier loading time. 

|2. Security

You do not have to worry about security while developing a native app. When it comes to Android, Java is way more secure compared to the HTML and CSS framework. 

Web apps rely on various browsers and technologies like Javascript, HTML, and CSS. But building a native app ensures your users about data protection. 

Native apps also enable companies to leverage mobile device management solutions by offering apps’ remote management controls on specific devices, comprising wipe the app and all the data. 

|3. Compatibility 

If we talk about the Hybrid app, it is compatible with all the platforms. But the code will be generic and use all the potential libraries to make it compatible with every platform. So there are chances that hybrid apps might not perform well with any specific version of the app. 

When you develop a native app, you won’t have such type issues. Native apps will work smoothly with all the versions. It gives you another good reason to choose native apps.  

|4. Device Features 

Native apps can use all the features of a specific device but hybrid apps can not do so. Irrespective of the operating system you are using, there are some excellent features in the system itself. 

It is possible to leverage the device’s features with native apps and compile them to generate an app. If you also want to apply the same feature in third-party apps, you have to build a module and get the relevant code to get the ball rolling.

Therefore, if you are interested in leveraging device features, native app development is the best option to choose. 

|5. Fewer Bugs 

There are fewer bug chances with native apps as you do not have to depend on hybrid app development tools like Xamarin and Cordova. Native app developers can leverage new tools to develop apps with advanced features. Thus, users have access to the most innovative features. 

When it comes to solving a bug, you can remove naive apps bugs easily. The reason is there are fewer dependencies to native apps compared to cross-platform apps. With cross-platform apps, the code needs to run successfully on all the devices. It forces developers to add all the dependencies that are used in every mobile device. 

Anyhow, in native apps, developers can also have some of them. They can obtain the remaining functionalities from the device. 

|6. Interactive UI

Interactive UI is all about the navigation within the app. You might get a good-looking UI with hybrid apps, but when you need an interactive interface along with good looks, you should opt for native apps. 

Native mobile apps work easily as they inherit the device’s OS interface and make it look just like it is an integrated part of the device. Native apps improve the user experience with the particular OS. 

The native app flow turns more neutral because of UI standards for every platform to aid users in learning apps quickly and perform different activities smoothly.  

|7. Advanced Customization 

It is possible to customize native apps because of the fewer limitations. Developers do not have to combine the features of both OSs. They can be focused on Android/iOS at a time and develop tailored solutions according to advanced business needs. 

Additionally, operating systems offer various flexible tools to leverage compared to hybrid frameworks. 

|8. Pool of Experts 

Everyone needs to hire a developer with years of expertise and practical skills when it comes to mobile app development for a business. Hybrid and web apps are relatively new compared to iOS and Android platforms as it has been more than a decade since the inception of the iOS and Android platforms.  

Thus it is easy to find native app development experts with thorough knowledge of native platforms. Ultimately you can save on time, cost, and resources. 

Tools and Tech Stack 

While developing native apps, experts write codes in a specific programming language that the system will understand. Let’s take a deep dive into the tools and technologies. 

Android Specific Development 

You can use Java, Kotlin, and C++ programming languages for native Android apps. For that Google is offering excellent Android development tools like, 

• Android SDK
• Firebase development platform 
• Android Jetpack
• Command-line tools 

You can also use plenty of third-party solutions along with Google’s in-house tools for native android app development. You need to submit your Android app to the Google Play app store for Android users to download.  

iOS Specific Development 

You can use Objective-C or Swift languages for native iOS apps. iOS has closed source code built only for Apple’s hardware. So it requires Mac devices to build native iOS mobile apps. Apple is offering advanced tools and resources such as, 

• iOS SDK
• Swift Playgrounds
• XCode
• TestFlight 

You can also use a third-party ecosystem with developer tools like AppCode and CodeRunner. You need to submit your iOS app to the iOS App Store by adhering to the review guidelines. Otherwise, there are high chances that your app gets rejected as the iOS App Store has strict guidelines. 

Summing Up 

If you want to pursue high-quality mobile app development, native is an ideal approach. Appealing design, HD graphics, fast speed, extensive features, etc., will serve your business a competitive advantage. However, you need to pay more to obtain all the privileges. But in the end, you will get a high ROI because of the effortless maintenance. 

It is worth going native. 

Why Opt for Flutter Framework for Hybrid Mobile App Development?

The mobile-driven world pushes each business to be mobile-friendly in everything they do. When it comes to mobile app development for any business, deciding on a technology platform contributes significantly. Along with native and web-based apps, hybrid mobile app development is also gaining reputation with its versatility across different stages.

Hybrid apps are a mixture of native and web technology where the core app is coded with web technologies. In this post, we will take a deep dive into hybrid app development.

Why opt for hybrid app development?

When it comes to native vs. Hybrid apps, the basic difference is Hybrid apps are not limited to any specific OS. It is written using the standard web tech such as HTML5, JS, CSS, and third-party products for efficient code wrapping and easy portability. It can also be used as a native app for different mobile OS such as iOS, Android, Windows, etc. 

A web-based app coded using HTML5, JS, and CSS can be integrated with Cordova and PhoneGap products. Consider it as a single version of a mobile app with the same codebase that is accessible on all the app stores. It will also work similarly irrespective of the devices.   

Cross-platform app development can be the cornerstone of your success because,

• It saves time and money because a single codebase is leveraged for multiple OS. 
• Frequent updates of the app are possible as there is no need to submit the new version of the app again and again. 
• It delivers a user experience equivalent to native apps but without additional development efforts. 
• Hybrid mobile apps provide high-speed performance and quicker loading time than websites and mobile web apps, even when there is a load of several users and content. 
• It provides a persistent and impeccable experience on the Web, Android, and iOS devices when it comes to designing UI/UX.
• Offline support of hybrid apps is quite essential for organizations that want to serve an extensive range of customers. It helps users to access some features and functionalities even when they do not have an internet connection.   
• The process of adding extra features to hybrid apps is easy compared to native apps. 
• Hybrid apps can easily be integrated with other apps without OS restrictions. 
• There are high chances of maximum exposure to the target market as a single app can target both iOS and Android platforms that boosts the app’s reach. 

Why consider Flutter for developing hybrid apps?

Working with hybrid mobile app frameworks makes developers’ lives easy because they can code once and develop mobile apps that run on the major platforms without any additional efforts. 

Different cross-platform mobile frameworks utilized by the experts such as Flutter, React Native, Cordova, Ionic, Xamarin, etc.  

According to Statista’s 2021 developer survey, Flutter is the widely utilized hybrid mobile framework by developers globally. 

Timing is essential when it comes to excelling in the leading-edge business environment. Being an open-source platform, Flutter enables developers to build highly efficient cross-platform apps. Flutter app development with its exceptional features has become the first choice in the tech domain.   

Dart programming language & Flutter App Development 

Flutter is a Google app framework that provides an open-source UI SDK with an imperative, object-oriented language to develop applications across various platforms. Google launched Flutter because they want to build a mobile app development framework that offers usability, comfort, and accessibility. The search engine behemoth leverages Dart programming language in the framework to achieve convenience and accessibility.

Flutter uses Dart as it enables Flutter to eliminate the need for an individual declarative layout language such as Javascript XML and Extensible Markup Language(XML). The layout of Dart is programmable and declarative. It helps developers to read and visualize it effortlessly. Moreover, it assists Flutter to offer extra tooling because the layout is in one language and a commonplace. 

Another reason for the popularity of this duo is if it is needed Dart utilizes the Just In Time compilation. It significantly decreases the development time and responds quickly. Most of the Dart features are just like static and dynamic languages. It helps developers to acknowledge Dart functionalities easily. 

When all these features are blended, it helps Flutter thoroughly. We can say that Flutter app development can not be simplified without Dart. 

After determining the significance of the Dart programming language for Flutter, let’s identify the features of the Flutter framework. 

Noteworthy features of Flutter for Hybrid Mobile App Development 

Google’s Flutter has been rapidly leveraged by the developers who need to target Android and iOS users from the same codebase. Let us look at the features. 

1. Flutter is highly flexible by adding a library of scalable widgets. 
2. Flutter supports customized interface development with exclusive and engaging themes. 
3. The feature of “Hot Reload” enables access to wide-ranging widgets in addition to working in a dynamic interface. 
4. Flutter has a fully competent, portable GPU rendering UI that enables it to perform on multiple, modern interfaces. 
5. Developers can promptly integrate flutter to their app on the WebView component. So developers easily see the web content in the app. It also smooths app navigation. 
6. With Flutter, developers can also localize the app to cover a wider market.
7. Flutter also supports an extensive range of integrated development environments (IDEs) such as,
   1. Visual Studio Code
   2. Xcode
   3. Android Studio 
8. Flutter is fully equipped with native ARM code to be more helpful for tech entrepreneurs and startups.
9. The “Flutter Doctor” command facilitates developers to discover bugs in the app and correct them easily. 
10. Setting up and formatting pictures and online videos is easy with Flutter to make the app more appealing. 
11. 2D GPU-accelerated API makes the app animation more clear, more rapid, and more smooth. 
12. The developers can leverage the support of Google’s Firebase development platform.  

Benefits for Flutter Hybrid App Development 

• By going beyond the horizon of mobile apps, the Flutter framework embeds both desktop and web perfectly. 
• Each design component observes and fully confirms design standards. 
• Flutter enables a rapid app development process.
• As Flutter is a highly reactive framework, the developers can easily tweak the interface by just changing the variables. 
• Developers can easily access native features and SDKs on both platforms and reuse them. 

Summing Up 

Google Flutter is a great platform for developing cross-platform mobile apps. The Dart programming language and its overall assistance for iOS and Android platforms make it highly feasible to build responsive mobile apps. 

Google is also involved in a modular operating system Fuchsia, written in Flutter. This compatibility-based OS is expected to replace chrome and Android OS.

Give a try to Dart and Flutter if you want to develop an app that runs smoothly on all the platforms. 

Source: https://www.allinformationden.com/why-flutter-framework-for-hybrid-mobile-app-development/

Mobile App Development Trends that will Dominate 2023 and Beyond

2023 is here. The ubiquity of mobile devices, growing internet usage, evolving customer needs, and the use of cutting-edge technologies like AI and ML in mobile apps all indicate the future growth of mobile applications.

With each new release of Android and iOS applications, most organizations are eager to launch an app for their products and services. The aim is to streamline business operations and deliver a superior user experience.

Additionally, the influence of the global health crisis in the last couple of years has made the world highly dependent on smartphones. People have transformed how they live, work, shop, etc., thus business needs to revolutionize how they work.

However, the pandemic has reduced but it has prompted a world of opportunities for developers, corporations, and the common masses as well.

A mobile app development company is not an exception here. With a robust, scalable, user-friendly, and integrated set of solutions, companies allow brands to attract, involve, and delight customers by offering personalized solutions.

Here you can see that the worldwide mobile application market size is projected to be 187.58 billion $ in 2021 and is anticipated to rise at a CAGR of 13.4% from 2022-2030.

Mobile app development companies and in each corner of the world getting tons of clients’ requests to develop leading-edge software solutions.

It will be interesting to see the top mobile app development trends that drive the attention in 2023.

So let’s explore it.

Mobile App Development Trends that you will witness in 2023

|1. AI & ML

Artificial Intelligence (AI) and Machine Learning (ML) are already integrated with today’s mobile app development. Face App, Prisma, and other AI-based apps have boosted AI use to the next level.

The burgeoning need for AI technology among different verticals like automotive, banking & finance, logistics, manufacturing, healthcare, food and beverages, and retail is anticipated to significantly drive the growth of the worldwide AI market in the forthcoming years.

The worldwide artificial intelligence market size was anticipated at 87.04 billion U.S. dollars in 2021. It is predicted to reach 1,597.1 billion U.S. dollars by the end of 2030, with a CAGR of 38.1% from 2022-2030.

Businesses in the SaaS and SaaP have begun to integrate AI and ML into their business models. It clearly indicates that the use of these technologies will continue to grow as time moves forward.

ML technology helps with better AI-based assistants, algorithm prediction, and different Smart technologies integrated into mobile apps. As long as industries use AI, ML will also stay in trend.

With these technological advancements, automation will boost and save businesses’ time, money, resources, and energy. It will give businesses competitive benefits over those who still follow old-school manual processes.

|2. Beacon Technology

Beacon technology enables organizations to send notifications and messages to customers about sales, events, and promotions based on their location. It can also be used to gather customer behavior data.

Beacons are tiny devices that include a battery, CPU, and transmitter. It fills the gap between the virtual and actual worlds. It uses Bluetooth to connect the customers’ mobile devices and send them relevant information about their preferred products.

Here you can see the U.S. Bluetooth beacons market, from 2014 to 2025 in USD Million.

This growth can be attributed to the requirement to offer location-based alerts and information to nearby mobile devices compatible with the iBeacon protocol. Extensive adoption of iOS-based products drives growth during the forecast period.

Additionally, iBeacons enables proximity-based marketing to primary audiences with individualised messages according to purchase history.

The increasing fame of iBeacon has led to some new protocol introductions like Eddystone and AltBeacon. Moreover, contrary to iBeacon, protocols’ open-source framework is anticipated to propel industry growth in the coming years.

The broad beacon deployment in stadiums and airports boosts these protocols’ growth. The extension of Eddystone’s support on the Chrome browser drives the Android-based proximity solutions demand.

Google separated the beacon platform from Apple by configuring the protocol as an open-source framework.

|3. 5G Technology

5G is a unified, highly competent air interface designed with an augmented capacity to facilitate leading-edge user experiences, encourage new deployment models and offer new services. This network’s lower latency is a game-changer for mobile apps.

With fast speeds, high reliability, improved responsiveness and negligible latency, 5G will amplify the mobile ecosystem into new domains.

5G will influence each industry. It enables secure transportation, remote healthcare, accurate agriculture, automated logistics, etc. It will also make a huge difference in gaming and simulation apps. Internet of Things (IoT) and home automation also leverage 5G technology.

The 5G Technology Market Size is anticipated to rise by 128.46 billion USD

5G technology increases the data transfer rate up to 100 GB/s. It impels the advancements and expansion of other technologies such as AR, VR, IoT, and so on.

This cellular network’s fifth generation will provide significant developments in capacity and credibility over prior versions.

Apps will witness improvements, and new functionalities get developed with more speed. So programmers get free hands-on app development without any limit.

Improved performance and higher efficiency encourage excellent user experiences and connect new industries.

|4. Progressive Web Apps (PWAs)/Instant Apps

Similar to other technologies, the web industry is also subject to constant change for better solutions. PWAs, an incredibly promising technology, appeared to transform everyone’s interactions with websites.

PWAs unite the best of the website and native apps to offer a superior mobile user experience. They are unique web apps accessed like normal websites but provide advantages such as push notifications, offline usability, hardware device access, camera and microphone access, GPS, etc., which were available to native applications only.

PWAs reduce the data requests volume to a fraction of its present level. Websites optimised for speed, PWAs enable near-instant loading speeds, similar to native apps.

Progressive Web Apps provide benefits like,

• Increased conversion rates
• Higher user time on site
• Superior user experience
• More organic search traffic
• Affordable to build and maintain over native apps
• Improve performance and customer engagement that ultimately increases revenue

|5. AR & VR

Since the tech giants like Apple and Google have released ARCore and ARKit, the app development sector has risen immensely.

Augmented Reality and Virtual Reality apps can be seen in multiple industries like 3D video games, education, healthcare, retail, entertainment, travel, and more.

According to research, we will see $125 Billion Growth in the Global AR and VR Market from 2020 to 2024.

VR can be a game changer when it comes to mobile app development. The APIs enable developers to build AR apps that can execute on both ARKit and Android devices. It means more and more businesses are about to try out Virtual Reality apps.

Mobile apps need VR’s potential to make users feel like they are present there. With virtual technology, users can travel to various locations without leaving the comfort of their homes. Users can experiment with different things like clothes, makeup, eye wears, etc., from anywhere.

|6. On-demand Apps

On-demand apps demand boost during the global health crisis in the past couple of years.

Mobile applications for food delivery, at-home services, taxi service etc., rapidly gained extensive popularity. As on-demand software provides solutions that resolve urgent issues, this sector will not go away.

When people need a ride, they book an Uber through an app. If they crave food, they go for Zomato or Swiggy. If they need groceries, they order them online.

Because of this dependency, on-demand solutions have opened the way in the market and this trend will keep rising in 2023 and beyond.

Among many industries, healthcare, the food sector, and home services are some that will see an expansion in on-demand applications.

Additionally, on-demand apps exist in these areas:

• Fitness
• Laundry
• Pet care
• House cleaning
• Barbers/beauty salons
• Pharmacy delivery
• Plumbers/Mechanics

|7. IoT

The IoT is a network of devices connected to the internet and also interacting with each other. Such devices comprise everyday technical gadgets like Smart devices and the wearables, smart home devices like smart metres, and industrial devices like Smart machines. These Smart and connected devices can collect, share, and assess information and generate actions based on that.

The worldwide industrial internet of things market was 263.52 billion USD by the end of 202. It is anticipated to grow at a CAGR of 23.1% from 2022-2030.

IIoT has the potential to help industries ensure staff safety, mitigate operating costs, and expand throughput. By shifting from selling solutions to offering computable results, companies are progressively developing new product and service blends to strengthen their position and create new revenue streams.

The IoT is significant to assure swift access to devices and machines.

The rising number of connected devices is anticipated to provide new opportunities for startups and large-scale organizations with experience in modern AI algorithms to develop advanced software that can significantly ease technological challenges.

Remote tracking, predictive maintenance, asset management, remote servicing, and operational intelligence are some of the software solutions where the Industrial Internet of Things is gaining speed.

|8. Predictive Analysis

Growing understanding among businesses about produced data used to anticipate future outcomes through predictive analysis solutions is driving market growth.

Rising internet usage has led to a tremendous expansion in the data volumes being produced. It led to the increase and modernization of high-speed internet services worldwide.

Additionally, increasing intelligence of incorporated and linked technologies has offered a platform to predictive analytics solutions vendors to leverage this unparalleled internet development.

The worldwide predictive analytics market size was 5.7 billion USD by the end of 2018. It is anticipated to grow at a CAGR of 23.2% during the forecast period.

As organizational data is booming, companies are hiring data scientists and analysts to process and assess gathered data. Thus, organizations are highly delivering predictive analytics software that helps with proper data usage to predict future trends.

Moreover, the high revenue-generating ability of this software is expediting its acceptance.

Predictive analytics is an ad hoc analysis that assists businesses to implement effective solutions for their organizational growth and predict feasible future circumstances.

Today, many businesses are leveraging modern solutions that can assist them to build effective business strategies in real-time, improving their daily decision-making.

These solutions also aid businesses apply BI (Business Intelligence) and analytical tools to get precise understandings from predicted data. Moreover, It helps to increase the financial performance and reliability of organizations that adopt it.

|9. Edge Computing

Edge computing includes a layer of complexity for businesses by enabling a different set of stakeholders to deal with IT infrastructures, software development, networking, service management, and traffic distribution.

Edge also merges hardware and software solutions and networking structures to address several use cases in various organizations.

Edge computing is now in its early development stage. Its deployment and operating models are still evolving. However, it is foreseen to provide significant growth possibilities for newbies in the coming years.

The worldwide edge computing market was 7.43 billion USD by the end of 2021. It is anticipated to grow at a CAGR of 38.9% from 2022-2030.

The novel coronavirus disease has increased the use of data centres and edge computing for the next couple of years because of the constant focus on expanding communications infrastructure. Working from home is now the new normal.

Edge computing has raised into a solution-specific technology, with particular tools and structures developed for specific use cases.

Some use cases where the edge is anticipated to get a notable share during the predicted time add advanced CDNs, streaming gaming, and network function & 5G virtualisation. It is the initial stage approaching a future where the edge would be extensively available.

|10. Chatbots

A chatbot is an interactive app built using either a set of rules or AI technology. It is developed to collaborate with people via textual conversation. It is incorporated with different messaging services to help users in different industries.

Different innovations implemented in AI and ML technologies are anticipated to improve the functionalities of chatbots. It will drive market growth in the future.

The worldwide chatbot market size was 525.7 million USD by the end of 2021. It is anticipated to grow at a CAGR of 25.7% from 2022-2030.

The market has experienced a substantial rise in the last few years. This surge is to provide round-the-clock customer service, mitigating operational costs and the growth in consumer demand for self-service operations.

It can be based on people’s increasing need for messaging apps over social networking platforms. Chatbots built for integration with messaging apps are also anticipated to experience considerable demand in the coming years.

Additionally, chatbots are becoming even more popular as organisations keep automating their sales and customer services. The chatbots let them offer on-time services at reduced costs.

The chatbots collaborate with users through mobile apps, web pages, or SMS. They get installed on different channels like standalone, third-party messenger platforms, etc. In standalone, chatbots are incorporated with the apps and other enterprise software to help customers.

Third-party messaging platforms like Facebook, WeChat, Skype, etc., are different deployment modes of chatbots. The users can use chatbots to make complaints and customer service requests.

Along with the above-mentioned mobile app development trends, you can also witness,

• More focus on data and app security
• Location-based apps development
• Foldable device apps development
• Wearable apps development
• Accelerated mobile pages
• Swift for iOS will continue to grow
• Kotlin for Android will keep growing
• Cloud computing
• Cross-platform mobile app development
• The growth of low-code or no-code platforms
• Voice searching will increase
• Mobile commerce will grow
• More personalisation and customisation
• More camera-focused apps will be built
• Greater focus on UI/UX
• The use of blockchain technology will increase
• Gamification will boost

In a Nutshell

Many mobile app development services trends mentioned above are not meant for 2023 only. It will stay for the coming decade or more.

However, it will be exciting to see how they revolutionise the technological landscape in the upcoming year 2023.

It is recommended to invest in modern technology and developments if you want to be part of this evolving industry.

Tackle things adequately, and you can deal with the next billion-dollar application.

Source: https://www.siliconithub.com/mobile-app-development-trends-2023/

Hire Dedicated Developers for Startups – Everything You Need to Know

Nowadays, it is significant for organisations of every size and across all industries to involve with web, app, and software development to excel in the ever-evolving market.

For startups too, it is necessary to leverage modern technology to deliver superior user experiences and flourish their business. They need to understand why mobile apps are getting adopted by different verticals and how it makes daily operation effortless and quick.

According to Statista, the revenue of mobile applications will reach up to 613 bn U.S. dollars worldwide by 2025.

But startups usually do not have properly established developers’ teams that work for them in-house. They are also not aware of how to hire dedicated software developers who are skilled enough to help them expand a business.

There are other challenges as well for startups

1. No brand recognition and awareness
   As emerging businesses lack the ability to brand recognition and awareness, hiring an offshore dedicated development team for startups is challenging. As developers generally choose known brands to work with, attracting and retaining the right resources for a startup is a tough nut to crack.

2. Budget relevant issues
   At the initial stage of a business journey, startups need to focus on budget constraints. Along with salaries, tech specialists as full-time employees need appropriate infrastructure, easy-to-understand work systems, staff benefits, etc.
   
   So, hiring resources would be an expensive thing startups can not afford.

3. Long hiring cycle
   The average hiring cycle for startups in western regions is 45-90 days. The lengthy and time-consuming cycles delay the entire software development and expand time-to-market.
   
   Because of these challenges, hiring offshore developers for your startups is a more feasible option and has more benefits than hiring an in-house team.

4. Lack of hiring the expertise
   Startups do not have a well-established team of HR in place. They deal with a small HR team and lack the suitable tools, lack expertise to discover the right talent that joins a team for business expansion.

Perks of Hiring Dedicated Developers

1. Access Large Talent Pool
   One of the reasons to opt for hiring dedicated resources is the accessibility to the extensive talent pool on a global level. You can effortlessly hire any developers or a team from the comfort of your home/office premises.
   
   It is seen that top nations are keen to hire dedicated developers from India. The reason is that Indian developers create and provide excellent software systems cost-effectively compared to other countries worldwide.

2. Improved Agility
   One more perk is the level of agility delivered by the developers, especially when you are an owner of a startup. When you hire them, you can assign crucial large-scale operations.
   
   They are like an extension of your business that performs in sync with your emerging business needs. You can also employ them on a seasonal basis based on your technology requirements keeping business activities fully agile.

3. Complete Business Control
   Some organisations have the mindset that they will lose their business control by hiring dedicated resources. But it is a myth. The dedicated development model relies on constant interaction between the client and the developers and offers highly efficient results you will not regret.
   
   You can also benefit from complete transparency in the work structure with a sound workflow.

4. Skilled and Expertise
   The developers bring their years of expertise and skills to offer next-gen software systems based on the company’s terms and conditions. Therefore, before hiring such developers, it is crucial to go through an in-depth assessment.
   
   An experienced developer emphasises your end-users needs and objectives. Thus, skills and expertise can drive multiple perks to your business growth. You can have your aimed software system augment your brand image.

5. Superior Quality
   When you hire a dedicated team, you will have quality analysts to validate the software regularly and ensure optimised coding and flawless execution. Quality testing is a significant process, especially when it comes to a project that needs collaborative efforts.
   
   The process of software development is always prone to human errors, and that is the reason quality assurance is essential in the software development life cycle.

6. Full-cycle Development
   Dedicated developers apprehend your project from conception to deployment. They will keep supporting continuously throughout the entire software development lifecycle.
   
   You can assign tasks and duties to your hired team. They create the software from scratch and enable maintenance support for its performance as long as you require.

How to Hire Dedicated Developers for Startups?

1. Generate a list of companies
   You will discover many companies that provide dedicated team and software development services. If you want to narrow down from the multiple options, focus on the company’s expertise and the industries they work with.
   
   You can also start with industry-specific sites like GoodFirms, Clutch, and TopDevelopers, that help you find companies by applying filters such as locations, industry, types of services, hourly rate, and more.

2. Initiate collaboration
   Collaboration is a key to connecting better with developers. But you have to focus on the language barrier. Many developers are the worst at communication outside of their local language. So it should not be your go-to option.
   
   The other aspect you need to emphasise is the time zone. It is crucial to collaborate on time to conclude any decision. The time should be convenient for both to lead the project in the right direction.

3. Create a list of skills needed
   As a startup, you do not have any internally established procedures or senior developers to help you in sharpening the skills you will need.
   
   At that time, you can opt for hiring an outside consultant who guides you to determine essential skills and expertise. A consultant also helps you to identify where to find such experts.

4. Schedule interviews
   If you are searching for hiring dedicated developers with any of the companies, it is crucial to take interviews with the developers.
   
   Prepare a set of questions you might think worth asking along with an onboard technical person to help you.

5. Check their work and reviews
   If you want to employ the best-dedicated developers for your startup, check out their previous work, client reviews, ratings, testimonials, etc. It is necessary to know about the kind of work developers deliver.
   
   Also, check out their domain expertise, knowledge of the latest tech updates, programming skills, framework and tools knowledge, etc.

6. Sign NDA
   One of the challenges in dealing with an outsourcing company is confidentiality and trust. Review the rules and NDA before initiating any development operations to mitigate security risks.
   
   Note that while employing dedicated resources for your startup, you have the authority to get a signed NDA from each expert.

7. Analyse hiring models
   Many companies are offering different hiring models according to your needs.
   
   Part-time based: In this model, your hired resource will work part-time (4 hours) daily. So the organisation makes a structured working process and allocates tasks to each developer within a time range to get the best output.
   
   Hourly-based: This is one of the ideal models for organisations that want to develop an app that has changing requirements. In this model, resources will work as you specify and based on the billing cycle. They also share a work log and timesheet to check and pay accordingly.

When to Hire Dedicated Developers?

1. When you need a specific skill set
   You might face a situation when specific app aspects need a specific developer with a specific skill set.
   
   In such circumstances, you can hire an offshore app development team that saves time and money and improves other software aspects.

2. Software development is a small-term project
   When you need to develop software for your startup on a small-term basis, hiring in-house teams is time-consuming and needs an investment that is worthless.
   
   At that time, you can consider hiring an offshore development team to complete your software development project.

3. Lack of time for a product launch
   In many circumstances, businesses need software developed within a short time frame to launch a product quickly among targeted users.
   
   In such scenarios, a software development company with a large developers’ team is a more suitable option.

4. A big team is needed for the execution
   As a startup, your software idea may be unique and requires skilled programmers to hire. Searching for professional developers with unique skills and generating a large team is time-consuming.
   
   To overcome this challenge, you should opt for outsourcing the software development tasks to an offshore development company.

What qualities to look for in Dedicated Developers?

• Their area of expertise
• Their past projects and portfolio
• Their overall software development experience
• Check out their project delivery time
• Ensure that the dedicated developers are tech-savvy
• They should proficient with the programming languages
• Make sure they have effective communication skills
• Check for their problem-solving skills
• They should have qualities of self-reliance and self-motivation

In a Nutshell

Whether you’re just starting up your business or running a well-established firm, it is necessary to be on mobile platforms.

Not just mobile, but your online existence and software functionalities should be excellent as well. These are the significant aspects for brands to persist and succeed in the ever-changing market.

Developing a software system is a long, tiring, and extensive journey. So app development firms hire dedicated developers services can help to create futuristic software and take your business to new levels in a budget-friendly manner.

Source: https://www.siliconithub.com/hire-dedicated-developers-for-startups/

Front-End Development – Best Frameworks to Choose for Highly Robust Solutions in 2023

The big brands in today’s competitive age are experiencing that being user-centric is the only viable approach to expanding a business. No matter how abundant and complex the background operations are, what your users notice and feel on the website or app needs to be impeccable. 

In terms of front-end web app development, JS (Javascript) has a thriving environment with tons of tools, frameworks, and libraries. But when you have many options to choose from, you get confused. It is a double-edged knife. 

Developers are still arguing about which one is the finest in the wide array of frontend frameworks as user experience is one of the most essential aspects. 

According to Statista, worldwide developers mostly used the below-mentioned web frameworks in 2022.

In this article, we will discover top frameworks that help you to develop robust solutions.

So let’s dig in.

Front-end Framework – Quick Introduction 👨‍💻

Front-end framework combines two different terms: Front end + Framework. 

Front-end is the visuals/look and feel of a website or web app. It is the portion of a website through which any user can interact. 

A framework is a platform to build apps that offers a base on which software systems can be developed. 

Thus the front-end framework is a software package that offers pre-written or reusable code modules and standardised front-end technologies. Ready-made interface blocks simplify the front-end development process.  

When you use a framework, you have a chance to build sustainable web apps without writing code for each functionality/utility from scratch because of the development tools in a framework. Almost all front-end frameworks leverage JavaScript as their source language. 

Why is it Significant

The idea of building a new software system is thrilling, but the main challenge is selecting a proper front-end framework. 

Many things have changed during the past years in terms of the front-end ecosystem. Fresh concepts are evolving and helping to develop web applications. 

Even though you have a big room for innovation and experimentation, you are at times unsure about what framework and library to select.

Some organisations choose one technology over the other while some of them opt for vertical consistency. Contrary, some might search for the team’s key strengths. 

Choosing the front-end framework is a one-shot deal. Here we have mentioned some of the factors you should consider while opting for the front-end framework. 

• Server-side rendering
• Mobile development support
• Flexibility
• Future support for network
• Productivity and performance
• Security
• Documentation 

Advantages of Front-end Framework 👍

Simple and quick to get started

• Great for prototyping.
• Highly supportive of responsive design.
• Handy when you have to follow strict deadlines.
• UI components have a base style to be expanded.
• Consistent UI design for programmers who do not have enough design skills. It is good for documentation or intranet sites.
• The base styles remain overall.
• They offer a base development to get something up instantly for mockups/prototyping.

Appealing and out-of-the-box UI

• UI components have a base style to be expanded. 
• The base styles remain overall.
• Consistent UI design for programmers who do not have enough design skills. It is good for documentation or intranet sites. 
• They offer a base development to get something up instantly for mockups/prototyping. 

Reliable and tested code 

• Open-source code is extensively used.
• Built-in cross-browser compatibility will help you identify where it will work.

Easy availability of help 

• Front-end frameworks are used extensively. So it is easy to resolve common problems.
• Thorough documentation.
• Professional and free templates and themes availability.

Top Front-end Frameworks 

|1. ReactJS

ReactJS is a declarative, customizable open-source JavaScript library maintained by Facebook. It is used to develop simple yet fast and robust front-ends of web apps or websites. React is an easy-to-learn framework so businesses are more inclined towards using it. 

ReactJS has an active community that is highly supportive. Facebook uses React on Instagram and different parts of Facebook. 

ReactJS structures your UI into a set of tiny specific segments, each with its own individual state. So it is easy to build reusable components and test them. 

Significant Benefits 👍

• Fast rendering 
• Useful developer toolset 
• Improved code stability 
• Efficient data binding 
• UI-focused design 
• Easy to learn 
• Help to expand your tools and capacities 
• Unique abstraction layer 
• Helps to develop rich UI
• Enable writing your own custom components 
• Template designing would be easy 
• Uplift developers’ productivity
• SEO-friendly 
• Strong support from the community  

Limitations 👎

• The high pace of development
• Poor Documentation
• View Part
• JSX as a barrier
• Lack of proper documentation
• Non-vigilant focus on UI
• Incomplete tooling set

AngularJS is a powerful Javascript-based structural framework to develop dynamic front-ends of apps and websites. You can use HTML as a template language and expand HTML syntax to showcase your app’s elements briefly and clearly. 

|2. Angular.js

AngularJS offers data binding and dependency injection to mitigate lengthy coding you would otherwise need to write. Additionally, it all takes place within the browser, making it a perfect choice for any server technology. 

While using AngularJS, the developers can code client-side apps with the help of JavaScript in the MVC format. These apps are developed to perform on different browsers. AngularJS is used to build web apps that provide superior performance as well as are easy to maintain.  

Significant Benefits 👍

• Open source
• Easy to extend and test
• Automated data integration 
• Great MVC
• Google supported
• No Pre-requisite knowledge
• Scopes, Controllers, Templates, Directives, Services
• Easy to customise
• A single-page application (SPA)

Limitations 👎

• Less secure
• JavaScript-Based
• No specific way
• Memory leakage
• Not supported everywhere

|3 Vue.js

Vue.js is a progressive, declarative JS framework to develop the front end. It is progressive as it contains an adoptable ecosystem that can easily scale between a library and a full-featured framework. 

Based on the MVC architecture, Vue is focused on the view layer and offers a system that allows you to make changes to the DOM declaratively. So you do not have to worry about how changes are applied to the DOM and how the app’s UI is rendered. 

You can develop complex front-end web apps and websites that drive heavy traffic or any small-scale static websites. It is also one of the best choices for game app developers.  

There are many ways VueJS helps to add value to your project. 

Significant Benefits 👍

• Two-way data binding
• CSS extraction, hot module reloading, and linting
• Simpler API
• Virtual DOM
• CSS transitions 
• Full-stack/Authenticated apps
• Components 
• Modern Javascript and Babel 
• Easy to understand 
• Templates 
• Computed properties 
• Simple integration 

Limitations 👎

• Limitations in making use of the community
• Lack of plugins and scalability
• Lack of highly experienced experts
• Difficulties with mobile support and two-way binding
• Excessive code flexibility

|4. Ember.js

Ember.js is an MVVM (Model–View–ViewModel) model framework and open-source software. It is mostly used to build complex multi-page apps. It maintains the latest features without omitting any of the old features.  

EmberJS is a very tightly organised framework, and you have to follow its architecture strictly. It mitigates the customisation that you might leverage from other frameworks. 

It comprises a very elegant and mature control system for its platforms and tools that can be integrated with the new version of the provided tools. There is a strict direction about preventing outdated APIs. 

It is easy to understand Ember’s APIs and uses highly complex functionalities simply.  

Significant Benefits 👍

• No recomputing for every task as it enables the browser to perform similar activities together. 
• Any API of EmberJS enables modular and straightforward coding.  
• EmberJS is a completely loaded front-end framework. 
• The framework is stable as each of the elements has similar functionalities and properties. 
• EmberJS has properly defined constraints that will save you from complicating your app.
• The Handlebar is a Language used by EmberJS that enables easy understanding and reading of templates.  
• It also updates the template every time data gets added or removed.  
• The community updates EmberJS regularly and enables backward compatibility.  

Limitations 👎

• Tough to learn
• Highly opinionated
• Sluggishness in popularity
• Tight coupling with jQuery 
• Do not expect much customisation.

|5. BootStrap

Bootstrap is the widely accepted front-end web development framework that helps developers speedily deploy a feature-packed, responsive website/web app based on HTML5, CSS, and JS. 

Millions of sites globally use Bootstrap today, as it has an open-source model and is free of cost. Bootstrap provides everything needed to design simple yet robust solutions uniquely. You do not need to write a single line of code; just fill in the content.

Bootstrap includes typography, buttons, forms, navigation, and many interface elements like maps. Based on the template, Bootstrap can be expanded to include more.

As Bootstrap is a CSS and JS framework, it does not only offer interface components, it offers style and design components. On selecting a Bootstrap template, you can also select the font colours, styles, and sizes that you keep using in your entire site.

You can use a few resources for free when you need an all-in-one Bootstrap solution. With these templates, you can feel what Bootstrap can possibly do for you.

• StartBootstrap
• ThemeFisher
• BootStrapMade

Significant Benefits 👍

• Responsive
• Automatically resizes components and images.
• Grid-based
• Comprises major components
• Developed based on JS and CSS
• Easy customisation
• Thriving community
• Pool of templates

Limitations 👎

• If you do not have coding skills, you will get lost in Bootstrap. 
• Its naming scheme is quite confusing. You require time in advance to learn Bootstrap. It needs a lot of documentation as there is no way to sense what is there or what it is named.
• It may be less simplified than you expect. If you need to build a small, simple website, it is not an ideal choice.
• You will become highly dependent on it. Becoming highly dependent on it means you will never learn to design a site from scratch.

|6. jQuery

jQuery is a faster, smaller, and fully featured JS library. It simplifies HTML document traversal and manipulation, animation, event management, and Ajax with a user-friendly API that works on different browsers. 

jQuery has changed the way developers write JavaScript by offering flexibility and expandability.

jQuery has been a boon for web developers, whether they are experienced or newbies. The use of jQuery has tons of benefits compared to other JS libraries or the raw JS itself, but it also comprises negative points that need your focus if you want to build a website or app with jQuery.

Significant Benefits 👍

• Ease of use
• Large library
• Strong open-source community
• Great documentation and tutorials
• Ajax support
• Faster
• Popular
• Cross-browser support
• Extensible
• Animations

Limitations 👎

• Limited functionality
• JQuery JS file needed 
• Need knowledge of CSS
• Not suitable for complicated projects
• Debugging challenges

|7. Svelte

Svelte is an open-source and robust, front-end JS framework that helps develop highly interactive web apps and web pages. 

Contrary to standardised component-based frameworks like React, Vue, Angular, etc., Svelte takes the development of user interfaces to the next level. Many programmers are keen to learn how to build intuitive UI with Svelte. 

One of the key objectives of Svelte is to aid developers to build reactive apps.

The Svelte app components like HTML, CSS, and JS files are merged into .svelte files, the DOM is in sync with an app state, apps are compiled into small, framework-less JS at development time, and it can help to build standalone apps, or be used in combination with another app. Everything merges to develop fast JavaScript apps.

Significant Benefits 👍

• Compiles apps to efficient vanilla JS
• Mitigates the overhead
• No need to use virtual DOM
• Easily usable 

Limitations 👎

• IDE support
• Not many Svelte development tools
• Small open-source ecosystem
• No cross-platform

In a Nutshell

The process of front-end development is advancing with each passing day. With such a revolution, the development trends have experienced a major transformation when it comes to,

• Code
• Script
• Integrations
• Development approach
• Deployment
• Platforms

By now, you will have different framework options for front-end development. Opting for the right front-end development framework is essential to build user-centric solutions. 

Among all the frameworks existing in the market, each one has opportunities and obstacles to offer. We as a leading web and mobile app development company understand this dilemma, and that is why we mentioned some of the best frameworks.  

Assess each one of them according to your front-end needs, and choose wisely.  

Source: https://www.siliconithub.com/front-end-development-best-frameworks-to-choose-for-highly-robust-solutions-in-2023/

React Native App Development – How much does it Cost?

Nowadays, we all find ourselves surrounded by leading-edge technologies that are offering ever-evolving opportunities to organizations from each corner of the world.

Whether it is a small/large-scale business, technology is dominating the field.

The Statista anticipates that revenue of almost every sector will boost over the next few years and generally will grow approx 613 billion U.S. dollars by the end of 2025.

That is the reason almost every business owner wants to bring their brand to the mobile device. 

But when brands come to the market for new mobile app development, they get surprised by the upfront cost that generally starts from $38,000 to $171,000 and increases to any level. 

It was a little while ago when app development for Android and iOS platforms needed two completely different native apps or built a hybrid app through an HTML5-based framework. The drawbacks were that it costs high and has some usability issues.

The good news with mobile apps developed using React Native framework is that they are not only cost-efficient, but you can also build cross-platform applications.

In this article, we will drill down on how much React native app development costs and other facets that play a crucial role in identifying the overall expenses.

So let’s dig in.

What is React Native exactly? 

React Native is an open-source framework that helps with mobile app development. It has been introduced and backed by one of the renowned brands Facebook. 

As React Native offers an extensive range of tools and widgets to build iOS and Android solutions, programmers can save almost 40-90% of development time. Additionally, with the code-reusability feature, it is possible to save costs, time, and resources.

React Native blends cutting-edge yet traditional approaches for app development and is based on JavaScript. It is adopted by leading brands like Facebook, UberEats, Walmart, Airbnb, Instagram, and Tesla, and leverages millions of Users.

Here you can see React Native is one of the widely used frameworks by developers in each corner of the world from 2019 to 2021.    

Reasons Businesses use React Native Framework for the App Development 

|1. Code sharing and cross-platform 

There is no need to spend more on resources as React Native enables cross-platform app development. Developers can create apps using a single codebase for different platforms. Engineers only need skills, without depending on varied technologies.

|2. Less workforce 

Unlike native app development, React Native requires fewer resources. A project manager, a UI/UX designer, two/three developers, and a quality analyst are enough for a project. But, when it comes to native app building, it is necessary to double the workforce.

|3. Mitigated Expedition Time 

React Native developers develop apps for various platforms with a single codebase. So, it mitigates expedition time and makes it cost-efficient.

|4. Inbuilt components and code reusability  

Developers can use up to 90% of the same codes between different platforms’ app development, thus saving tons of time and costs.

|5. Easy-to-understand User Interface (UI)   

Entrepreneurs leverage the flexibility and user-friendliness of the React Native framework. They want the same for their app users as well. React apps are flawless, faster, and responsive.

|6. Community support   

As React Native is open-source, the community has access to React Native’s documents freely. The big advantage is the active support from a universal community for any of your development issues.

|7. Hot reload    

The React Native framework facilitates programmers to save time in project development because they can perform instant tweaks in the code and on-the-go reflect it without any file downloading.

|8. JavaScript

When developers use React Native, it is essential to leverage JS – The faster-growing and adopted programming language.

|9. Easy updates execution 

Programmers update the app without downloading it, ultimately saving time.

How Much Does React Native App Development Cost?

If you are a startup or a business owner who is running out of budget but needs to develop an app that works on a different OS, then React Native is one of the best options available in the market.

Similar to other app development cost calculations, it is difficult to identify the precise React Native App development cost. It majorly depends on the app’s complexity and the business demands. Still, hourly charges usually start from $15 to $25+ per hour in India when it comes to React Native App development. 

Still, the per-hour hiring cost of the developer can be different according to their skills, experience, and location.

When looking for cost-effective React Native app development, India provides the best and budget-friendly services. But it does not indicate that you have to compromise the quality. India has a pool of talented developers, who work for your ideas at competitive prices. 

How much React native app development costs you in real life?

• Hourly Rates of React Native Developer In North America:
  Junior developer: $40 to $80
  Senior developer: $100 to $150
• Hourly Rates of React Native Developer In Latin America:
  Junior developer: $30 to $50
  Senior developer: $50 to $80
• Hourly Rates of React Native Developer In Australia:
  Junior developer: $50 to $70
  Senior developer: $70 to $95
• Hourly Rates of React Native Developer In Asia:
  Junior developer: $18 to $40
  Senior developer: $40 to $80
• Hourly Rates of React Native Developer In Europe:
  Junior developer: $40 to $60
  Senior developer: $60 to $100

Factors that affect the React Native App Development Cost Estimation 

Similar to any other mobile app development, the ultimate cost is highly varied based on different factors. So let’s drill straight into those factors. 

|1. UI/UX design of an application 

The app’s look & feel, and performance make a significant difference in terms of the app’s success and overall development cost. Any app’s design comprises UI (User Interface) and UX (User Experience) that keep users involved with your app for the long term.

An application that ensures smooth screen shifting from one to another ensures superior user experience and compelling user flow.

The designs of the app screen and the customer’s experience are directly relevant to the app development expenditure. React Native provides various User Interface components that let you design easy-to-understand and elegant solutions without coding from the start.

|2. Complexity and functionality of an application  

If you’re looking for an estimation of the overall time and budget needed to conclude your project, note that it is majorly dependent on the app’s features you want to add and how complicated they are. The functionalities, uniqueness, and complexity can boost the cost.

A decent app with an MVP is low-cost and concluded within less time. On the other hand, a complicated app that includes advanced features needs extra time and costs more.

That is the reason apps are categorised into three categories integrating high, medium, and low complexity. Additionally, the app’s complexity depends on the below-mentioned aspects:

• In-App Purchase: With more in-app purchase choices, the more complex your app will be.
• Building Admin Panel: if you want to include more features in the admin panel, the app intricacy will rise and thus the cost.
• Deployment Architecture Model: When it comes to an app’s backend development, companies have two options: BaaS and Custom. With a custom option, clients get their app architecture. Conversely, a BaaS option works with ready-made backend architecture.
• Third-Party Integration: For easy-to-use app development and smooth interaction with other apps’ functions, it is recommended to integrate third-party modules. This integration is quite complicated with react native compared to Native app development.
• Legacy Integration: It depends on the app type you want to build. Determine if you need integration with an enterprise solution or individually perform without any integration. By default, any app type belongs to a medium-high level of complexity.

|3. User Validation  

If you develop your React Native app without a login/authorization feature, it will cost you less.

However, if you want to include user validation, the cost would be slightly higher than the applications that do not require any role-based authentication. 

|4. Maintenance of an application   

The app development cost does not stop after an app launches. It needs constant updating for users’ requirement maintenance. It will improve user involvement and retention. App maintenance comprises, 

• Regular application updates
• Design modifications
• Resolving application bugs

The cost assumption of app maintenance is calculated yearly as 20% of the overall app development cost.

|5. A team size of an application development 

Getting in touch with an expert app development firm for a project is significant when you invest enough funds. It will cost little if you deal with a medium-sized/less-experienced firm. Therefore, experience is a key factor that decides the cost. 

Additionally, if you are in chaos selecting between development firms and freelancers, opt for a firm when you want to conclude a project within a stipulated time frame. Firms are proficient and deal with complicated assignments within a deadline.

|6. Category of an application 

An application’s elements such as functionalities, real-time users, and safety factors decide under which category the app will reside. If there is more complexity, the app development cost will increase.

For example, an independent app such as a calculator or timer will not cost you more than any eCommerce or food delivery app.

|7. Distribution of an application  

While estimating app development cost, also focus on app distribution cost.

Both Play Stores, Google, and Apple cost $100 when it comes to a developer’s license. Additionally, you may also need the host’s approval for security policies.

|8. Hardware  

The app’s complexity increases when it relies on the hardware.

For instance, to build an IoT application through React Native, it is necessary to invest more than in any other native app development.

|9. Development firm’s location   

The app development company’s location is also significant in deciding app development costs.

You can find app development companies in the USA and Australia that cost you more compared to Easter countries. Thus, you may opt for an outsourcing option that costs you less.

|10. Add-ons to an application   

React Native lets you build highly appealing and intuitive applications. If you still want to create user-focused solutions, you can provide add-ons or incorporate your app with social platforms.

However, the tailored add-on integration of an app can increase the cost. So, the add-on integration is completely dependent on the customer’s needs and choices.

In a Nutshell 

React Native is the widely adopted open-source framework and suits the best when the budget is an issue. The development cost would be less, and it strictly relies on different factors.

The above-mentioned factors are influential and need to be focused on while choosing a favorable framework and searching for a React native development company.

Estimating the precise cost of any app is almost impossible, therefore the hourly development cost is considered to assume the cost.

Source: https://www.siliconithub.com/react-native-app-development-cost/

Why is Wireframing Important in Web and Mobile App Development Projects?

Designing and developing websites and mobile applications that work flawlessly is one of the significant tasks. Wireframing forces everyone to reassess how we define our website and mobile app development strategies. 

These days, custom software development companies hardly ever initiate a project without going through some wireframing. However, many clients do not want to see a wireframe. It is still significant to build a wireframe internally. As it aids designers and developers to stay on the same page. 

Understanding Wireframing 📰

Wireframing is all about making a blueprint/schematic that aids designers and developers in thinking about the app and website structure. So we can say that wireframing is the procedure of building a two-dimensional app/website outline.

The outlines are known as wireframes and let you view functionalities, information architecture, user flow, and page layout/structure. As most wireframes showcase the starting concept, additional aspects like colour, graphics, etc., are less noticeable.

Website Wireframe

iPhone UI Wireframe 

You can create wireframes digitally or draw by pencil on paper. They are familiar to encourage stakeholder consent before an interface is assigned to the programmers to be developed. 

There are three types of Wireframes

• Low-fidelity: Low-fidelity serves as the designs’ beginning point and delivers user-friendly visual representations generated without a scale or pixel accuracy sense. They are inclined to be ancient and eliminate information/data that could be a disturbance. These wireframes help when there is more than one product concept, and the graphic designer wants to identify the one to follow.

• Mid-fidelity: These wireframes are widely used to represent a more precise picture of an application/website. They showcase elements with extra information to differentiate but they still exclude possible distracting components. For instance, different tones of black & white may be used to offer visual importance to particular components. These wireframes are usually generated through digital tools like Balsamiq or Sketch.

• High-fidelity: These wireframes include fully informed, pixel-specific layouts, imagery, and written content. It is highly suitable for complex projects like interactional maps or menu systems. These wireframes are leveraged in the last phase of the app/website design lifecycle. 

What do wireframes actually show? 

Wireframes display:

• Each important system screens
• The significant content and its prioritisation  
• All the components and widgets added on every screen
• How end users interact with the app/website
• Interrelation of screens with one another
• How the app/website will perform 
• The fundamental navigational components 
• Object categories
• The order of the screens
• Potential actions
• Visual branding components 

Why are Wireframes Important? 👍

When you might want to overlook wireframing and start the actual development directly, it is suggested to not do it! Wireframing aid to avoid different unexpected barriers and often save thousands of dollars in development costs.

|1. Comprehend your use cases thoroughly 

Providing enough time and making needed efforts for wireframing offers a clear vision of every step of the app planning and development process. So you can allocate your resources to the most valuable components and sharpen the vision.

The only genuine method to get this sharpness in the initial phase is by having a clear definition of app/website use cases. You can use them to deal with all future decisions, development, design, updates, messaging, etc.

Using wireframes, you can resolve these questions:

• How does an app/website solve an issue or ease pain points?
• What is an objective (or multiple objectives) an app will help to achieve?
• What is the USP of an app/website?
• How do different use cases relate to each other and work together toward the same purpose?

|2. Walk in your user’s shoes 

Wireframing lets you think about the context and the inspiration behind your users’ activities so that you can adjust according to them.

With wireframing, you deal with a document that is easily adapted. You will get a unique opportunity to effortlessly assess and define the most common users’ conditions.

For all these contexts, assess the process, limitations, and app’s utility and capacity to address users’ requirements with fewer or no friction points and additional steps.

Your users’ viewpoint and their immediate context are highly significant. Wireframing will aid you to simplify your user journey:

• What is the immediate context or numerous contexts that the user will discover themselves in while using an app?
• How can this context, merged with that objective, get improved from a viewpoint of the app’s home screen and the instant initial actions?
• What is the ideal time users take to accomplish the goal according to context? Is it possible to indicate success based on longer/shorter in-app time?

|3. Optimise the hierarchy and number of screens

Today’s users generally need information within seconds. Mobile apps need to be efficient, and websites should be informative.

Multiple screens per session show that your user is facing difficulties to discover what they are searching for. Maybe your imagined path is not that clear and intuitive, or maybe your users prefer a different action order from what you anticipated. Similar circumstances frustrate users as there are more steps to follow to accomplish their goals.

Wireframing can aid you to understand how your users see the app/website. The transition among screens would be simple and easy to understand, so users prevent annoying situations. 

Most significantly, you perform all this before initiating development or design. You can deal with screen flow, content and layout challenges at the stage when it costs you virtually zero to implement the crucial modification. 

Wireframe help you resolve the below-mentioned questions regarding your screen flow:

• What is the ideal user behaviour in your app/website?
• Will a decent user experience be considered through longer/shorter in-app time when it is significant to access detail quickly?
• How many screens should a user see before accomplishing their objective?
• What is the categorisation and order of menu items and their subitems to mitigate redundant steps?
• How to make intuitive navigation?
• Which elements can be removed for a better user experience?

|4. Use excellent design and mockup resources more efficiently 

As wireframes comprise all the essential app components like menus, buttons, CTAs and fundamental features, they are still uncovered from complicated design components and only focus on the app’s schematic.

It saves time as no coding or designing is required at this stage. Because wireframe represents how an app/website will perform instead of how it will look like. It is simple to move between the core components as no design or code changes are required. 

Once the basic wireframing is prepared, you can involve expensive resources like programmers, copywriters,  graphic designers, and other teams to get engaged to work on the app prototype.

Wireframing enables improved resource distribution or is just faster overall. You can move quickly and offer teams a clear picture in advance of what you are trying to accomplish with the app/website.

|5. Test multiple wireframes to discover the ideal flow

In the initial phase, any feedback from the users is precious.

For every use case, you should test multiple wireframes like button position, menu layout, etc. It will help make essential changes at the initial stages compared to later when there will be developers and designers getting engaged.

You can improve testing purposes and leverage the potential to validate different functional flows. 

Multiple wireframes help to implement changes in the visual hierarchy, name of the labels, navigation structure, tabs and buttons, size, positioning, etc., that might impact the user experience and make initial testing more meaningful.

More number of wireframes will aid resolve the following questions:

• Which components and features impact user experience?
• When multiple versions of these components look logical, which few will be suitable for the end-users?

|6. Integrate visual branding and animations

In today’s ever-evolving competition, the app/website presence as well as visual branding is significant. Visual components like logos, pictures, taglines, and more are essential and require constant access throughout the websites and mobile apps.

Wireframes aid programmers develop branding components based on users’ suggestions. It helps them to choose the most suitable design based on app/website needs. 

It is highly significant for business apps/websites as the designers get a clear concept of what sort of component needs to be added to the screen. 

If we talk about animation, it is crucial for any gaming app/website. Wireframes help developers take action for display and the level of animation needed to add to the app or website. It aids in generating proper interactivity and improves the navigation structure of the entire app/website.

Things to consider while creating wireframes 

Here we have mentioned some of the tips that helps you to make better wireframes:

1. Keep your wireframes simple as simplicity and speed are the key aspects of wireframing.
2. Implement a grid as it makes a structure for the layouts. Every good leading-edge app/website is created on a grid. So ensure you use one in the wireframes as well.
3. Create brief and sharp annotations as teams go through the wireframes more than any other document. So it is recommended to include some annotations. Do not go too far. Keep them short and relevant.
4. Encourage feedback from your team members while sharing your wireframes. It helps a lot to build better wireframes. 

What are the benefits of Wireframing?

• Visualise the app/website structure clearly
• Push usability to the front
• Clarify the features of the interface
• Help to improve navigation
• Make the design process iterative
• Save time, costs, and resources
• Make content development highly effective
• Make changes efficiently
• Deliver a superior user experience
• Keep clients in the loop

Tools to use for making wireframes 

It is obvious that you can create wireframes by just drawing by hand on paper. But there are the best wireframe tools that help you with professional wireframing. Have a look. 

1. Axure RP
2. Photoshop CC
3. Balsamiq Mockups
4. UXPin
5. Mockplus

In a Nutshell 

A good wireframe streamlines the future app’s visual concept. But they also have the potential to break a project if not created adequately. It aids to develop a pattern format of the desired app/website that includes the needed features and functions. 

It helps to understand the functionality and design of the app or website, which is its ultimate advantage. It enables clients, developers, and designers to comprehend app/website structure without being distracted by colours/graphics.

Although wireframing takes some time before the actual solution development, it is always preferable to build a perfect wireframe and later begin with the development process. 

Source: https://www.siliconithub.com/importance-of-wireframing-in-web-and-app-development/

Build vs Buy Software – How to Make the Right Decision?

Build software vs buy software: which one to choose for a startup? 

It is a common question for startup founders. They find it quite challenging to decide between both options.  

The booming demand for different software applications to boost and streamline business activities using modern technology is expected to support market growth. The app development software market size was estimated at USD 131.4 billion in 2020 and is anticipated to grow at a CAGR of 24.3% from 2021- 2028. 

When it comes to leveraging advanced technology solutions, should you develop them with the help of an in-house team or purchase them off the shelf? 

It is pretty necessary to solve this query. There is no best answer, and usually, it is not an either/or choice. The right decision is to do a little bit of both. 

You and your team have individual goals, challenges, and skills. Identifying which path to choose needs analysis of your existing situation and assessing the options against different criteria. 

While there will be pluses and minuses connected with the Build software vs buy software choice, leveraging a powerful framework will help your team to succeed.  

So, where to start and how to choose the best option? 

Making the right choice depends on five key considerations. Let’s explore it first.

Key considerations to making the right choice

|1. The problem that you want to solve

It is necessary, to begin with, a clear and precise definition and understanding of the issue that you are trying to figure out. The conventional strategy will help to develop technology solutions that resolve core organisational issues and generate unique competitive benefits. 

In today’s automated era, marketers from different industries and regions want to discover fresh approaches to connect with their customers, whether it is through mobile, web, email, or similar other channels. 

|2. The in-house expertise

It is essential to be realistic about what is achievable. In today’s age offering and supporting software that addresses the needs and competitors of current solutions is a tough nut to crack. It needs dedicated workforces with specialised abilities. 

• On the bandwidth side, you might require freeing up a resources team having experience in dealing with feature detection, development, training, testing, documentation, maintenance, and any additional significant activities. 
• On the knowledge side, along with usual product development, compliance, and training abilities, you will require manpower with know-how on the latest mobile (iOS, Android) and web development standards. 
• On the support side, you need to set up processes to manage bug fixes, deal with new feature requests, and comply with the maintenance of existing OS regulatory changes.

Obtaining or freeing up employees can be pretty challenging. It is one of the key reasons organisations opt for a custom software development company. 

With them, they can rest assured that there is a fully-staffed team of expert developers, designers, managers, support, and customer service specialists who focus on building software and maintenance. They fulfil their evolving needs leaving room for future expansion.

|3. The costs

Every team has a predefined budget, and success depends on keeping up with the budget. Teams fail to focus on hidden technology costs. 

When you consider buying software solutions, it is much easier to baulk at upfront costs since they are specifically rated and packaged by the solution provider. With building software, things might get highly blurry. Along with the initial development and hosting expenses, many costs lie under the surface. 

Here are some of the familiar hidden costs that occur when you opt for in-house development. 

• Technical Debt: With a tailor-made solution, you want ownership for the long term. It means calculating time and money to deal with further code changes, knowledge base and internal team updates, and even struggling with extra storage and infrastructural expenses.
• Time to value: Building software is a lengthy and time-consuming procedure. There is a cost with waiting until development gets finished before users can start using it. It also boosts rapidly with the software complexity.
• Opportunity cost: It is the cost regarding what your team has developed in the time spent on the specific software solution. If developers are not spending enough time developing software for marketers to send individual messages, what are they developing, and how do they bring the business forward?

|4. The timing

Next, focus on timelines. Even basic in-house software gets developed within a short time frame. Large custom development software is generally inclined to delays and overrun schedules. 

If you want to accelerate time-to-market, buying software helps you execute quickly. The result is less time to get working functionality and more time to customise, optimise, and accomplish quick wins.

One of the best ways to keep pace with the timelines is to focus on requirements gathering and cross-functional alignment in the initial phase. Even though it may not be the most thrilling aspect of the to-do list, it will pay off in dividends. 

Working based on clearly defined requirements will help prevent you from pushing the dates further out.

|5. The needed flexibility

You need to focus on addressing today’s requirements along with keeping an eye on the future. There will be software that supports your needed use cases. What is important is that you not only focus on present-day needs but also consider the long-term impact of your decision.

Opting for the buying software option means giving up on a control level. Different software aspects such as uptime and performance, integration, error fixing, and the entire product roadmap control by the software provider.

On the other hand, building software in-house does not always provide wide-ranging flexibility and innovation. Development turnover, changing priorities, and emerging complexity and technical debt may tie down your team to an in-house solution, and the shifting expenses might be even higher.

You can purchase off-the-shelf software to begin and execute faster and leverage flexible APIs, interfaces, etc., to further develop and innovate on top of that software. 

In-house Software Development 

Building software means your internal IT teams create the entire project. It needs reallocating manpower from another project and team reorganisation. When you lack resources in your firm, insourcing means you need to hire a new workforce.

The main reasons to opt for in-house development are:

• To control decision-making and the capability to move faster and accurately.
• To balance in-house and outsourced services with existing business goals, for example, offering a platform to foster talent.
• Integration plans can add a fresh sourcing approach or build custom software.

Purchasing off-the-shelf Software 

Buying software refers to contracting a specific project or an overall organisational activity to an external service provider who is an expert in the relevant service. Each problem has different solutions and software, outsourcing models.

The main reasons to opt for development outsourcing are:

• You can access specific skills and knowledge when you outsource your project. Outsourcing partners have specialised proficiency and well-trained talents that might not be available in your in-house team. 
• You can leverage flexible team capacity and extensibility. You can expand a team to address deadlines without any financial commitment to recruiting in-house talents. After project completion, you can shift back to an in-house team.
• Needed project skills and proficiency might not be your company’s primary focus. So it is better to stay focused on your core competencies and outsource your project needs.

You can buy software when,

• The software system is not the core of your business.
• You have no sufficient technical knowledge to deal with a complicated software development project. 
• You have a plan and want a quick deployment in the market.  
• You have a budget and require a cost-effective system.

You can build software when,

• You need to build unique features for your website/app.
• You want to address the needs of a particular set of functionalities.
• You have the right team of skilled professionals to manage the entire project.
• You want to sell your software system as a product.
• You can spend enough time with the software development process.

In a Nutshell

Making the best choice between building in-house software and buying off-the-shelf software can be highly complicated.

You need to ensure an in-depth evaluation of different aspects such as management, maintenance, monetary expenses, opportunity expenses, and time to value. Equipped with this information, you can make an informed decision for your organisation.

Source: https://www.siliconithub.com/build-vs-buy-software/

Best SaaS Ecommerce Platforms to Leverage for your Online Business

Without any doubt, the opportunities of online selling have aided tons of organisations to earn more and expand successfully. 

There are many benefits of e-commerce such as digital marketing, online money transfer, mobile commerce, etc., that can help your business to excel. 

Offering high-quality outcomes is one of the key value propositions of SaaS (Software-as-a-Service) e-commerce companies. Partnering with the right eCommerce development company can help you create and deploy a customised online store.  According to Statista, in 2021, global retail e-commerce sales were approx 5.2 trillion U.S. dollars. It is forecasted to expand by 56 % in the next few years, reaching 8.1 trillion dollars by the end of 2026.

There are many service providers in the SaaS market. Here we have mentioned the top platforms that you can leverage thoroughly. 

So let’s start exploring. 

Top SaaS Ecommerce Platform 

|1. Shopify Plus

Shopify Plus is a fully customisable platform that delivers high-speed performance anywhere with worldwide dual content delivery networks. It offers unlimited bandwidth and web hosting without any additional costs. 

You can manage how your brand appears with the help of tailor-made online stores and checkout with a user-friendly editor or direct code access. 

There are more than 6,600 apps in the Shopify app store, 195+ Shopify plus partners, and 50+ Shopify plus certified apps. You can start selling within 90 days or less than that with the Shopify Plus platform. 

Highlights 

• Global content delivery network
• Cloud-based infrastructure
• Lightning-fast global servers
• Automatic platform updates
• Flexible customisation
• Integration and extensibility
• Security and Compliance
• App and partner ecosystem
• The lower total cost of ownership
• Platform migration

|2. Adobe Commerce (Previously Magento)

Adobe Commerce has powerful tools to let you confidently launch, control and scale your business. You can host different instances on a single platform and deploy them on the cloud, while native integrations with Adobe products for better personalisation.

Whether you are a B2B ready-to-go D2C (Direct to Consumer) or a B2C dealing with multiple brands in various languages, you can control different sales channels and brands and grow into new countries from a single platform, and that is Adobe Commerce.

Adobe Commerce is fully scalable and expandable. With its modular core and headless abilities, you can integrate modern technologies. So you can reach across ever-expanding networks.

Highlights 

• Sell anywhere
• Manage a nd deliver
• Measure and optimise
• Scale and support
• Payments and Financing
• Better shopping with the help of AI
• Operational confidence with back-end efficiency
• Multi-channel commerce 
• Intelligent commerce 

|3. Salesforce Commerce Cloud

Salesforce is one of the popular CRM platforms that help your sales, marketing, commerce, service, and IT teams work concurrently from anywhere with Customer 360. It is an all-in-one platform that powers the complete suite of connected apps. 

With Customer 360, you stay focused on your workforce and what is essential right now: establishing your business, resumption, and offering superior customer experiences.

More than 150,000 organisations (Big and Small) are extending their business with Salesforce. When you use Salesforce, you are joining an active, big community of more than 10 million innovators, disruptors, and community shapers. 

Highlights 

• More productivity with custom processes and automation
• Improved communications and equipment management
• Build a single source of truth for optimised, personalised marketing
• Better engagement for loyalty members
• More profitable transaction
• Reduce service costs
• Insightful analytics and loyalty management
• Drive efficiency with automation, AI, and easy insights
• Automate easily with low-code tools
• Scale fast with security and governance
• Connect data faster from any system

|4. BigCommerce

BigCommerce helps merchants with extended sales at each growth stage, from startups to mid-market companies, to large-scale enterprises. 

As a widely accepted Open SaaS solution, BigCommerce encourages merchants to develop, innovate and expand their businesses online. 

With its scalability and robustness, BigCommerce and its supporting partners build a custom-made solution that streamlines backend complications, delivers a high-end product, and improves the customer journey to expand into new markets.  

This Open SaaS solution melds the best of SaaS and API-enabled transparency and flexibility, to give you the enterprise integrations and tools that aid with quick customisation.

Highlights 

• Storefront Design
• Storefront Conversion
• API-Driven Commerce
• Headless Commerce
• Sell Everywhere, With One Platform
• Cross-Channel Ecommerce
• B2B
• International
• Smart Ops, Smart Scaling
• Core eCommerce Features
• Open Platform
• Security & Confidence
• Reliability & Security
• Ecommerce Expertise

|5. Woocommerce

WooCommerce is a customisable, open-source eCommerce solution created on WordPress. Get started now. The company started with WooThemes and chose to focus exclusively on eCommerce. Today, WooCommerce encourages small and medium companies to develop customised stores based on their unique needs and sell online.

You can set up a new store quickly by adding the WooCommerce plugin to any WordPress site and leverage secure payments, configurable shipping options, and more. Add features and functionality to your store with official extensions.

Build products, process orders, and view key stats in real-time through WooCommerce Mobile App. The platform is developer friendly, too. It is developed with a REST API, is scalable and integrates with virtually any service. 

You can design and develop a complex, large-scale store from scratch, expand a store, or just add a single product to a site according to your needs. 

Highlights 

• Everything You Need to Start Selling Online
• Customise and Extend
• Run Your Store From Anywhere
• Power Up Your High-Volume Store
• Develop Without Limits
• Learn With a Global Community
• Hire a Trusted WooCommerce Expert

|6. Wix

Wix enables businesses to get online with a personalised, professional web presence. Whether you are using it for the first time or you are an expert, you will get the features and functionalities you require to develop a feature-rich website with higher flexibility. 

Our worldwide users, open SDK, and unique design abilities generate an unparalleled ecosystem. Partners, developers, designers, and other online professionals can market their applications and services to millions using the Wix platform.

No matter if you are an entrepreneur, musician, designer, restaurant owner, developer, photographer, etc., you will get special features to build a professional website and deal with your business operations.

Highlights 

• Wix Editor
• Wix ADI
• Velo by Wix
• Professional Features for Your Website
• Wix eCommerce, Bookings, Blog, Music, Photography, Video, Events, Restaurants
• Features to Promote Your Website

|7. Zoho Commerce

Zoho lets you design and develops your online store with the drag-and-drop builder and professional website templates. You can save spending on development and start selling rapidly.

It is easy to deal with different business operations such as order management, product catalogues, shipping integration, payment gateways, email automation, SEO, and more.

You can involve your customers using the same dashboard and convert website visitors, boost purchases, and retrieve lost sales. It will let you make more informed decisions with leading-edge reporting and analytics facilities.

The platform incorporates all the relevant marketing, sales, and finance applications within the Zoho suite, enabling business operations to scale with your growing sales.

Highlights 

• Design a custom storefront
• Manage store operations 
• Market your store 
• Integrations 
• Template 

|8. Instamojo

It is a platform that makes your online selling easy with online stores and landing page solutions to help them build an identity online. You can set up its e-commerce website builder easily which has features like automated shipping, payment gateway, marketing tools, etc. 

If you are looking for a one-page website with a payment button, you can leverage its Smart landing page builder. It also lets you execute ads, gather leads and much more. 

To collect online payment securely there are more than 100 modes in one link. You need to share the link on an email, WhatsApp, social media, or SMS to receive payment anytime, anywhere.  

Highlights 

• Store setup
• Product & order management
• Landing page
• Shopping cart & payments
• Marketing tools
• Apps & integrations
• Domains & emails
• Analytics
• Shipping & Integration
• Dedicated support

|9. Printify

Printify is transparent and one of the best print-on-demand platforms that makes it effortless to deal with different print providers globally to fulfil and send your products to your customers.

The platform provides some of the budget-friendly prices in the industry as print providers keep competing to win business. You can easily control peak holiday seasons, with the extensive network of partners and automatic routing. 

With 750+ products and big brands, you have multiple options to choose the best products for your organisation.

Highlights 

• 750+ high-quality products
• Custom API integration
• Large global print network
• Free mockup generator
• Round-the-clock support
• Manual order creation

|10. Big Cartel

The platform makes it simple to develop unique online stores for artists and makers that help them to sell their work and run a creative business.  

A million creators are selling their art, prints, t-shirts, clothing, jewellery, merch, and other weird and wonderful stuff with the Big Cartel platform. You can customise one of the free themes to set the appearance of your store or get into the code to make a unique design. 

You can manage your store, attain orders, upgrade products, view stats, and execute promotions from any device. 

Highlights 

• One image per product 
• Sell online and in person
• Use a custom domain 
• Shipment monitoring 
• Sales tax autopilot
• Free customisable themes
• Real-time stats
• Offer discounts and run promos
• Product option groups 

|11. OpenCart

Opencart is a user-friendly, robust, Open Source online store management platform that can deal with different online stores from a single back-end. There are multiple professionally-written extensions to tailor-make the store based on your requirements.

An OpenCart store can be ready to receive orders just after setting up. You need to install it, choose a template from the different free/low-cost template sites, add product descriptions and photos, go through a few settings, and you are all set to start accepting orders. 

The OpenCart’s public side or “Storefront” looks professional and ready to sell as soon as it is set up.

Highlights 

• Administrator Dashboard
• Unlimited Categories & Products
• Easy find – Easy buy
• Comprehensive payment gateways
• Easily extend the functionality
• Responsive & SEO friendly
• Marketplace for third-party extensions
• MVC-L architecture

|12. WordPress

WordPress is a platform that lets you build a site, sell your stuff, start a blog, and so much more. You can create any website without code, manuals, and any limits. You will get the potential for a better site and a bigger and better audience. 

It provides thousands of easy-to-install add-ons to help you never outgrow a site. Gather leads, generate contact forms, make subscriptions, auto backup a website, and a whole lot more. No matter what features and functionalities you need, you will find a WordPress plugin for the same. 

If you want to share your ideas, run a store, or start a business, WordPress lets you do anything you are aiming for.  

Highlights 

• Dozens of themes
• Mobile-friendly
• Upload or embed media
• Built-in social sharing
• Search engine optimised
• Fast, friendly support
• Mobile and desktop apps
• In-depth Jetpack Stats
• Tell your story

In a Nutshell 

Ecommerce solutions are exceptional platforms businesses can use to grow their presence in each corner of the world. Indeed, many retailers have leveraged handsome rewards by using online eCommerce platforms. 

They encourage all retailers to serve global audiences across the country. Now, many shop owners are growing beyond their local markets. 

The great thing is that these tools are now accessible to even the smallest companies and startups. With the evolving field, modern vendors have emerged that offer digital customer experiences.  

All retail businesses are now embracing automation, which is the key to retail success in the marketplace. 

Source: https://www.siliconithub.com/best-saas-ecommerce-platforms/

JAMstack for Web App Development – Why should you choose it?

JAMstack has transformed the way we think about web development by offering a simple developer experience, improved performance, mitigated cost and more scalability.  

It is becoming the new normal in the web development field. It is a widely used architecture enabling development teams to freely build different websites. 

JAMstack was introduced to the public in 2016 when the “Headless CMS” concept was introduced by Mathias Biilmann (CEO & Co-founder of Netlify). After that JAMstack started gaining attention tremendously.  

According to the State of the Jamstack Survey 2020: The first results

Today it is leveraged by thousands, millions of users as its architecture is one of the developer’s favorites. 

Here’s a portion of knowledge about JAMstack briefly

CEO & Co-founder of Netlify, Mathias Biilmann, defined JAMstack as,

“A modern web development architecture based on client-side JavaScript, reusable APIs, and prebuilt Markup”.

Differing from other available tech stacks such as MEAN, MERN, FARM, etc., JAMstack is an architectural concept. In the JAMstack, JAM stands for,

JavaScript (JS): A renowned programming language used to manage request/response cycles that mostly execute on the client side. It can be a front-end library or only vanilla JS.

API (Application Programming Language): In JAMstack, API extracts server-side processes or database operations generally used over HTTPS through JS. 

Markup: It is a pre-built template markup that combines data and presentations (HTML/CSS). You can use site generators or create tools to build these.

Reasons to opt for JAMstack Architecture 

|1. Flexibility 

JAMstack lets you build unique solutions. JS and APIs provide increased agility to develop various apps and make them more sophisticated, functional, and accessible.

Additionally, the headless approach, which is an essential part of the JAMstack, lets you provide content not only to a templated site but even a ton of receivers simultaneously, be it e-stores or mobile apps. 

The back-end and front-end decoupling let you determine the look of your end product and how it is supposed to be used.

Such flexibility drives wide-ranging potential for your organisation and encourages faster implementation of changes and Smart solutions.

|2. Improved Developer Experience  

Front-end visuals like layout, graphics, theme, etc., and back-end get decoupled, the development team can work effortlessly. 

With the back end, developers can opt for their favorite framework to provide an improved user experience throughout the project development.

The front end lets the developers adapt the platform through APIs. That way they get all they require for the job and use their preferred programming language.

Moreover, JAMstack developers get advantages from different conveniences:

• Developers can reuse the API’s functionality for various sites with reusable APIs rather than building fresh ones from scratch every time they want to change or a new feature.
• Jamstack is an excellent environment for the Agile methodology. The development team can effortlessly shift from one tool to another as well as experiment with new ideas for higher productivity and efficiency. It also saves money.
• As the front end is isolated from the back end, there is no need to get into the code whenever you want to tweak your project. It helps your business to respond to changes faster.

|3. Flawless Workflow  

In JAMstack, the use of static site generators with JS, APIs, and build tools drastically optimises workflow and minimises workload. With the proper practices, the whole development is automated and dynamic. 

Here’s a short list of best practices for developers suggested by JAMstack:

• Rather than storing your projects on a server, send them directly from CDNs.
• Build process automation removes the requirement of dull procedures’ repetitions.
• You can essentially automate and simplify your work with modern build tools that minimise the need of executing multiple processes. 
• The CDN invalidates its cache instantly to assure content delivery after your pre-built gets uploaded.
• Version control systems like Git streamlines staging and testing workflows. It is also effortless to control and monitor each change. It will enhance the developers’ work.
• Make your website go live only after uploading all content to prevent potential errors.

|4. More Security    

JAMstack is the safest for two reasons. 

1. There is no need to store a ton of data and code on servers. You can be free from the worry about your and your client’s data security.
2. Third-party apps and services used through APIs occur on the CDN server side. It also mitigates the danger of fraudulent activities and attacks.

For example, Amazon Web Services (AWS) is one of the secure outside servers to keep all your confidential or sensitive data on without any worry.

|5. Improved Performance     

The reason behind high-performing JAMstack-based websites is the prebuilt content. It aids in building a website instead of creating it in real time. Thus, the entire process is just quicker. 

Moreover, it serves pre-built markup and content on a CDN that helps clients/users to get the content rapidly, better, and easily.

It enhances the speed, has fewer lags, no slowdowns, and no issues with loading sites. When you develop your platform with best practices, it will skyrocket performance.

|6. Scalability     

Serverless functions enable improved website performance. Whenever you modify or include new features/functionalities, you can securely work in the reusable APIs to limit the work and computing power.

There is no need to worry about server-side processes as all happens outside the infrastructure. It results in no downtime amid deployment time, mitigates server costs, auto-scale, and better uptime.

|7. SEO-Friendly      

Dynamic, responsive, and fast pages are essential for quality performance. JAMstack is one the most preferred choice of many people for its SEO-friendly nature. Just as it boosts performance, it lets you gain more organic traffic with SEO tactics. 

Moreover, CDN gives a ton of opportunities for expansion and reaching wide-ranging customers for eCommerce platforms. 

|8. Lower Costs       

Working with JAMstack is much more budget-friendly than spending in a giant and inflexible framework.

Using CDN and a static site generator, there is no need to invest in servers, data storage, and maintenance.

A static site generator needs less computing power as you can be free from responding to on-demand requests. CDN enables quick data transfer between the server and client side.

Additionally, when development teams use APIs and third-party applications to deal with DevOps, you do not need to invest more in additional applications. Serverless functions also mitigate costs as you use lesser resources. 

Tools to implement JAMstack projects 

The widely used tools to practise a JAMstack and mentioned in each JAMstack tutorial are,

• React
• Vue
• Angular 

All are based on JS. However, you have to undergo specifics to work with them initially (especially with Angular). You can take a simple approach and leverage static site generators, such as JAMStack CMS like Gatsby, Nuxt, Next.js, and Gridsome.

The focus is on Gatsby – It is a multipurpose solution that supports complicated websites and blogs. Some of its benefits are:

• Built-in support for React.js and Webpack module package
• Instant clicking
• Predictive fetching
• By default progressive improvement
• Support for the quick link by default preload
• Already improved for user
• Good ecosystem
• lower cost

JAMstack Examples 

Here are real-world JAMstack examples where businesses have leveraged true business value. 

• DG Recruit 
• Bulletproof 
• Red Central
• AutoloadIT
• Pace Revenue
• Audible 
• Inventia 
• Design Better
• Sprucehill
• The H Hub

In a Nutshell 

The developers always aim to build the best experience possible. Along with appropriate implementation, results matter most. Developing a quick and excellent website should be the fundamental objective of each brand to offer a superior user experience. 

JAMstack is a modern approach to thinking about app development and delivery. The architecture is tailored to plug-and-play services based on your requirements. It helps to mitigate overall development costs dramatically and deliver better customer satisfaction. 

Source: https://www.siliconithub.com/jamstack-web-app-development-why-should-you-choose-it/

Google’s Flutter 3.0 – What’s new Worth Exploring?

Google I/O 2022 – An annual developer conference announced many advantages for app developers with the release of Flutter 3.0. 

Flutter 3.0 is fully-packed with exceptional feature updates such as,

• Consistent support for macOS and Linux desktop apps along with Windows 
• New productivity and performance features 
• Flutter/Firebase integration improvements 
• Apple Silicon Support 
• And much more. 

In this blog, you can deep-dive into the top features and announcements about Flutter 3.0. So let’s start exploring. 

Flutter – A Brief Intro

Flutter is Google’s mobile app SDK used to deliver superior native experiences on Android and iOS platforms. 

It offers excellent features like dynamic gestures and material design language that aid developers provide intuitive UIs. 

Since the launch of Flutter, Google’s team has constantly updated the improvements and functionalities to offer programmers an extensive range of opportunities for Flutter App Development. 

According to the 2021 developer survey, Flutter is the widely used mobile framework by global developers.  

Journey of Flutter Framework 

Flutter 1.0 

The Flutter 1.0 version emerged with new development tools and Metal support. 

Flutter 2.0 

In the Flutter 2.0 version, Google included various features like,

• Native Platform views
• Web support with a desktop preview
• Sound null safety by default

Flutter 2.5 

In the Flutter 2.5 version, Google included various features like Material You, which is an advanced material design. 

Flutter 3.0 

In the latest Flutter 3.0 version, Google embedded new features which will offer enhanced and robust development tools to build an engaging UX.

Since its release, an open-source programming SDK has evolved into one of the best and easy to use tools for developers that aid in developing Android and iOS mobile apps. 

The latest updated SDK version includes essential keynotes in the below-mentioned fields. 

Highlighting Features of Google’s Flutter 3.0 

|1. Stable macOS and Linux apps support 

In the Flutter 2.0 version, the Flutter community revealed support for Windows and Web platforms along with Android and iOS.

Now the latest Flutter 3.0 version includes consistent support for Linux apps and macOS. You can build an app on any or all of these platforms through a single codebase. 

It supports macOS with Universal Binary. It is a format for practical files that executes natively on Apple silicon and Mac computers (Intel-based). For Linux, Google and Canonical have interacted to provide a highly integrated development setup. 

Flutter 3.0 enables developers to grab cross-platform perks and share UI and logic among these platforms. It also facilitates faster time-to-market and improves developers’ productivity and presence on different platforms. 

Flutter now supports,

• iOS
• Android
• Web
• Windows
• macOS
• Linux  

|2. Support for Material You 

Material You is the new unified design language of Google. 

According to Google, it is a new revolutionary approach to thinking about design. It goes out of old-school paradigms and focuses on individualisation. 

With Flutter 3.0, programmers can now leverage Material Design 3, which provides updated visual elements and dynamic colour schemes. Material Design 3 is the latest update of Material Design that adds personalisation and accessibility features centred on users. 

|3. Firebase Integration  

Google’s Firebase is a BaaS (Backend-as-a-Service) app development platform. It supports Flutter and provides hosted backend services. 

In the latest Flutter update, Firebase extended its support and incorporated Flutter as a first-class integration. Programmers will leverage improved documentation, tooling, and exceptional widgets such as FlutterFire UI. It provides a reusable UI for profile screens and auth.  

|4. Flutter Casual Games Toolkit   

Many app development platforms are accessible for game development but Flutter 3.0 drives some thrilling updates for casual game developers. 

Flutter provides a Casual Games Toolkit with templates’ starter kit and casual game development best practices. The game development community gets the advantage of an open-source Flame engine and hardware-expedited graphics to build casual games. 

Nevertheless, Flutter is not for game development that includes high-performing 3D action. 

|5. Dart 2.17

Flutter framework is empowered by a multi-platform, highly productive, and portable Dart programming language formed by Google. It helps with simplified UI creation for mobile and web platforms.

Dart’s latest version 2.17 emerged at Google I/O 2022 with new features and updates. 

Features of Dart 2.17 

• Better flexibility for a named parameter 
• Improved tools for more productivity 
• In-depth and broader platform integration 
• Enums with member support 
• Better parameter forwarding to superclasses 
• Update for Core library API documentation 

|6. Firebase Crashlytics 

It is a lightweight and real-time crash-reporting service. It monitors fatal errors so you can gather analytics and data on crashes. It helps to discover, prioritise, and resolve issues. 

Flutter 3.0 enables you to avail of this using Flutter Crashlytics Plugin. It provides multiple features to developers to ensure app stability.

|7. Performance Improvements 

Some performance improvements get released with Flutter’s 3.0 version such as,

• Better opacity animations execution in simple cases
• Modernised policy for raster cache admission 
• Partial repaint availed on Android devices 
• Experimental rendering back-end called Impeller
• Quick frame development times because UI threads execute at a priority on iOS and Android

Additionally, multiple pull requests are combined to provide Flutter with a significant performance boost over the former version.  

|8. Web App Lifecycle

Flutter web apps get a new lifecycle API with the release of the Flutter 3.0 version. It helps developers to manage the app’s bootstrap process. It is implemented in multiple cases including,

• A Splash Screen
• A loading indicator
• An HTML landing page is shown before the Flutter App

|9. Foldable Mobile Device Support 

Flutter 3.0 has announced foldable mobile devices support that enables developers to build engaging, responsive, and lively experiences through new features and widgets. 

|10. All Desktop Platforms Accessibility 

As mentioned above, the Flutter framework is now used to build apps for iOS, Android, Web, Windows, macOS, and Linux platforms. It helps with accessibility services like inverted colours, screen readers, accessible navigation, etc. 

|11. Deprecating Windows 7/8 for Development  

The old Windows versions are not supported by Microsoft anymore. With Flutter 3.0, the community also endorsed the Windows 10 version for development. However, the Flutter framework now provides restricted testing on older versions. 

The Flutter community keeps supporting Flutter apps running on Windows 7 and 8.  

|12. Variable Refresh Rate Support on iOS   

With the announcement of Flutter 3.0, the framework now helps with the variable refresh rate on different iOS devices through ProMotion displays. 

Flutter-based applications can now perform at a refresh rate of 120 Hz on iPad Pro and iPhone 13 devices that were limited to 60 Hz previously. It helps with a flawless experience through fast animations. 

|13. Simplified iOS Releases  

Flutter 3.0 has included new options for the Flutter build IPA command. It helps to streamline the application releases. 

In a Nutshell

As part of a material design initiative, the Flutter framework generates a hierarchy of ARIA attributes that let you access app content effortlessly. Users can leverage visual impairments that move around the app with the help of keyboard shortcuts and gestures. It also enables navigation using apps that are complicated to read. 

Moreover, Flutter creates an accessibility tree automatically according to widgets. 

Global brands are adopting Flutter 3 as it backs accessibility services in production apps making it highly suitable for prominent platforms. 

With Flutter’s latest version, developers can build leading-edge apps for any user. So, download Flutter 3 today to leverage the benefits it drives for your users. 

Source: https://www.siliconithub.com/googles-flutter-3/

How Finding a Perfect Offshore Development Team could be Beneficial?

Today, when each brand strives to excel in technology-based competition, offshore software development has gained substantial drive.

Software-driven world enforces brands to be innovative by implementing and creating advanced software solutions. But for them, it is becoming more exhausting to do everything on their own.

With offshoring, global companies can access skilled offshore software developers in India. They build comprehensive systems beyond the clients’ expectations.

When you hire an offshore software development team located at different geographical locations, making an effective connection with them, managing them, and ensuring they provide superior work quality is a tough nut to crack. That is when an offshore development company plays a vital role.

Finding the perfect company can be a game-changer for any brand. It means the company’s role is to build the right team on your behalf and deal with administrative operations while you focus on your business. The team includes expert developers who work as an extension of your existing workforce.

 The engineering services outsourcing market size was anticipated at $1.3 trillion by the end of 2021. It is expected to rise at a 24.6% CAGR from 2022-2030.

Outsourced software development means you access all the facilities anytime, cost-effectively.

You can leverage comprehensive services like consulting, effective MVP development, analytics, UI/UX design, marketing, and more.

Here are some essential reasons offshore software development is becoming common among startups and big companies.

So, let’s explore it.

Outsourcing Categories

Companies can prefer to outsource the entire process of product development or a specific function set. There are different categories of the outsourcing process.

1. Professional Outsourcing comprises outsourcing the jobs of legal, purchasing, accounting, and administration.
2. IT Outsourcing comprises outsourcing of software or technological function development.
3. Manufacturing Outsourcing comprises outsourcing any manufacturing procedure part, be it the whole product or just a particular section.
4. Project Outsourcing comprises outsourcing the whole project development process to the point that it gets launched. 

Why go for an Offshore Development Team?

|1. Shared Risk

You might be confused that hiring an unknown offshore development team can be the reason for risks compared to doing it in-house.

When you get in touch with the right team, you will have surety of your idea and data privacy with smooth interaction with the client.

They plan your output as well as expect risks throughout the process.

|2. Lower Costs

When you hire an offshore software development team for your unique idea, there is no need to spend on infrastructure, operating costs and HR services. You can easily decrease your overall expenses.

Choose a partner that belongs to the locations where you will have flawless interaction, culture fit, and comfortable time zone.

|3. High Efficiency

Hiring the best team of engineers comprehends how to manage emerging business challenges. They have an in-depth acknowledgement of how to address your business requirements.

You can get all the benefits from an experienced outsourcing partner for software success.

|4. Flexibility

While offshore software development, it is pretty easy to adapt to a project’s fluctuating scale. If initially you choose to develop software that works only on an Android platform, but now you want it for the iOS platform as well.

Most offshore partners can add a needed specialisation to your work and go faster with the development process if necessary.

|5. Seamless Partnership  

There are various aspects you have to deal with while working on the software development, such as identifying the progress stage, preventing misunderstanding and serving everything a team may need.

Dealing with the perfect offshore development team can look out for all these aspects.

|6. Quick Time to Market

Many enterprises want quick time-to-market for their products to outshine in the ever-changing market and start gaining revenue.

Hiring a professional team of offshore developers without extended recruitment and onboarding operations aids you to accomplish your objectives as soon as possible.

|7. Agility

Along with flexibility in accepting the project’s evolving scale, another crucial advantage is agility.

While outsourcing the project to an offshore software development team, you can perform changes smoothly affecting your business like new rules & regulations, technology constraints, and possible issues about your company’s location.

|8. Access Top Talents and Technologies      

If your in-house team has a talent void, you can solve the issue by hiring an offshore team for your project.

If there is a need for you to employ skilled professionals with expertise in Artificial Intelligence, Augmented Reality, or any other leading-edge technology, it is quicker to search for relevant talent among offshore teams compared to discovering it locally.

|9. More Productivity     

When you collaborate with a talented offshore software development team for your project, you can stay focused on your business’s other significant processes, improve brand awareness, spend on advertising or research, etc.

|10. High Success Chances

Any offshore development team you hire are more likely to deliver highly qualitative software systems, appeal to audiences, and drive success & quality. Outsourcing partnership is fascinating and has more success possibilities compared to in-house software development.

Along with software development, it includes designing from the start, pivoting, relaunching, and repeating until product launch.

In some cases, Hiring Offshore Software Development Team can help 

1. When you have a limited budget
2. When you need a core skill set
3. When it is challenging to address customer needs
4. When you are uncertain about your team’s abilities
5. When you want to experience seasonal spikes
6. When your team’s productivity is falling down
7. When you want your business to scale extensively
8. When you want to meet deadlines with ease
9. When you want to expand the size of your workforce
10. When you want to avoid a lengthy hiring process

Onsite and Offshore Development Team Structure

Things to know before Hiring Offshore Development Team

1. Technical expertise
2. Problem-solving skills
3. Communication skills
4. Proven track record
5. Business skills
6. Average prices
7. Qualifications
8. Management skills

How to manage Offshore Development Teams effectively?

1. Try to avoid lengthy emails
2. Set clear and achievable business goals
3. Stay one step ahead in the market

From where to find Offshore Developers? 

• Find developers from different freelancing portals
• Use referrals from individuals you know
• Use tech talent exchanges
• Use Linkedin or other media
• Be part of conferences, hackathons, and meetup networking
• Use offshore software development companies

In a Nutshell

Outsourcing software development is an evolving trend because of the short-lived market nature, emerging customer needs and rising technologies.

Today’s organisations are mainly customer-focused and try harder for better customer satisfaction with improved support and wide-ranging advanced services.

Hiring an offshore software development team that works for you lets you focus on the other crucial tasks of your business.

Hence, you must be mindful while contacting the perfect custom software development company. The investment will aid you in the long run and offer higher ROI and fame.

Source: https://www.siliconithub.com/finding-perfect-offshore-development-team/

Top 7 Trending Software Development Technologies to Innovate 2022

In 2022, we will keep enjoying the rapid growth of digitisation and virtualisation of different industry niches and societies. The requirement for sustainability, ever-evolving data volume, fast computing networks, etc., can be the major drivers for a digital transformation.

The economy will keep being influenced by transparency, agility, customisation, and intelligent thinking. More and more companies have realised the significance of digitalisation in an ever-changing business environment.

The software development industry has widely adopted modern technologies in all industry markets and for the continuous digitisation of business practices and government services.

As organisations globally keep facing business challenges due to the worldwide health crisis, quick modernisation in custom software development aids in dealing with market scenarios and revenues.

Revenue of the software market globally – 2016 to 2027

In this article, we have mentioned trending software development technologies that businesses must have a deeper insight into in 2022.

What are the latest development trends in 2022 and beyond?

|1. Artificial Intelligence (AI) and Machine Learning (ML)

For years, AI has been in the root direction of the software development industry. Businesses use it to automate tasks that ultimately save time, money, and resources. Many industry sectors are already leveraging these innovations and becoming more familiar with time as AI and ML technology integrates into software apps.

ML depicts computer science where an algorithm anticipates future data on the basis of formerly generated data. Artificial Intelligence epitomises the next move in Machine Learning, where an algorithm builds data-based intelligence and performs significant operations itself.

• AI improves the project planning stage accuracy and aids in competent monitoring. 
• AI-enhanced project management tools help teams make the right decision in terms of resource allocation. 
• AI-enabled applications are more far-reaching in terms of the complexity of statistical approaches and problem analysis.
• AI sums task statuses to make weekly status reports, calculates the budget, the effect of modifications to scope and timeline, and monitors risk.  
• AI enables developers to write optimised code and help quality analysts identify bugs to resolve them.

According to Bloomberg, the $422.37+ Billion Global AI (Artificial Intelligence) Market Size is expected to increase at 39.4% CAGR throughout 2022-2028

|2. Data Science

It is becoming more clear with each passing day that there is tremendous value in data processing and analysis, and that is when data science comes into the picture. Leaders know how data science is a big industry and how data scientists are modern-day superheroes.

There is no meaning in Data until it gets converted into valuable information. Data science includes mining large-sized datasets involving structured and unstructured data and discovering hidden patterns to have an actionable view.

The importance of data science depends on its infinite uses ranging from day-to-day actions like asking Siri/Alexa for suggestions to more complicated apps like operating a self-driving car. The versatile Data Science field contains Computer Science, Inference, Statistics, Predictive Analysis, Machine Learning Algorithms, and new technologies.

• Help with better business predictions
• Offer business intelligence
• Boosts information security
• Helps in sales and marketing
• Complicated data interpretation
• Improve decisions making
• Automates recruitment process

In 2021, the market size of data science platforms was anticipated at USD 96.3 billion. It is predicted to raise around USD 378.7 billion by the end of 2030 at a CAGR of 16.43% from 2022 to 2030.

|3. Robotic Process Automation

It is a term that is more than just about robots. It helps to implement particular technologies that can automate day-to-day activities, standardise operations, and deliver higher productivity and value with little investment.

A software or software bot receives and interprets apps for processes that include data manipulation, executing transactions, creating responses and collaborating with different digital systems within the domain. This RPA is quickly gaining popularity because of the multiple advantages it offers.

• More productivity across the board
• Provide accuracy goals with consistency
• Better efficiency for better savings
• Increased business data security
• Offer scaling opportunities
• Follow non-disruptive approaches for automation
• Deliver an improved user experience
• Provide data for essential analytics

RPA is the new technological saviour for businesses that boost productivity and efficiency. Additionally, when integrated with standard business solutions, it encourages digital transformation. Enterprises can deal with end-to-end business processes for continuous process enhancement.

The RPA Market was estimated at 2.65B US dollars by the end of 2021. It is expected to be valued at 23.9B US dollars at a CAGR of 27.7% from 2021-2030.

|4. Edge Computing

It is a computing model that keeps fundamental processing tasks within the framework/environment where data was created. It is a framework that helps with data creation, storage and processing where it is generated without using a data centre/central data computing environment.

With an edge computing framework, there is no need to collect data from different points to make it back to centralised data services to get processed and assessed. Instead, data gets processed on the go within the same environment they are generated.

• Improves performance
• Heightened security
• Mitigate operational costs
• Improves reliability and resiliency
• Helps to follow regulatory and compliance needs
• Supports AI/ML applications
• Uninterrupted connections
• Functionality in far-flung locations
• Low latency
• Cost-effective
• Place apps where they make the most sense
• Better workplace safety

Edge computing has superior applications in IoT devices. In terms of IoT, an actual device you need to deal with your smartphone need not access data from centralised storage that might be located thousands of kilometres away. Instead, data should be available as near the device as possible.

Edge computing lets the data stay at the cloud’s “Edge” and the device for processing so that commands can be followed within a short time frame.

The global edge computing market was esteemed at 7.43 billion USD by the end of 2021 and is anticipated to grow at a CAGR of 38.9% from 2022-2030.

|5. VR (Virtual Reality) and AR (Augmented Reality)  

Virtual Reality (VR) engages you in a virtual environment using a headset with various screens showing a virtual world. These headsets also use head-tracking technology that lets you search the environment by actually moving your head. The display will follow in all the directions you go, providing you with a 360-degree view of the virtual world.

Augmented Reality (AR) lets you experience the world around you with digital images coated on it. There are a couple of AR headsets accessible currently. AR can also be used on devices like mobiles and laptops without headsets.

• Better learning experience
• Unique interactive reality
• Improved business performance
• Better consumer engagement
• Brand fidelity boost
• Time-saving technologies
• Ease of mobility
• Offer best opportunities
• Advertising and marketing
• Improved communication

Both Virtual Reality (VR) and Augmented Reality (AR) technologies are expanding at a rapid pace. Many anticipate that these technologies will keep emerging in the future as well. As technology becomes highly advanced, it’ll be thrilling to watch how it gets implemented in enterprises and day-to-day life.

The AR and VR market share is anticipated to grow by USD 162.71B from 2020-2025, with a CAGR of 46%.

|6. 5G   

5G is the fifth generation of cellular wireless technology that offers higher speed, more bandwidth, lower latency, and increased potential than 4G networks. It is one of the speedier and most dependable technologies individuals have ever experienced.

It provides quick downloads, significantly lower lag and a crucial impact on how everyone lives, works, and plays. 5G speed and other connectivity benefits make businesses more productive and enable consumers to access more information more quickly. Connected vehicles, advanced gaming, Smart cities, massive IoT, real-time supply chain tracking, etc., will depend on 5G networks.

• Powering innovation 
• Less tower congestion  
• Up to 10x faster than what you have nowadays 
• Quicker and more secure than public Wi-Fi
• High-resolution and bi-directional large bandwidth shaping 
• More effective and efficient 
• Quality gaming on your phone 
• Easily manageable with the previous generation 
• Provide gigantic broadcasting data to short more than 60k connections

5G has started developing in each corner of the world, yet we are just at the initial stage of this Smart technology which extensively affects our future. 

The worldwide 5G services market size was estimated at USD 48.25B by the end of 2021 and is anticipated to grow at a CAGR of 56.7% from 2022-2030

|7. Blockchain   

Blockchain is a P2P decentralised distributed ledger technology making digital asset records highly transparent and unchangeable and mitigates the need for any third-party intermediary.

It is an evolving and transforming technology gaining attention due to its ability to decrease risks and fraud in a scalable manner.

Introduced by its connection with cryptocurrency and NFTs, blockchain technology has since emerged as a management solution for different industries globally.

Nowadays, you can find blockchain offering complete transparency for the innovating gaming, food supply chain, healthcare data safety, and overall transforming how we deal with data and ownership on a large scale.

• Open
• Verifiable
• Permanent
• Free from censorship
• Tighter security
• Immutability
• Efficiency
• Cost reduction

According to Statista, worldwide blockchain revenues will experience extensive growth, with the market anticipated to rise to over USD 39 billion by the end of 2025.

In a Nutshell 

Software shapes the basis of various leading-edge gadgets like PCs, Smartphones, tablets, IoT, and Network Systems on which we rely very strongly in our daily life.

While software development is a multi-billion dollar industry, B2B software has lifted many modern market giants of various sectors. There are tons of COTS (Commercial-of-the-Shelf) software catering to the companies’ needs, yet most businesses opt for custom software development.

At the same time, software development companies globally are addressing all-time high software demands with the latest technologies, specifically mobile apps for Gen Z and automation tools for transforming businesses worldwide.

Source: https://www.siliconithub.com/trending-software-development-technologies/

Popular Backend Development Frameworks for Interactive Web Apps

Backend development uses modern tools, libraries, frameworks, and other resources to build a website engine. The engine originates with different fundamental components intricately connected to the server, website root, database, and external & internal resources.

Backend frameworks are essential to products and developers both. They are libraries of server-side language that help build server configuration.

It is significant to leverage the most suitable technology to develop a website else there are high chances that the app you deliver does not satisfy users.

According to statistics and data, you can see the popular backend frameworks up to the first month of 2022.

What is the Backend Framework?

A backend framework, also called a server-side framework, is the collection of tools, resources, and modules that aids in the website architecture, design, and testing development.

It drastically affects the overall web app’s performance and can decide the project success ratio. Backend frameworks basically make app development tasks highly convenient and effortless for developers.

These frameworks usually emphasise scripting languages like JS, Ruby, and Node.js or compiled languages like Java and C#. With the best framework, developers can start better by mitigating the need to build and set up everything from the start.

Reason to use Backend Framework

The goal of a backend framework is to streamline app development operations. The key reasons for using the backend framework for web development are:

• Security
• Integrations
• Time-savvy
• Scalability
• Uniqueness

Additionally, most of the backend frameworks are free to use and open-source.

Here, we have listed the prominent backend frameworks currently accessible for web app development.

So, let’s start exploring. 

Best Backend Frameworks to Explore

|1. Django

Django is a free, open-source Python-based web framework that enables a quick development process and realistic design. It is developed by expert developers and mitigates the challenges of web development.

Django aids programmes build apps from concept to conclusion as soon as possible. It also ensures high security and helps programmers to prevent various security blunders.

Many big brands and governments have used Django to build systems for content management, social networks, scientific computing platforms, and much more. It also helps with quick and custom scale to address the high traffic demands.

Sites that use Django: 

• Instagram
• Pinterest
• Mozilla 
• Open Stack 
• National Geographic
• MacArthur Foundation
• Knight Foundation
• Open Knowledge Foundation   
• Disqus 

|2. Laravel

Laravel is a web app framework with expressive and elegant syntax that helps to build excellent functionality at the developer’s fingertips. Every feature is developed to offer a superior developer experience. Laravel mitigates the development pain point by simplifying repetitive tasks performed in most projects.

Developers can create robust apps in PHP with Laravel and Livewire frameworks. If developers are comfortable with JS, they can generate a great React/Vue-directed frontend pairing Laravel with Inertia. Laravel offers backend API for your Next.js app, mobile app, or other frontends.

Laravel provides the best testing experience with testing APIs, database seeding, and painless browser-based verification. It has a vast package library that helps developers to perform anything.

Sites that use Laravel: 

• MyRank
• Neighbourhood Lender
• Invicta Watch Group
• Faith Properties
• World Walking
• Studio Stomp
• Creative Spaces
• Specfox
• Startups.co

|3. Express.js

Express.js is a flexible Node.js-based web app framework that offers powerful features to develop comprehensive web and mobile apps. It is free and open-source software under the MIT licence.

With a variety of HTTP utility methodologies and middleware, it is easy for developers to build robust and scalable RESTful APIs quickly and easily with Node.js.

Express offers a thin layer of basic web app features without hiding Node.js features that developers already know and adore. Many frameworks are built based on Express like Feathers, KeystoneJS, ItemsAPI, Poet, Sails, Kraken, LoopBack, and more.

Express is one of the fast web frameworks, easy to set up and learn. It offers a routing API and a wide range of plugins.

Sites that use Express: 

• Paypal
• LinkedIn
• Yahoo
• Mozilla
• Netflix
• Uber
• Groupon
• GoDaddy
• eBay

|4. Flask

Flask is a Python-based web app framework to build robust and future-ready web applications. It is a WSGI framework that executes on the web server, not on the user’s browser. It features a Werkzeug toolkit to build WSGI- compatible web apps and Jinja2 to create templates.

The Flask’s in-built development server offers an engaging debugger and lets the developers write Python code in the browser on the occurrence of any mistake while requesting. It is a minimalistic framework that quickly configures web servers and bundles core elements by default.

Developers can use Flask to write less code and quickly deploy it as a microservice. It is a lightweight framework with lesser abstraction layers and rapidly builds an MVP. It manages HTTP and RESTful requests competently and eliminates HTTP boilerplate code. 

Sites that use Flask: 

• Red Hat
• Rackspace
• PythonAnywhere
• Lyft
• Reddit
• MIT
• Hotjar
• Mailgun
• Airbnb-Airflow   

|5. Ruby on Rails

Ruby on Rails is a full-stack framework that supports all the necessary tools to develop stunning web applications on the front and back end.

Rendering HTML templates, sending/receiving emails, enqueuing jobs for asynchronous tasks, database updating, cloud storage, live page maintenance through WebSockets, offering high security for common attacks, this framework covers it all and so much more.

Rails are improving with each passing year from the contribution of thousands of volunteers in small or big ways. Everyone helps to make this framework superior whether they have been leveraging it since the initiation or just started yesterday.

Sites that use Ruby on Rails:

• Basecamp
• GitHub
• Shopify
• Dribbble
• Zendesk
• Airbnb
• Square
• Kickstarter
• Coinbase
• Soundcloud

|6.  Spring

Spring makes Java-based programming faster, simpler, and more secure for all. It focuses on speed, easiness, and productivity which made it the widely adopted Java framework. Spring’s all-inclusive set of extensions and customisable third-party libraries are trusted by developers globally. It helps them to develop almost any app one can ever imagine.

Spring Boot changes how developers execute Java programming tasks and thoroughly simplifies the developer experience. Developers can leverage fast startups & shutdowns, and improve execution, by default. Moreover, Spring projects also endorse the reactive programming model for high efficiency.

Spring deals with security issues rapidly and responsibly. Additionally, the Spring community is massive, worldwide, varied, and includes contributors of all ages and skills, from complete newbies to seasoned experts.

Sites that use Spring:

• Alibaba
• Amazon
• Google
• Microsoft 
• Udemy
• Trivago
• Intuit
• iFood

|7. Asp.NET

Asp.Net is an open-source, cross-platform framework that develops web apps with .NET and C#. It is free to use and supports Windows, Linux, and macOS.

Developers can create full-stack app UIs with C# instead of Java. The platform lets programmers build REST APIs for wide-ranging clients, including mobiles and browsers.

Additionally, it facilitates real-time two-way interaction between server and client. Asp.NET extends the .NET developer platform with tools, libraries, and programming languages to develop interactive web apps. It performs quicker than other frameworks in the independent TechEmpower Benchmarks.

The platform supports authentication protocols to protect apps against XSS and CSRF. It also provides a built-in user database with multi-factor and external authentication with Twitter, Google, and more. Programmers can get their queries solved with the help of an active community of developers. Moreover, anyone can get Asp.NET websites with Microsoft Azure for free.

Sites that use Asp.NET:

• Stack Overflow
• Tencent
• Siemens Healthineers
• LightSail
• VQ Communications
• AstroReality, Quantum Technologies
• Microsoft Teams
• GoDaddy
• Raygun

In a Nutshell

Most of the above-mentioned frameworks have code written using widely accepted programming languages like Java, Python, and JS.

If you are a newbie in framework usage, you can initiate with lightweight frameworks like Flask or beginner-friendly frameworks like Ruby on rails.

If you want to learn the most popular frameworks, you can opt for Django, Spring, or Express.js.

Source: https://www.siliconithub.com/backend-development-frameworks/

Telehealth vs Telemedicine Differences: Here’s What’s In

Telehealth and telemedicine are individual approaches to administering health services through technology.

In other words, telemedicine falls under the sphere of telehealth. So we can say that telemedicine is telehealth, but telehealth is not telemedicine.

Seems quite confusing!

The merger of the healthcare industry with modern technologies can be puzzling for people as it involves technicalities.

However, modernisation in the healthcare sector is widely adopted. It aims to encourage essential healthcare access for patients and make healthcare management seamless for professionals. It also enhances service delivery efficiency.

People tend to think that telehealth and telemedicine are synonymous with each other. But, there are subtle differences between both. This article explains it.

So, let’s start exploring.

Telehealth and Telemedicine – Brief History

Mordor Intelligence indicates that the global IT healthcare market is anticipated to register a CAGR of 12.5% during 2022-2027.

So how and when modern technology discovers its way into the healthcare industry?

Research shows that telehealth drags out to the 18th century, as was noted by the National Centre for Biotechnology Information.

There are two significant examples of the early acceptance of telehealth.

• As noted in the Lancet article in 1879, the discussion on the potential use of the telephone to mitigate unwanted office visits.
• A magazine showed a doctor checking a patient through a radio while indicating the possibilities of a device usage that enables the patient’s video analysing remotely.  

In terms of telemedicine, the earliest foundations were in Europe when in 1905, the Dutch physician Willem Einthoven used the long-distance electrocardiogram transfer.

The first organised telemedicine programs in the US started at the end of the 1950s, as noted by the National Centre for Biotechnology Information.

Telehealth – Quick Glimpse

Telehealth comprises an extensive range of technologies and services that offer care and healthcare facilities at remote locations. It refers to delivering services at a distance like,

• Telemedicine
• Remote patient monitoring
• Non-clinical training
• Provider training
• Administrative meetings
• Health education
• Prescription delivery
• Provider communication
• Health resources and coaching
• Counselling and mental health services

On a hierarchy or a classification, telehealth remains at the top level.

Telemedicine – Quick Glimpse

Telemedicine is a type of telehealth. It is defined as practising medicine at a distance or remotely. Healthcare professionals checking, watching, and treating patients is called telemedicine.

Telemedicine includes,

• Virtual visit
• Specialist consultation
• Medication management
• Chronic disease management

There are three methods through which telemedicine is provided.

|1. RPM (Remote Patient Monitoring)

It refers to periodic/asynchronous/continuous monitoring and transmission of essential signs, including

• Blood pressure
• Glucose levels
• Weight
• Oxygen saturation
• Heart rate and rhythm

Patients use remote patient monitoring services to track their symptoms through Bluetooth biometrics. It monitors symptoms in real-time on healthcare providers’ dashboards or in the EMR. 

|2. ICP (Interactive Patient Care)

It refers to live and interactive communication between a patient and provider. It includes,

• Phone consultation
• Video examination
• Secure consults

Patients use ICP (Intracranial pressure) monitoring during the video visit on a mobile, tablet, or for providers directly from the clinical dashboard.

|3. Store and Forward

It refers to the method by which patient information, like lab reports, images, sounds, videos, etc., can be securely sent to healthcare providers in a different location for review.

Telehealth – Substantial Benefits

|1. Mobile Health

Individuals can harness the potential of mobile health by knowing their current health status using mobile applications. mHealth lets patients and specialists provide healthcare and learning materials through mobiles, tablets, home-based computers, and laptops.

It is possible to communicate via WhatsApp, text messages, mobiles, etc. mHealth facilitates services without any location constraints.

|2. Video Consultation

Live video consultation lets the patients connect with doctors effortlessly via video calls to collaborate about anything.

Also, it supports the participation of doctors from different locations to diagnose and deliver the best medication and care available.

|3. Remote Tracking

Remote tracking enables doctors to monitor their patient’s health progress from any location.

Many devices let you track blood pressure, pulse rate, weight, etc. Patients can share those data directly with doctors from anywhere.

It helps doctors to track their patients constantly and treat them with the best health routine.

|4. Cost-savvy

Apart from the infrastructure expenses, clinics, hospitals, and healthcare organisations can mitigate the maintenance expenses of the facilities, and healthcare professionals can provide the best facilities on a global level.

|5. More Access to Rural Areas

If there is an internet connection and mobile availability, virtual healthcare technology delivers the best outcome.

• In rural locations, patients can have access to multiple healthcare professionals.
• When patients can not move and lack a caregiver, they can quickly and easily connect to doctors.
• Time and transportation are concerns for many, but there is a high demand for medical treatment. In such a scenario, patients can collaborate with physicians.

Note: Not everyone understands how to leverage virtual technology, or they do not have access to internet/mobile facilities. There are also possibilities for technical malfunctioning.

Telemedicine – Substantial Benefits

|1. Mitigated risk of Infection

With virtual healthcare facilities, there is no physical interaction between doctors and patients. Hence, there are fewer chances of spreading infections.

|2. Anytime Care Delivery

Telemedicine quickly provides medical services from any location, any time. Patients can leverage the on-the-go visit to doctors whenever feeling sick (even in the middle of the night). 

|3. More safety for doctors

Online or virtual interaction between healthcare providers and patients increases the safety of HCPs as there is no face-to-face involvement while diagnosing a patient’s symptoms.

|4. Help chronic diseases patients

Telemedicine is one of the suitable options for chronic disease patients as it lets them avoid physical visits to doctors.

|5. Virtual Psychiatric Assistance

Psychiatric patients get multiple advantages from doctors and hospitals as they get personalised care and speedy recovery.

Note: Telemedicine is not a preferable option in urgent medical treatment. It is suitable to fix symptoms, day-to-day follow-ups, and check-ups. You can not rely on telemedicine amid cardiac arrest, stroke, fracture, etc.

Telehealth vs Telemedicine – Difference

In a Nutshell

The sole difference between telehealth and telemedicine is that telemedicine is all about remote medical facilities, whereas telehealth refers to non-medical and medical facilities.

All telemedicine is telehealth, and all remote patient tracking is telemedicine. Both are crucial for better and expanded quality care access across the spectrum.

With the help of this article, you get clarity on how one is a part of another and how they are distinct. If you still have any doubt, you can contact us anytime. We are keen to help you.

Source: https://www.siliconithub.com/telehealth-vs-telemedicine/

Leading-Edge FinTech App Ideas to Revolutionise Finance Sector

Mobiles remain an essential aspect of technology that has helped each industry niche, and FinTech is not an exception here. The introduction of smartphones in the financial sector has transformed the way of working.

These days, almost every person has a smartphone. Mobile makes it easy for users to manage their finances anytime, anywhere.

The banking industry is advancing after introducing Finance Mobile Apps developed for banks. Individuals can transact money from any location, invest in the stock market, ask for loans, and much more.

Many companies now focus on this ever-growing business and transforming how mobile apps work for the FinTech niche.

The Global FinTech Market was worth 7301.78 billion USD in 2020. It is anticipated to rise at a 26.87% CAGR during the estimated period.

The growing popularity of online payments, favourable government regulations, more investments in tech-based solutions, wide acceptance of IoT devices, etc., are expected to affect the universal FinTech Market in the future.

Emerging innovations such as e-wallets, digital money, paperless lending, etc., and acceptance of eCommerce platforms, integrated with increasing smartphone functionalities have paved the way for rising FinTech transactions.

Whether you are a large-scale financial firm planning a digital shift or a newbie, here we have mentioned some FinTech app ideas to look out for.

FinTech App Ideas for Your Business

|1. P2P Money Transfer App

If we look at the existing market condition, investing in Peer-to-Peer (P2P) money transfer apps will deliver better outcomes.

Users can quickly transfer funds among bank holders using P2P Payment Apps such as Venmo, PayPal, GPay, Zelle, Paytm, etc., no matter which bank and payment system they are registered with.

Many economic systems globally are shifting from physical cash and encouraging the use of online money transfer apps for effortlessness.

Moreover, these apps use modern technology such as NFC and face & voice biometric technology to simplify POS operations, boost risk management, and offer a superior user experience.

Must have features of P2P Money Transfer App

• E-wallet
• Real-time payment
• Send bills and invoices
• Push notifications
• Bank account transfer
• Unique user ID or OTP
• Transaction history
• Currency conversion
• Admin panel
• Customer support and chatbots
• Crypto payments

Examples: Zelle, PayPal, Venmo, Cash App by Square, Apple Pay, Samsung Pay, WorldRemit, etc. 

|2. Investment and Trading App

Having an investment and trading app helps build a suitable product for micro-investors.

Nowadays, users are more likely to use systems that let them gain an in-depth knowledge of stocks, shares, currencies, mutual funds, etc., and invest sensibly in them.

They focus on the apps that gather investment data from multiple sources and let the users identify asset value and make the best and quick decision.

A trusted investment and trading FinTech app aid with daily financial activities like fund transfer to investment accounts and monitoring the spending.

Must have features of Investment and Trading App

• User profiles
• Real-time portfolios
• Analytics
• Check-in process
• Push notifications
• Search
• Deposits
• Putting trades on stocks

Examples: Betterment, Invstr, Acorns, Wealthbase, Wealthfront, Fidelity, etc.

|3. RegTech App

These are the solutions that aid organisations follow the laws and regulations. It also mitigates risks that arise with regulatory issues.

Using RegTech apps, users can keep track of emerging regulations, determine risks, convert requirements into definite steps organisations can follow to prevent penalties, and execute compliance checks.

Businesses can effortlessly address all the necessary regulatory standards while saving time and energy.

As a startup, note that RegTech applications are one of the most undervalued yet remunerative FinTech solutions to opt for.

Must have features of RegTech App

• Real-time information
• Verification of “Capacity to pay”
• Recurring transactions identifications
• MI and Reporting
• Monitoring
• Fraud prevention
• Compliance and conduct analysis

RegTech Companies: Regnosys, Cappitech, Mind Bridge, Proofpoint, Ceptinel etc.

|4. Insurtech App

Insuretech apps streamline the process of applying for insurance and enable users to pay their premiums online. The app solutions integrate advanced technologies like Artificial Intelligence (AI), Blockchain, IoT, ML(Machine Learning), and Open API.

It enables insurance organisations to deliver excellent service by assessing a vast pool of user data, researching market trends and understanding user needs.

As an outcome, this financial solution provides tailored yet quick policy comparison options, risk management and much more.

Users of Insurtech apps do not need any help from a third-party insurance broker.

Must have features of Insurtech App

• Admin panel
• History
• Policy details
• File a claim
• Geolocation
• Push notifications
• Document upload and storage
• Quote and filters
• Quick registration
• Integrated chat
• In-app payment

Examples: Singlife, Coverfox, Mintpro, Toffee Insurance, etc.

|5. Blockchain App

The mobile app solutions developed with blockchain technology drive a revolution in the FinTech sector.

With Blockchain-based e-wallet apps, you can buy and trade cryptocurrencies efficiently. So, most companies start engaging in blockchain app development integrating cutting-edge features and functionalities.

Moreover, blockchain apps are intelligent and Smart FinTech software that delivers wide-ranging opportunities for the future.

Digital currencies are about to rise soon in the market. So using Blockchain technology to develop a platform that enables crypto transactions is a hot opportunity.

Must have features of Blockchain App

• Individual profiles
• Authorisation
• Push notifications
• Paper wallet import
• Conversion rate
• QR code scanner
• Most used address
• Security

Examples: Ledger, Coinbase, Trust Wallet, Exodus, Electrum, etc.

|6. Crowdfunding App

While brainstorming FinTech app ideas, think of building a solution that helps app startups. The crowdfunding app is a digital platform where individuals raise money for any campaign or cause.

From enterprise to non-profit businesses, every entity requires a trust-worthy and robust solution that aids them in fundraising through crowdfunding. So, if you are a FinTech startup, you can leverage this evolving opportunity.

Many crowdfunding platforms target web users, so you can opt for creating a mobile platform. Crowdfunding apps let users transfer their funds effortlessly and safely.

This FinTech app idea is advantageous and can be successful as today’s users are most likely to use mobile apps for smooth functioning.

Must have features of Crowdfunding App

• Payment gateway
• Social network sharing
• Progress metre
• Low to no platform fee
• Faster fundraiser approval and fund withdrawal
• Different donation methods
• Email and chat support
• Campaign manager
• Tax benefits

Examples: AppStori, Indiegogo, AppBackr, Kickstarter, AppsFunder, etc.

|7. Personal Finance Management App

Personal finance management is one of the most rewarding app ideas to look out for in the financial business and to get into the FinTech app development market.

Individuals who want to organise and handle their income and expenses efficiently are using these apps as prime solutions. This platform enables auto-linking to credit/debit cards along with payment reminders.

Users can also plan their budgets and secure their data using these apps. The integration of automated chatbots offers day-to-day recommendations for better investment planning and secure retirement.

In the market, such personal finance management apps are in demand as more and more businesses are keen to profit from them.

Must have features of the Personal Finance Management App

• Accounts aggregation
• Setting financial goals
• Saving Tips
• Refinancing
• Categorisation and budgeting
• Bills and expenses monitoring
• Reports
• Investment analysis

Examples: Quicken, Personal Capital, TurboTax, FutureAdvisor, YNAB, etc.

|8. Crypto Exchange App

The crypto exchange app is an innovative and unique app idea if you are about to enter the FinTech industry. It gives users ample opportunities to get into the decentralised crypto exchange.

Here cryptocurrencies get traded with lower fees, high security, complete transparency, and quick processing.

Crypto trading platforms enable an exchange of cryptos such as Bitcoin, Litecoin, Ethereum, etc. and fiat currencies. In some cases, they also aid in trading other assets’ crypto.

However, keep in mind that cryptocurrencies can be complicated. So before diving in, make sure you perform thorough research on it.

Must have features of Crypto Exchange App

• User authorisation and verification
• User interface
• Analytics
• Trading engine
• Wallet
• API
• Push notifications and alerts
• Admin Panel

Examples: Robinhood, eToro, Gemini, Coinbase, Cash app, etc.

|9. E-mortgage App

Getting a mortgage was challenging for people. These electronic loan apps transform the whole home loan application process flawlessly. Users can get loans rapidly without much hassle.

It is a vast industry with many subcategories you would love to specialise in. The mixture of high demand, unprivileged sectors, and a profitable market make E-mortgage an appealing Fintech niche to business owners or startups.

Must have features of E-mortgage App

• Personal profiles
• Mortgage calculator
• Payment gateways integration
• KYC identity verification
• Loan application form
• Payment tracking
• Registration
• Open banking operations integration

Examples: Rocket Mortgage, Guaranteed Rate, PNC Bank, Ally, LoanDepot, etc. 

|10. Robo Advising App

Robo Advising is one of the reliable ways for FinTech business owners to appeal to customers along with being a high potential concept for investment.

The fundamental factor in these applications is that Robo-advising apps built using AI and ML offer users personalised and future-centred financial guidance/suggestions at a minimal cost.

These apps also assess users’ spending and investment to help them get higher after-tax returns and organise their funds adequately.

Moreover, they add extra convenience to the entire financial management process without using human resources.

Must have features of Robo Advising App

• Portfolio management
• Tax-loss harvesting
• Retirement planning
• All-in-one dashboard
• Rewards
• Goal tracking
• Charitable giving
• Refer-a-friend program

Examples: Betterment, Vanguard Digital Advisor, SoFi Automated Investing, Wealthfront, E*trade Core, etc.

In a Nutshell

The FinTech sector is evolving at a rapid pace. With the number of FinTech business ideas, we are sure you have come to know about more FinTech app ideas that you would love to work with.

The finance industry journey is becoming more complex than imagined because of the demand to offer the best mixture of experience, reliability, creativity, and technology.

It is challenging to have the perfect business strategy in place. But a top-notch FinTech app development company that knows all the nitty-gritty of the FinTech sector will help you during the entire app development path.

Source: https://www.siliconithub.com/leading-edge-fintech-app-ideas/

COTS Software – An Ultimate Tool to Streamline Business Operations

Want to escalate reliability, mitigate cost, and keep delivery time short? Commercial-Off-the-Shelf (COTS) software is ready-made and available to purchase anytime in the commercial market.

Today’s businesses leverage the advanced software available. It helps them with improved process efficiency. COTS software is one such ready-to-use tool.

COTS stands for Commercial-Off-the-Shelf software. It targets enterprises with predetermined specifications. Nowadays, government entities are more receptive to this tool. They are using it to replace traditional approaches to managing daily tasks.

COTS is user-friendly and integrates into the existing systems without any hassle. Companies who want to accelerate their digital presence game can opt for COTS.

This article will let you explore COTS fundamentals. So, let’s get going.

COTS Software – A Quick Walk-Through 👨‍💻

Commercial-Off-The-Shelf software is a ready-made app solution. Businesses can choose the best one based on their preferences and customer needs.

These pre-built packaged software/apps get developed to address business challenges using a single solution. COTS components are ready to install.

You can tailor COTS software to address business demands and integrate it into the existing organisational structure.

Extending their features and functionality with customisation is also an option. But, concerning the long-term service and maintenance implications, take this decision cautiously.

Packaged Software Market size is anticipated to raise about 7.94 billion U.S. Dollars by the end of 2027 with a 17% CAGR.

There are other similar terms to COTS like,

MOTS

It stands for Modifiable-Off-The-Shelf software. With MOTS, you can modify the source code according to business requirements.

GOTS

It stands for Government-Off-the-Shelf software. With GOTS, you can modify the source code according to government requirements. Only government and public sectors can use GOTS software.

NOTS

It stands for Niche-Off-The-Shelf/ NATO-Off-the-Shelf software. With NOTS, you can modify the source code according to niche market requirements. It is developed by NC3A.

COTS Software Benefits 👍

• Initially budget-friendly option
• Quick implementation
• Offer more functionality than you need
• Owned by someone else. They take care of the development/upgrade costs.
• Some have included support
• Access reviews and feedback from existing users
• Updates are generally included
• Easily deployable
• On-time updates
• Larger technical assistance

COTS Software Drawbacks 👎

• It can be more expensive over time
• Do not offer complete control
• It can be impossible to make changes according to your needs
• May not support after some time
• Additional costs for upgrades
• Too many features that might not use for you
• It has limited features
• You might face issues with integration
• It may not suit your work process

COTS Software vs Custom Software

COTS Software – How to Choose the Best One?

Below, you can discover some tips to select the best COTS software solution for your organisation.

|1. Identify needs and predict the future

You need to analyse the expected potential growth and manage future assumptions. If you lack focus in the analysis, your future implementation will be at risk.

Perform thorough cost analysis that comprises costs for five years. It is essential if your software needs ongoing licensing and maintenance.

|2. Focus on integrations

Ensure that the COTS software you choose integrates flawlessly with your existing systems.

If the COTS software is a couple of years old, it might be written using legacy language. Optimising it over time is challenging. It is beneficial to invest in improving your current systems.

|3. Opt for the right licence

While investing in COTS, opt for single-user and general licence options. Select the latter when software is used by a large-sized department.

|4. Pay attention to upgrades and maintenance

Each software needs regular updates and maintenance. Usually, COTS software needs fewer maintenance services and costs less to update.

|5. Focus on your contract

Do not get trapped with the vendor who charges extra for software reinstallation on a different machine. Ensure that your contract mentions all the required support.

The contract should clearly indicate what to expect in emergency maintenance or operational vulnerabilities.

COTS Integration – What is it?

COTS integration means the merging of one COTS software with another one. The other software is either COTS or non-COTS. The Commercial-Off-The-Shelf integrated systems are also called COTS-Based-Systems (CBS). COTS software is a crucial component of CBS.

Precise integration is significant for the smooth COTS product performance with the other systems. The system will not work amicably or incomplete without the proper integration.

It is also significant that software development based on pre-existing component integration is not similar to typical custom development. The reason is the earlier software components do not mean to address the project’s defined condition.

COTS components aim to fulfil market needs. It becomes crucial to understand component functionality and the way they change to alter the business process and user needs.

CBS Classification

It is classified into two categories.

• COTS-solution system
• COTS-aggregated system

The COTS-solution system is customised to offer essential system functionality. It is one crucial product or a suite of products from a single supplier.

Here the conducted tests are design focused. Tests should assess the product’s cost-effectiveness. They ensure the best result is acquired with sound efforts. The system should be simple, eye-catchy, and easy to use.

A COTS-aggregated system is a combination of various products which could be COTS/non-COTS from multiple vendors.

For CBS testing, the first step is COTS product assessment. All the COTS and non-COTS components get verified individually to assure smooth performance. It helps to identify whether CBS are compatible with each other and delivers expected outcomes. It also validates how long the gained output is reliable.

The ability to maintain is the second crucial element. The system needs less maintenance and has good adaptability with various CBS.

The different COTS documentation utilised in the COTS-Based-Systems should be accessible and updated on time. It is crucial to perform appropriate risk drive testing. For that, focus on the risk created or mitigated by the CBS.

What is COTS Product Reuse?

Commercial-Off-the-Shelf product reuse implies that,

• Function and Class libraries that execute commonly used abstractions are accessible to reuse
• Shared components are linked to an app at different points while programming compilation
• Large-scale systems that summarise generic business features and rules are possible to adapt for a business
• You can develop a system by configuring and integrating the existing system

COTS Software Examples

We are using different COTS software in day-to-day operations. It simplifies the way of working and is now an inevitable part of daily work. Some of the software is,

• Development tools like Visual Basic and Sybase
• Spreadsheets or Accounting Software
• Word processors
• Libraries that need connection with available codes like browser add-ons, graphic engines, or game
• Screens, printers, and equivalent retailer device drivers
• Windows DLLs
• Adobe Photoshop

In a Nutshell

Selecting efficient software can be a tough nut to crack. COTS software is a cost-effective solution for brands searching to implement digital functionalities instantly.

Make sure to review the above-mentioned points, and you can make the right choice of COTS software for your enterprise.

If you discover that a COTS solution would be a risky investment, opt for custom software development  instead. Sometimes you need software that aligns perfectly with business processes and goals.

Source: https://dev.azure.com/siliconithub/siliconithubpvtld/_wiki/wikis/siliconithubpvtld.wiki/1/COTS-Software-An-Ultimate-Tool-to-Streamline-Business-Operations

Internet of Things (IoT) Evolution and its Prompt Acceptance Worldwide

The IoT (Internet of Things) usually connects things to the Internet and uses that connection to offer effective remote monitoring or control of certain things.

This IoT definition is confined and addresses the portion of IoT evolution only. It is generally a rebranding of today’s M2M (Machine to Machine) market.

The definition of IoT is, 

“The IoT builds a Smart, invisible network that you can sense, control, and program. IoT-enabled products use embedded technology that enables direct/indirect communication, with each other or the Internet.” 

Billions of IoT-connected devices are already present globally, and they will keep expanding as internet connectivity becomes a familiar feature for many electronic devices.

Even though IoT get highly incorporated into the consumer electronics market, it extends above household appliances and handheld devices. IoT subsystems like the Industrial Internet and Connected/Smart Cities aim to automate factory floors and urban areas instead of only household chores. 

Digital virtual assistants like Amazon’s Alexa and Google Assistant bridge the gap between this interconnected network of devices and their human users.

The global IoT market size is anticipated to rise to 212 billion dollars by 2019. The technology achieved 100 billion dollars in market revenue in 2017 first-ever, and predictions indicate that this number will expand up to 1.6 trillion by the end of 2025.

History of IoT

The Smart device networks idea was debated in 1982 with an amended coke machine at Carnegie Mellon University. It became the first internet-connected device.

During the 1990s, papers series get issued in different academic journals. The thought of the IoT initially gained popularity in 1999 through the Auto-ID Center at MIT and relevant market-analysis publications.

First, the IoT term gets coined by British professor Kevin Ashton in 1999 at MIT. He predicted vendors implementing intelligence into actual objects/things, mainly anything that supports a sensor and connects through networks.

In 2000, LG stated its plans to build an internet-enabled refrigerator.

From 2003-2004, “IoT” was quoted in mainstream publications, including

• The Guardian, Scientific American
• The Boston Globe

In 2005, the UN’s ITU (International Telecommunication Union) released the first report on IoT, mentioning the technology’s future global adoption.

The IoT market faced magnificent growth during 2008-2010. The number of connected devices exceeds the global population. There are multiple connected devices per person.

IoT Becomes Smarter

Smart cities use IoT to mitigate waste and improve efficient energy use. The IoT can also simplify traffic flows and find vacant parking places.

In 2012, The Swiss Federal Office of Energy initiated a pilot program “Smart City Switzerland.” They carried out delegates from businesses, universities, and public admins together to collaborate on fresh ideas for the urban surroundings.

A well-developed Smart city supports different sensors linked to the internet and offers,

• Real-time traffic monitoring and reporting
• Sensors integrated with pavement helps with Smart parking and identify vacant parking space
• Integrated IoT sensors discover polluters that aid with air quality tracking
• Smart public lighting enables a combination of low-energy lighting with time and sensors
• Smart transportation helps with Smart traffic lights and improves traffic efficiency and public transport

Smart buildings use sensors and automated processes to deal with the building’s operation. It includes,

• Air conditioning
• Ventilation
• Heating
• Lighting
• Security
• Other systems

The IIoT (Industrial Internet of Things)

The IIoT is an expansion of the Internet of Things and leverages actuators and Smart sensors connected with a company’s industrial apps.

The key objective is to provide high efficiency and reliability to different industries. The IIoT comprises software-defined manufacturing methods and robotics.

The cloud’s tremendous storage capacity (2002) was essential for the advanced IIoT version to transform into a reality.

The IIoT outshines in approx 2010, with different big brands starting to build their own systems. General Electric (GE) gained credit for originating the term “Industrial Internet of Things”, in late 2012.

The IoT Being Used in Everyday Living

By the end of 2013, the Internet of Things turned out into a system that leverages different technologies such as,

• Internet
• Wireless collaboration
• MEMS (Micro-electromechanical systems)
• Embedded systems
• Smart devices
• Building maintenance
• Aeroplane Jet Engine
• Medical devices like heart monitor implants, biochip transponders in a farm animal
• Data transfer over a network

The IoT Proceeds towards Mobile

Smartphones are one of the essential communication tools which integrate with the IoT. These devices’ sensors, tracked by marketing persons, send specific promotions according to customers and the product’s location.

In the healthcare industry, smartwatches and monitors track patient data like BP, heart rate, etc., in real-time.

In the transportation industry, a connected vehicle works with other devices through wireless networks. It enables different linked networks to access and interact with the vehicles.

Vehicles like cars and trucks comprise sensors and technology containing On-board Diagnostics (OBD) and GPS. By leveraging these technologies, organizations can extract real-time data from their fleets like,

• Driving conditions
• Maintenance needs
• Routes info

Self-driving cars use the cloud to respond to

• Adjacent cars
• Maps
• Surface conditions
• Traffic data
• Weather

Based on that, you can make better decisions in real-time.

What is in Trend?

IoT is one of the crucial technologies accountable for the success of multiple other technologies like AI and ML. It is shaping global markets with different trends such as,

• AIoT (Artificial Intelligence and IoT Technology)
• Edge Computing (Low Latency and High Security)
• IoT connectivity (5G, Wi-Fi 6, LPWAN, and Satellites
• Smart Homes
• Wearable IoT technology
• Smart Cities 
• Healthcare modernization and digitization 
• More connected networks to help manufacturers

The IoT future lies in earlier trends and beyond, with the potential to extend to different areas like the retail industry and indoor navigation.

It is also significant to note that the IoT is not a technology that performs solely in multiple circumstances.

Synergizing technologies like AI and IoT facilitate enterprises to stimulate innovation and stay relevant in the ever-evolving competition. All you need to initiate is a unique idea/vision/goal to digitize business infrastructure to flourish in the future.

Impact of Global Health Crisis on IoT

The pandemic had an unusual impact on society and the economy.

• Ongoing projects get paused
• Decreasing demand for new projects/services/devices
• Some enterprise technologies removed
• The digital divide widens
• IoT networks are largely unaffected
• Cyber attacks increases and hacker strategies change
• Technology roadmaps get delayed
• Fewer IoT jobs

During the global health crisis, enterprises get forced to digitize and automate their day-to-day activities. Covid-19 has transformed the way companies work worldwide.

• The Drones became extremely useful
• Enterprise technologies involving Smart devices and wearables started increasing
• The popularity of health apps raised
• Privacy gets re-evaluated
• Additional focus on security
• Many digitization initiatives get accelerated

In a Nutshell

IoT is a modern paradigm that has transformed traditional ways of life into a high-tech lifestyle. IoT drives revolution such as,

• Smart cities
• Energy saving
• Smart Industries
• Smart homes
• Pollution control
• Smart Transportation

Many significant analyses and surveys are performed to improve the technology using IoT.

However, there are still many challenges and concerns necessary to address to leverage the best of the Internet of Things (IoT).

Source: https://www.siliconithub.com/iot-evolution/

Mobile Automation Testing – Tools Worth Exploring to Streamline the Process

In the fast-paced web and mobile app development world, automation testing tools appeal to quality analysts to create a highly scalable software product.

But before the commencement of these automation testing tools, there were many challenges in testing mobile and multi-channel applications.

Based on a global survey of senior IT-management executives, you can see the key challenges in app testing from 2013-2018.

Nowadays, enterprises are implementing CI (Continuous Integration) and CD (Continuous Deployment), Agile, and DevOps approaches to keep pace with ever-evolving customers’ demands. Test automation is the core of these aspects.

The software development process is incomplete without automation testing. The automation testing tools aim for short testing time, improved coverage, and productive test case usage. It makes sure that the automation benefits are leveraged to the fullest.

Here we have mentioned some of the worth exploring tools that simplify the testing process. So let’s get going.

Mobile Automation Testing Tools

1. Appium

Appium is an open-source tool for test automation that you can use with native, hybrid, and mobile web apps.

Its core concept is that there is no need to add an SDK or recompile the app while performing native app testing. You are free to use your favourite test practices, tools, and framework. Appium testing is an open-source project that develops tools and designs to motivate an active community.

Appium enables full access to back-end APIs and Databases from test code.

It also automates any mobile app from any language and test framework. You can write tests with your preferred tools using different programming languages.

Highlights

• Integrate with different frameworks and testing platforms like Jenkins and other CI/CD tools
• Enables reusability of test and code among iOS, Android, and Windows
• Enable access to different scripting languages like Ruby, Java, PHP, Python, C#, and JavaScript
• Eliminate the need for app recompiling, frameworks, or different codebase
• Easy to adopt for those who have knowledge and experience of Selenium
• Appium Desktop’s recording features facilitate gestures recording as code

2. Kobiton

Kobiton is a mobile testing platform that fastens the testing process and delivery of mobile apps. It enables automated and manual testing on actual devices or emulators, whether on the private cloud, public cloud, or on-premises.

It functions well with Android, iOS, and native apps and uses no code technology. It thoroughly tests your UI and UX across all the available devices.

Kobiton enables scriptless app automation for uninterrupted testing at scale. It improves mobile app performance to get higher app store rankings, mitigated app abandonment and increases revenue on mobile channels.

Highlights 

• Enable testing on the actual devices
• Device Lab Management (DLM)
• Enable scriptless automation
• Natural gestures and responsiveness
• Load apps and boot devices faster compared to others
• DLM easily connects internal devices, creating its own Local test cloud
• Flexible test cloud and rich test logs
• Automatic capture, easy log access, and historical results
• One platform for web, hybrid, and native apps
• Facilitate automation with the latest automaton frameworks like Appium, Espresso, Xcui, Selenium
• Enable parallel automation execution with different mobile testing tools
• Smart app directory, detailed activity logs, and testing within minutes
• App-Ray partnership, data-centre, and dev centre security

3. XCUITest

XCUITest is an automated iOS app testing tool launched by Apple. It is not a cross-platform framework. Tests composed here can not be utilised to test Android apps.

Also, with XCUITest you can not choose any programming language to make tests (Java, Ruby, Python). You can opt for only Swift/Objective C.

XCUITest creates UI tests for iOS apps and executes with Xcode IDE. It helps iOS app developers get precise outcomes to discover and correct the differences within.

Moreover, the framework leverages recorder tools. It helps testers to record the process rather than write the codes. The text execution process is also quick and viable for all iOS devices.

Highlights  

• Executes within the XCode IDE
• Enables faster test execution
• Set up is easy as it embeds into the XCode IDE
• Supports Swift and Objective-C programming languages
• Facilitate test recording using the XCode UI test recorder

4. Espresso

Espresso is one of the most widely known mobile testing frameworks generated by Google and incorporated with Android Studio.

The tool is easy to adapt to one who has experience with native Android apps.

Using Espresso, you can build and deploy Android UI tests only. Developers can develop a test scenario and record the interaction with a mobile device.

According to analysis, developers can test the UI elements’ behaviour with snapshot capturing.

Highlights  

• An Android-specific platform for app testing 
• Supports all Android instrumentation 
• Enables block box and particular component testing
• Facilitate manual test creation with Kotlin and Java
• Support Android and hybrid web apps testing  
• Enables effortless setup and synchronised test execution
• Comprises a simple and flexible API
• UI tests run on actual devices and emulators
• Record tests with an Espresso recorder rather than writing code

5. Katalon Studio

Katalon Studio is one of the leading alternatives of Appium to perform mobile automation testing. It is bundled with all the needed components and a prebuilt keyboard to initiate mobile automation projects quickly.

It supports advanced mobile platforms and devices and enables an Appium-based rich and active ecosystem. You can seamlessly detect and store UI elements to fasten the scripting process and mitigate maintenance efforts.

It enables the easy creation of tests with a mobile recorder and automatically stores all UI elements for reusing purposes. It maximises automation proficiency with reusable scripts and test objects across API, mobile, and web platforms.

Tests run locally and remotely on actual and cloud-based devices and simulators. You can integrate it with the mobile platforms you are already using.

Highlights  

• Simple set up
• Appium compliant
• Powerful object spying utility
• Robust recording utility
• Optimal cross-functional testing
• Cross environment execution
• Cloud-based mobile platform integration
• Supported OS: Windows, macOS, and Linux
• Support native apps, mobile web apps, and hybrid apps testing

6. Robotium

Robotium is a framework for Android test automation that supports native and hybrid apps. The framework streamlines the process of writing robust automatic black-box UI tests for Android apps.

Robotium supports test case developers writing functions, system and user acceptance test scripts that span many Android activities.

Robotium test apps that contain source code and have an APK file.

Highlights  

• Test native and hybrid apps
• Need minimal knowledge of the app under test
• Manage multiple Android activities automatically
• Need minimal time to write robust test cases
• Test case readability is highly enhanced compared to standard instrumentation tests
• Test cases are highly scalable because of run-time UI components binding
• Faster execution of test cases
• Integrates flawlessly with Maven, Gradle or Ant to run tests

7. TestComplete

TestComplete contains an intelligent object repository and supports more than 500 controls. It assures that GUI tests are fully robust, easy to maintain, and scalable. You can leverage high automated quality that ultimately delivers high quality overall.

You can automate UI testing on different desktop apps containing Java, .Net, WPF, and Windows 10. Along with desktop testing, you can make reusable tests for every web app containing the latest JS frameworks such as React and Angular on different browser and platform configurations.

TestComplete lets you make and automate functional UI tests on actual/virtual iOS and Android devices. You do not have to break a phone.

Highlights

• Building automated UI tests.
• Object recognition engine now with AI.
• Data-Driven testing.
• Automated test Reporting and Analysis.
• Intelligent quality Add-on.
• Keyword-driven testing.
• Free training and support.
• Cross-browser and Device testing.
• Parallel testing.
• Continuous testing for DevOps.
• Test automation for Behaviour-Driven Development (BDD).
• Harness the power of Automated Test Reuse.

In a Nutshell

Mobile automation testing tools aid solve issues addressed while producing reliable and robust software. So you must be careful when it comes to opting for the best testing tool.

You need to focus on the features of a specific tool and compare them with your quality assurance needs.

Addionationly, you need to discover a tool that offers multiple testing options, compatible with different devices, and supports various scripting languages.

On successful app testing, you can deliver a bug-free solution to the customers that ultimately increases their reliability on your products/services and helps to gain more loyal users. 

Source: https://www.siliconithub.com/mobile-automation-testing-tools/

Laravel vs. Symfony: Differences Between Two Leading PHP-Based Web Frameworks 

While developing comprehensive enterprise-level web apps, PHP frameworks are the most frequently chosen solution.

Among the other available PHP frameworks, Laravel and Symfony remain hot favourites as they offer an outstanding coding style and efficient development practices.

According to GitHub, Symfony has 27.3k stars, and Laravel has 70.6k stars at the time of writing this article.

Here you can see the necessary skills in the PHP tech stack globally by the end of 2021.

In the world of custom PHP web development, both are popular choices. In this post, we have discussed the differences between Laravel vs Symfony so that you can choose the best one according to your project needs.

Let’s start with a brief intro to both frameworks.

A quick walk-through into Laravel Framework 👨‍💻 

Laravel is a PHP-based framework for comprehensive web development. It is open-source and completely free.

It is a user-friendly framework for a newbie and supports the Model-View-Controller (MVC) architecture for development.

It has features like,

• Dependency injection
• Job scheduling
• Queues
• Integration testing
• Unit testing
• Database abstraction layer

The above-listed features fasten and smoothen the development process of highly complicated apps. You can choose Laravel to scale a distributed cache system and deal with enterprise workload effortlessly.

Many big names use the Laravel framework like,

• BBC
• Belitsoft
• Pfizer
• Crowdeube
• Pedidosya
• STRV

You can leverage Laravel’s ecosystem tools to incorporate into the projects and supports

• Real-time events – Echo
• OAuth – Socialite
• Micro-framework – Lumen
• Debug assistant – telescope
• OAuth – Socialite
• Local docker environment – Sail

Laravel Web Development Benefits 👍

• Superior performance
• Robust error handling
• Strong database management
• Supportive libraries
• Full-proof security
• Ease of use
• Seamless project management
• Eye-catchy templates
• Better authentication
• Open-source nature

Laravel Web Development Drawbacks 👎

• Lacks inbuilt support
• Complex with specific updates
• Less community support over other platforms
• It might feel complex at the initial stages
• Complicated for legacy systems to shift to Laravel
• Approaches included in the reverse routing process are sometimes complicated
• Not mature as many other frameworks

A quick walk-through into Symfony Framework 👨‍💻 

Symfony is a leading PHP-based web app framework that builds websites and web apps. It is developed based on the decoupled and reusable Symfony components. With Symfony, the best PHP apps get developed like,

• Drupal
• Prestashop
• Laravel

Symfony framework encourages and adopts,

• Professionalism
• Standardisation
• Best practices
• Apps interoperability

Symfony has an enthusiastic group of more than 6lakh developers in around 120+ countries. All Symfony professionals are committed to delivering the needed help no matter the level of complexity.

Symfony Web Development Benefits 👍

• Interoperability
• Speed, flexibility, and reusable components
• A pool of references like Intranets, general public sites, community sites, social networks, management and workflow applications, etc.
• An active community of developers, integrators, users and other contributors
• Community and company support
• Faster and less greedy
• Expandable
• Ease of use
• Unlimited flexibility
• Stable and sustainable
• Highly functional environment

Symfony Web Development Drawbacks 👎

• Harder to learn, build, and launch compared to other PHP frameworks
• For multiple uses, it needs prebuilt codes, so it needs more time to test. It slows down the development process. 
• Some apps load slowly, as it depends on other technologies. Origin elements are absent.

Laravel and Symfony – Similarities

Laravel and Symfony – Differences

Laravel is a Perfect match for Rapid App Development.

Laravel follows its own concept and logic to build PHP apps. It enables developers to deliver more with less code. If you are looking for quick project delivery with fewer professionals and developers, Laravel would be the perfect match for your project.

Laravel helps to save extra effort and time. You can be free from daily repetitive tasks and focus more on core project solutions.

Laravel installation lets you access many pre-built functionalities like the Object Relational Mapper, Blade, and Eloquent. Laravel developers do not need to set up the Laravel package as it is readily available.

Laravel contains robust tools that automate general processes such as,

• Queueing
• Routing
• Authentication
• Sessions
• Caching

Symfony is suitable for Business Level App Development.

Symfony needs more time and workforce at the initial stages as it requires much work for the element configuration. Yet, it is considered the best choice for complicated projects.

However, you will get returns on invested workforces, as there is vast scope for custom functionality and changes to address emerging business needs.

While installing Symfony, you will get only the skeleton framework. There are no built-in dependencies such as a template engine and default library. Symfony contains a modular structure with independent components.

When a need arises to perform in-depth core changes in the project, you have to re-configure only the specific unit in the architecture rather than the whole project.

Symfony does not have preset logic for the element configuration. So developers can use the suitable configuration solution according to their choice.

How to make the right choice?

To ensure your choice for the short and the long run, assess some aspects such as:

• Your current needs.
• Do your needs get addressed by a packaged solution?
• Needed skills while choosing a framework.
• What are the possibilities of the developed solution being upgradeable?

At last, don’t fall for the evident simplicity of the needs. In many circumstances, business norms and functions to be built are not so easy to apply.

Moreover, Symfony also suits small-sized projects.

In a Nutshell

Laravel vs Symfony is a tempting comparison usually done by PHP developers. Both have their plus points and challenges, similarities and differences, and still, stay ahead as the well-known PHP frameworks.

This article has compared them both. For developers, it is like picking the better out of the best.

Select any of the two robust and mature PHP frameworks- both are widely accepted and reliable and deliver excellent results!

Source: https://www.siliconithub.com/laravel-vs-symfony/

Top Innovative App Ideas for Successful On-Demand Business

We can not take technology’s role in the business sector for granted.

Eventually, businesses have become highly reliant on technology that if we were to diminish that technology, trade and commerce globally would come to a standstill, and the whole economy would collapse.

In one form or another, it is nearly unfeasible to conduct a business without technology support. Nearly every business aspect gets heavily influenced by technology.

Almost all businesses and industries globally use mobile apps ranging from the basic to the most complex operations.

The worldwide mobile app market size does count 187.58 billion USD in 2021 and anticipates expanding at a CAGR of 13.4% from 2022 – 2030.

Audiences are continuing to demand things relevant to their interests and needs.

Connecting with users personally is necessary to achieve higher user satisfaction. For that, on-demand businesses are in demand, making the mobile-based business approach more popular.

Here, we have mentioned a list of the best app ideas for your on-demand business that you can indeed try out.

So let’s start exploring.

Exceptional On-Demand App Ideas

|1. On-Demand Apps for Healthcare

Mobile health/mHealth is all about medicine and public health services using smart devices like mobile phones, tablets, etc. The future is indeed positive for the on-demand health apps market.

You can create different on-demand healthcare apps such as,

• Telehealth app
• Medication reminder app
• Therapy app
• Appointment scheduling app
• Prescription discount app
• Affordable on-demand care
• Insurance coverage
• Activity tracker app
• Doctor house calls
• Dermatology services app
• Women’s healthcare app

On-demand apps that make personal healthcare effortless are a pretty large bucket. To ensure easy accessibility for wide-ranging users, you can build apps available for all types of Smart devices.

Moreover, focus on developing apps that enable access through websites. Many users are more comfortable performing tasks through a desktop or laptop.

Offer a variety of ways to connect with doctors and healthcare providers like video, phone chats, secure messaging, live chat, etc.

Features to Develop

• Patient data collection
• Professional network
• Personalised updates
• Prescription
• Scheduling appointments
• Instant medical aid
• Lucrative offers and discounts
• Reminders
• Health monitoring
• Personal trainers
• Payment gateway
• Geolocation
• Reviews

Well-known Healthcare Apps

• Doctor On Demand
• Teladoc
• Amwell
• Heal
• First Derm
• Maven
• ZocDoc
• GoodRx
• Medisafe
• Healow
• Talkspace
• WebMD

|2. On-Demand Apps for Taxi Booking/Ride-Sharing

The ridesharing market has experienced a massive surge in the past couple of years. The industry firms use advanced technology to match drivers with passengers through the C2C business model.

These firms operate as a platform to enable those owning a car to use taxis whenever they wish.

You can create different on-demand travelling apps such as,

• Price comparison and travel advice app
• Cargo logistic apps
• Taxi booking apps
• E-scooter apps
• Bicycle rising apps
• Road-trip planning apps

With the tremendous success of the Uber app and its alternatives such as Lyft, Gett, and Careem, the transport and logistics industry achieved a new direction.

Using an Uber-like on-demand app, you can generate your target areas with various captivating features.

Features to Develop

• Live traffic updates
• Free cancellation
• GPS navigator
• Ride rescheduling
• Bookings
• Ratings
• Saved destination
• On-boarding
• Payment integration
• Push notifications
• Route monitoring

Well-known Taxi Booking Apps

• Uber
• Ola
• Lyft
• Careem
• Cabify
• Curb
• Bolt
• Gett
• Blacklane