CategoriesSoftware Development Web Development

Selected Firms Recognize Bytecipher as one of the top eCommerce Development Companies in India

We are happy to inform you that with its commitment to providing innovative solutions and outstanding customer service, Bytecipher has been positioned as one of the top eCommerce development companies in India by Selected Firms – A renowned B2B research and analysis portal. 

About ByteCipher

In recent years, the eCommerce industry has grown exponentially. As businesses strive to stay ahead of the competition, they seek reliable and efficient eCommerce development companies. Bytecipher, a pioneering eCommerce, Magento and Leading software development company, has been recognized by SelectedFirms as one of the top service providers in the industry.  

Bytecipher is a full-service eCommerce and Magento development company that specializes in creating customized solutions for businesses of all sizes. Since its inception, Bytecipher has been committed to providing clients with the highest quality of service, ensuring that their eCommerce and Magento needs are met with the utmost efficiency and effectiveness.  

Bytecipher’s primary objective is to deliver a comprehensive suite of services tailored to each client’s specific needs. As a result, the company has built a reputation of excellence by consistently providing cutting-edge solutions to maximize efficiency and increase ROI. With a highly skilled professional team, Bytecipher can deliver a wide range of services, from design and development to integration and maintenance.  

In addition to its commitment to excellence, Bytecipher also prides itself on its customer service. The company’s team of experienced professionals is available 24/7 to provide clients with the support they need. With an unwavering dedication to customer satisfaction, Bytecipher is committed to providing the best possible experience for its clients.  Our exceptional contribution in IT services and support has also earned us a title of one of top IT service companies of 2022 by SelectedFirms.

Bytecipher has become a leader in the eCommerce and Magento development industry. As the industry continues to grow and evolve, Bytecipher is well-positioned to remain at the forefront of the eCommerce and Magento development industry.

About SelectedFirms

SelectedFirms is an online marketplace that connects businesses with the best-in-class service providers. We use an algorithm to match companies with the most appropriate service providers based on their needs, enabling them to find qualified professionals quickly. The selection procedure of SelectedFirms is based on various factors such as portfolio, expertise, reviews, experience & pricing before getting shortlisted for the coveted list. Our services include web design, software development, marketing, and more. We strive to provide businesses with the highest quality and most cost-efficient services.

CategoriesDevOps mobile app development Software Development Web Development

DevOps & DevSecOps: What Are the Key Differences Between the Two?

As the demand for change signals the ongoing deployment of disruptive technologies, the software development company landscape is constantly on the cutting edge of innovation. At each turn of the wave, a distinct development approach emerges.

Today, many, if not most, software development professionals use the agile technique. The focus has shifted from process improvement to ability prioritization, resulting in advanced development approaches such as DevOps and DevSecOps.

The primary contrasts between DevOps vs DevSecOps have been explored in this post; however, before going into the differences, let’s first gain a holistic grasp of each idea.

What is DevOps

The DevOps technique combines two components. ‘Dev’ refers to software development, whereas ‘Ops’ refers to information technology services.

DevOps is a collection of approaches designed to shorten the time it takes to deliver software updates and features to users. DevOps is intended to automate and optimize the software delivery process, from development to testing and deployment to production. One of the primary aims of DevOps is to reduce the number of processes necessary for developers to get their work into production.

DevOps strives to increase communication and collaboration between mobile app development, web development and operations teams as well. DevOps may help firms enhance productivity and speed up delivery times by automating jobs and standardizing procedures.

What is DevSecOps?

DevSecOps combines DevOps with SecOps to provide a cycle system for software development, technology operations, and cybersecurity.

The goal of DevSecOps is to aid in the rapid development of a reliable codebase. Rather than emphasizing development or security, the DevSecOps technique encourages developers and security professionals to adopt a balanced viewpoint. Development and security teams may provide continual assistance by utilizing a flexible framework.

Similarities Between DevOps and DevSecOps

DevOps and DevSecOps have many similarities. Both practices have a similar ethos and employ automation as well as active monitoring. Though they have distinct objectives, the two techniques are meant to satisfy comparable needs and both strive to better your business by bringing together teams from various departments.

Cultural Similarities

The emphasis on community is the cultural link between DevOps and DevSecOps. To execute activities or generate goods, many departments are brought together. This collaborative culture brings together different teams inside your organization to break down barriers and improve the development process.

This culture enhances efficiency and minimizes bottlenecks in DevOps. DevSecOps is a culture that attempts to include cloud security at every stage and reduce vulnerability while increasing compliance. Because the cultures are so similar, the two techniques rely on identical instruments.

The Role of Automation

Automation in the context of application development refers to the use of technology to accomplish activities with less human intervention. Automation in DevOps and DevSecOps aids in the workflows of continuous integration, continuous delivery, and continuous deployment.

The Automation speeds up feedback loops between the development and operations teams, allowing updates to be released more rapidly. Automation in DevSecOps automates secure operations, decreasing overhead and human error. Automation is available in both scenarios to improve the process and increase efficiency.

The Role of Active Monitoring

Active monitoring in DevSecOps includes both internal security tools (to guarantee safe code does not create security vulnerabilities) and cloud-based technologies. Monitoring cloud security entails keeping an eye out for fraudulent logins, application problems, and unauthorized access. Active monitoring allows for the patching of software before security is compromised.

The key to monitoring in both disciplines is to take a proactive rather than a reactive approach. Code can be built or altered more effectively and securely if it is kept up to date with changes in the environment. While DevOps and DevSecOps have many similarities, there are many key distinctions in how they operate.

In DevSecOps, active monitoring comprises both internal security tools (to ensure that safe code does not introduce security flaws) and cloud-based solutions. Monitoring cloud security means looking for fraudulent logins, application issues, and unauthorized access. Active monitoring enables software patches to be applied before security is compromised.

The key to effective monitoring in both disciplines is to be proactive rather than reactive. If code is maintained up to date with changes in the environment, it may be built or adjusted more effectively and safely. While DevOps and DevSecOps share many similarities, they function in quite different ways.

DevOps vs DevSecOps: Detailed Comparison

Philosophy

There are two primary schools of thinking in software development: DevOps and DevSecOps. Both theories have advantages and disadvantages and choosing one to use depends on the needs of your company. DevOps is all about efficiency and speed. The emphasis is on releasing new features as soon as feasible without sacrificing quality. This method is suitable for firms that need to provide new software upgrades quickly.

DevSecOps, on the other hand, focuses more on security. The objective is to keep risks and vulnerabilities from ever entering the codebase. This method is better suitable for firms that deal with sensitive data or are subject to severe compliance laws. When it comes to DevOps vs DevSecOps, there is no right or wrong solution. The optimal method is the one that best matches your organization’s needs. To have a better understanding of this essential practice, you may increase your knowledge level with the Best DevOps Training.

Purpose

Both DevOps and DevSecOps are software development approaches that emphasize cooperation and communication between developers and operations teams. However, there is a significant difference between DevOps and DevSecOps: DevOps focuses on streamlining the software development process, whereas DevSecOps prioritizes security. DevSecOps can assist to decrease the risk of vulnerabilities and simplify compliance with security laws by including security in the development process from the beginning.

As a result of the DevOps vs. DevSecOps debate, DevSecOps is frequently seen as a more thorough approach to software development than DevOps. As a result, both methodologies may be utilized to boost software development efficiency and quality. 

Goal

DevOps is a relatively recent methodology that stresses cooperation between development and operations teams. The purpose of DevOps is to increase the speed and efficiency of software development by simplifying the process from start to end. One of the primary benefits of DevOps is that it helps to minimize silos between various teams, which may frequently lead to delays and bottlenecks. As a result, one of the drawbacks of DevOps is that it can be difficult to deploy, particularly in big firms with established processes and procedures.

DevSecOps is a DevOps variant that emphasizes security. DevSecOps, like DevOps, seeks to increase the speed and efficiency of software development. DevSecOps, on the other hand, requires security to be considered at every level of the development process. This can aid in preventing vulnerabilities from being introduced into code, but it can also slow down the development process overall. As a result, DevSecOps may not be appropriate for software development company that want to move swiftly and often deploy new features.

Team Skill Set

DevOps teams are in charge of creating and maintaining the software that powers an organization’s IT infrastructure. DevSecOps teams, on the other hand, are in charge of guaranteeing the security of the same program. To be effective, both sorts of teams must be highly talented. There are, however, some significant distinctions between the two.

The DevOps teams are more concerned with the technical elements of software development, whereas DevSecOps teams are more concerned with security. As a consequence, DevSecOps teams frequently have a better grasp of how to secure software. They are also more proactive in their approach to security, rather than merely responding to issues when they occur.

Security Begins

In general, software development addresses security from two angles. DevOps and DevSecOps differ in their methods of delivering software quicker and more efficiently, but also take distinct approaches to security. DevOps focuses on automating the software delivery process, whereas DevSecOps prioritizes security. As a result, DevSecOps is frequently seen as the more secure alternative.

However, when it comes to security, both systems offer advantages and downsides. DevOps may be faster and more effective, but DevSecOps is more likely to detect possible security flaws before they become a problem. Finally, the ideal strategy in DevOps vs DevSecOps will rely on your individual needs and goals.

Conclusion—The Distinction Between DevOps and DevSecOps

DevOps and DevSecOps techniques share characteristics, such as the use of automation and consistent procedures for developing collaborative development cycles. However, whereas DevOps emphasizes delivery speed, DevSecOps shifts security to the left.

Initially, DevSecOps approaches may reduce development time, but they will ensure that the codebase is secure from the start. Custom software development company will benefit from increased work and delivery speed for stable codebases after some training and once the agreement is completely included in the development approach.

Categoriesmobile app development Software Development Web Development

React Native vs Swift: The Best iOS App Platform of 2022

Do you intend to create a native iOS or cross-platform application for your company? Are you debating whether to use Swift or React Native to offer your project a distinct look and feel?

It is no surprise that businesses choose to build iOS applications first because monetization is one of the most important aims of any app development. When computer professionals discuss iOS app development, they frequently reference Swift, a programming language that allows the production of native iOS applications. However, React Native is mentioned since it is a well-known JavaScript framework for developing platform-independent mobile apps.

In this post, we’ll look at Swift and React Native for iOS development, as well as explore them and their use cases. Finally, a full comparison of both platforms will help you choose the best one for your iOS app development needs.

React Native – A brief introduction

The React Native framework is a free and open-source JavaScript framework that lets you develop apps for iOS, Android, and the web. It brings all of its brilliance to mobile app development as a React-based framework.

Facebook created the React Native framework. React Native uses native-OS views to build the app’s user interface in JavaScript. If more complex functionality is necessary, Swift and Objective-C for iOS and Java and Kotlin for Android can be employed. Native apps use a distinct set of languages, tools, and frameworks dependent on the platform for which they are designed. Because code can be transferred between platforms, React Native makes mobile application development easier and less expensive for the react native development company.

React Native – Use Cases

  • Quick prototype apps
  • Applications with simplified user interfaces and near-native UX utilizing FlexBox
  • Reusable components in mobile apps
  • Cross-platform apps that provide a native-like experience
  • Apps that can use synchronous APIs

Swift – A Brief Introduction

Swift is an open-source, multi-paradigm programming language for iPadOS, macOS, tvOS, watchOS, and iOS development. Apple established it in 2014 to provide developers with a strong language for developing iOS apps. It is a programming language that is interactive, safe, and succinct. It is designed to be a substitute for C-based programming languages. Swift is continually changing, and the Swift community is expanding. Swift source code is available on GitHub, making it accessible to anybody.

It provides an exceptional user experience and unrivaled app performance, which has contributed to its incredible popularity. Several well-known technological companies, including LinkedIn, Slack, Firefox, WordPress, and Lyft, employ Swift for iOS mobile app development.

Swift – Use Cases

  • iOS Native Applications
  • Business apps must meet stringent security standards.
  • Server applications with high performance
  • User interfaces that are smart and complicated.
  • High memory management requirements for resource-intensive applications
  • An application that can run on a variety of platforms.

Swift vs React Native – Neck-to-Neck comparison

In this section, we will offer you a comprehensive comparison of both Swift and React Native based on various vital parameters.

  • Stability

React Native allows developers to create a visually appealing native-like user experience, but it lacks Swift’s performance and reliability. Swift, on the other hand, allows you to quickly harness the capabilities of mobile devices and local languages to create a feature-rich and reliable application.

Judgment: Swift wins

  • Performance

Swift has an advantage here because of its native development strategy, which routinely outperforms cross-platform development. Swift is much ahead of the competition, especially when it comes to dynamic and graphic effects-heavy apps.

Judgment: Swift wins

  • Talent Pool

Although comparing these is difficult because React Native is a framework and Swift is a language, one may conclude that React Native has a significantly larger community.

Swift, on the other hand, has recently garnered enormous fame as a result of the unparalleled success of iPhones, but it still lacks an adequate talent pool.

Judgment: React Native wins

  • Speed of Coding

Swift is without a doubt your best choice if you are only designing iOS applications. The pace at which your code is determined by your objectives. Swift is the programming language to use if you are just creating apps for iOS. However, if you want to launch your solution on both iOS and Android, React Native will provide you with faster results.

Judgment: React Native wins

  • CI/CD support

Party solutions are required if you wish to automate your integration and delivery. Fastlane, Bitrise, CircleCI, and NeverCode may be used to build your delivery pipeline.

Swift, on the other hand, allows you to construct a CI/CD pipeline using tools like Bitrise, Buddybuild, TravisCI, and CircleCI. Swift outperforms React in this category.

Judgment: Swift wins

  • Security

You are more vulnerable to security attacks while using React Native. Because AsyncStorage runs globally and is unencrypted, you must construct an abstraction on top of it to store the app and user data. To safeguard their data in React Native applications, react native development services providers and app owners must use third-party technologies.

Swift, on the other hand, guarantees improved encryption and security configuration to offer a greater level of security for the app and user data.

Judgment: Swift wins

  • Third-party libraries and APIs

React Native has widespread community support, which is shown in the availability of a plethora of third-party libraries and APIs for developers.

They may use these frameworks and APIs to add new features to their apps while increasing connectivity with native components.

Swift, on the other hand, provides a plethora of APIs and iOS open-source libraries. It also allows for seamless third-party administration and maintenance, although it will take time to catch up to React Native.

Judgment: React Native

  • User Interface

React Native makes use of native components and APIs to develop native-like apps that look and feel very similar to native. Swift was designed specifically for native iOS programming, ensuring high-quality UI components for iOS devices.

Judgment: Swift wins.

  • Learning curve

React Native is a framework that supports JavaScript, the most commonly used programming language. As previously said, 68% of developers use JS to code, which indicates that these developers may simply adapt React Native to their job. Swift, on the other hand, is rather simple to learn, although there is still a learning curve.

Judgment: React Native wins

Conclusion

So, we’ve supplied you with a detailed comparison of Swift vs React Native, including all of the important points.

However, the decision between React Native and Swift is influenced by a variety of criteria, such as the type of application, project duration, money, and even personal preference.

If you are a startup looking to get more users and grow quickly, React Native is for you. Swift is a good choice if you want to keep upgrading the UI/UX and manage memory footprints properly. You cannot design a successful mobile application without a team of experienced mobile app developers, regardless of the framework, tool, or programming language you choose.

CategoriesSoftware Development Web Development

Building an MVP: Why Every Business Should Create One

Building an MVP

What if I told you that Facebook, Uber, and Amazon all have one thing in common in their software development company part ? They were mostly able to grow into behemoths because they began small — each of them began as a Minimum Viable Product (MVP). An MVP, as the name suggests, is a software product that includes only the most essential (minimum) functionality but is also viable and can be used to solve a specific user issue. MVP development takes less time and resources than full-scale production, and the result is always impressive.

While creating a minimum viable product, entrepreneurs choose between experiments that can validate or invalidate their assumptions about a business model.

The benefits of developing a minimum viable product

1. Experiments can be conducted without fear of failure

An MVP is essential for both established software development company and startups, especially when releasing something innovative in mobile app development. When you have a new business idea, building an MVP is a good way to test the waters. Such a product does not necessitate significant investment and can instead concentrate on presenting the key feature of the future product.

It is beneficial to test whether your new product will generate the desired demand while avoiding significant financial losses. There is no need to go all-in because a minimum viable product will immediately reveal whether your project has a chance of success in the future.

Furthermore, MVP allows for the collection of feedback, which can then be analyzed, as well as the modification of the mobile app development services or web application direction while it is being developed. In addition to feedback, you may receive information about the users’ age, social group, and how they interact with your product.

This data can be used to improve features or add some crucial but missing functionality. It is worth noting that the minimalism of an MVP allows for these actions. The product is not yet finished, and you are gradually building it based on the factors mentioned above. A feature-heavy product, on the other hand, leaves far less room for change.

2. MVPs help to attract investors and stakeholders

Stakeholders and investors are critical for almost any business, and building an MVP is the best way to capture their attention for your software development company and demonstrate that your project is worth their money. Building a minimum viable version of a software product usually does not take much time or resources. However, if an MVP receives positive customer feedback and stimulates demand, it will be much easier to find stakeholders.

Stakeholders and investors are critical for almost any business, and building an MVP is the best way to capture their attention and demonstrate that your project is worth their money. Building a minimum viable version of a software product usually does not take much time or resources. However, if an MVP receives positive customer feedback and stimulates demand, it will be much easier to find stakeholders.

3. It Helps to Verify Market Demand

An MVP’s sole purpose is to conduct preliminary testing. It will show you which solutions work and which fail to meet the needs of your customers. Companies may mistakenly believe that their product will be in high demand because it addresses some critical problems and provides a suitable solution. They devote significant resources to full-scale development but are largely ignored by users. It is not uncommon for their solution to fail to establish effective methods of human-computer interaction, or for another better solution to emerge in the ever-changing market.

An MVP is the most efficient way to validate market demand before investing large sums of money. It effectively kills two birds with one stone. First, an MVP enables you to offer a potentially good solution to customers and gradually tailor it to their specific needs. Second, an MVP can undoubtedly be developed much more quickly than a full-scale product, allowing you to outperform your competitors and be the first to present an effective solution.

4. Enhances UX and usability

Almost one-third of mobile users abandon an app after the first or second attempt. The number of people who have downloaded your app is not a good indicator of its success. That is why it is critical to prioritize usability and user experience if you want your customers to use your product.

Establishing solid user engagement is a difficult but doable task, especially when the project begins with the development of an MVP. Customers usually understand that an MVP is just the beginning. If they liked the idea and solution, they will gladly share their experience with you to make your app more user-friendly.

Your software development company’s goal is to absorb and analyze their feedback. Then you should respond appropriately with timely and relevant updates. With this approach, there is no way you will fail to establish deep user engagement.

5. An MVP is Cost-Efficient

Although it has already been mentioned several times, this point deserves its section because the low cost of building an MVP is undeniably one of its primary advantages. Because they are in different weight classes, full-scale product development is unquestionably more expensive than minimum-viable product development.

In most cases, the gradual development of an MVP and its evolution into a full-scale product is a less expensive option than the traditional approach. When going all-in on development, companies frequently add many unnecessary features just to be safe, which can quickly add up. An MVP, on the other hand, includes only the most essential features and evolves gradually based on specific user needs.

Final Words

An MVP development aims to provide a safe testing environment at a low cost. It enables us to begin small and gradually expand while adding functionality and improving usability based on user feedback. It is one of the most secure and efficient methods for software development company.

Categoriesmobile app development Software Development Web Development

React Native vs. Kotlin: The Apt Choice For Multi-Platform App Development

The concept of multi-platform development is around creating software that performs effectively in more than one digital environment. Typically, this feature is pursued by offering software for more than one proprietary operating system, such as usage on both Microsoft and Apple platforms.

Cross-platform programming has grown in popularity for a reason. It enables custom software application development  service providers to collaborate on a single codebase that can operate on several platforms. This reduces the number of repetitive jobs in the development cycle and speeds up the whole process.

As a result, cross platform development is cost-effective and aids in reaching people across all platforms. Compiling distinct versions of the same software for various operating systems is one of the primary methodologies for multi-platform development.

There is a constraint in that multi-platform development might reduce the efficiency of a program. For example, it may necessitate duplicate file storage folders or procedures to support many systems. However, developers have recognized that this is a small price to pay for all of the advantages that multi-platform programming provides.

There are several multiplatform mobile application development applications available. These are known as development tools, and they serve as a vital pillar of the tech sector in the creation and development of mobile applications. Kotlin and React Native are the most popular cross platform development tools for creating mobile applications. Online sites are simply accessible to the Kotlin application development services and react native app development services.

Let us first understand the concept of what React Native and kotlin are to move further on the above-mentioned title:

React Native

What is React Native?

React Native is a JavaScript-based framework used mainly for building native-like Android and iOS applications. It has quickly become the favorite choice for multi-platform app development in the past few years. React Native’s codebase is used for web apps and desktops.

Features of React Native

There is a reason why many multi-platform app developers prefer using React Native – it is easy to use and highly scalable.

Hot Reloading

This is one of the chief features of React Native. This feature speeds up the development time, which lets your app reload automatically. It even helps you to visualize the change immediately. Therefore, it is a time-saving feature that improves concentration and productivity.

Better Performance

React Native can compile your app into native apps, which seems identical to apps created using native tools.

Native UI Components

This cross platform development feature helps you create views using the React Native UI Components, further compiled into platform-specific UI components. The core advantage of this feature is it saves lots of time.

Reliability

As Facebook develops cross-platform, therefore it is preferred by most of the top mobile apps, for instance, Facebook, Instagram, and Skype.

Free Source

React Native is open-source which is completely free to use. Web developers mostly prefer this cross-platform for developing mobile apps.

Builds Faster

The major advantage of React Native is its shorter development time. When you find the desired components in React Native, it makes it easier to build faster. You can benefit from just a simple step: hire react native developers and get your app to market in no time.

Use cases of React Native

React Native is used for creating apps requiring heavy lifting. It is not suitable for resource-intensive apps. React Native was designed by Facebook to replace HTML5 to deliver exceptional mobile application experiences. Since then become a pro at silently working in the background of client devices and making JavaScript a feasible language for developers.

Real-life examples of React Native

Walmart, Bloomberg, Gyroscope, UberEats, Instagram, and Facebook Ads Manager are some famous brands using the framework for their React Native app development ventures.

Kotlin

What is Kotlin?

Kotlin was traditionally known as a programming language. However, in 2020, JetBrains rolled out free and open-source Kotlin Multiplatform, which specifically allows developers to use a single codebase for building apps for Android and iOS.


Kotlin is a statically-typed framework that generates a codebase that can run on the Java virtual machine. Its name originates from Kotlin Island, near St. Petersburg, Russia. Even though the language’s syntax is not compatible with Java, Kotlin can interoperate with it.

Features of Kotlin

Kotlin is considered a practical option for multi-platform app platforms. Android has a proper setup for translating Java codes into Kotlin. Kotlin codebases can work on the Java Virtual Machine. Here is the top feature.

Reliability Feature

As earlier, it has been discussed that Kotlin is a mature programming language; it went through different stages of testing before the final release. Hence, it is considered a polished language with great reliability features.

Compatibility with Existing Code

Kotlin works well with the JAVA script by including all necessary tools and frameworks, which provides a rich ecosystem.

Easy to Pick Up

The syntax of Kotlin is quite similar to other languages such as JAVA and Swift, which helps the developer to understand it more easily.

Uses single codebase

This cross-platform development feature, helps you use a single codebase that helps share logic and libraries below the user interface layer, enabling users to interact directly with iOS or Android.

Utilizes Native UI

In Kotlin Multiplatform, you can experience a native user interface. This lets you utilize native user interface elements, making you feel natively developing the application.

Modulated Integration

One of the biggest advantages of using Kotlin multiplatform is an SDK rather than a framework. It easily allows the existing team to add a module or migrate it without commitment.

Use cases of Kotlin

Kotlin is predominantly used for Android app development – with Google’s official support. It comes in handy in building many project management tools, eCommerce sites, and social media platforms.

Real-life examples of Kotlin

Pinterest, Trello, Corda, Airbnb, Basecamp, and Zomato are some popular brands using the framework for their Kotlin app development ventures.

React Native vs. Kotlin: A robust comparison

React native app development services have already risen to the top of the list of the finest cross-platform development tools. On the other hand, the recently released Kotlin Multiplatform fully enables cross-platform development for Android and iOS and includes a slew of current capabilities.

But it’s no wonder that these two frameworks are so distinct. Let us do a thorough comparison:

Performance levels

By allowing developers to construct apps utilizing JavaScript and native modules, React Native provides a native-like experience. React Native is lightning fast and has a native appearance and feel on both iOS and Android.

Kotlin, on the other hand, enables developers to construct platform-specific codebases and exchange business logic built in the programming language with ease. Kotlin-based apps are faster, but not faster than React Native apps.

Development experience

React Native provides ready-to-use components, rapid reloading, and native development capabilities to developers. Experienced developers may simply use JavaScript in addition to native UI to create Android and iOS apps from the same codebase.

Kotlin Multiplatform, on the other hand, enables developers to reuse multi-platform functionality and build platform-specific codebases as needed, making the development cycle faster and easier. Who wouldn’t want that?

Cost and time

You also don’t want to overspend your timeframes or budget while designing apps for various platforms. If money is an issue, React Native is the way to go. It is ideal for creating MVPs and prototypes.

Kotlin, like React Native, is free and allows you to create fast apps with minimal resources. It is appropriate if time is a constraint for you since writing and deploying functioning code on Kotlin requires less time and fewer lines.

Learning curve

Even though it makes use of JavaScript and sophisticated frameworks, React Native has a high learning curve. JavaScript developers will have no trouble creating multi-platform applications using React Native.

Because of the widespread usage and promise of React Native, finding developers with the necessary skill set is simple. On the other hand, because it is completely compatible with Java, Kotlin has a shallow learning curve, and many web developers find it simple to learn and use.

Bottomline 

Following a thorough examination of both React Native and kotlin, it is evident that both can successfully and efficiently allow multi-platform development. What you choose, on the other hand, is entirely reliant on what you want to achieve with your project.

Whether you use Kotlin or collaborate with a React Native development company, choosing the right option will help you turn around the product faster and more cost-effectively. You can always come to us with your ideas.

ByteCipher experts are multi-platform development pioneers you can hire and who have worked on a variety of projects over the last decade. Send us a quick letter and we will respond as soon as possible. You will be astounded by our knowledge and experience.

CategoriesDesign Software Development Web Development

How API-First Technologies Allow Systems to Automatically Communicate

APIs are one of the most well-known and extensively used terminologies in software development modern technology. The word has become widespread, and software firms use it frequently when discussing applications and documentation.

To understand what API-first architecture is and how it enables systems to communicate automatically, you must first grasp what an API is. 

What is an API?

An Application Programming Interface, or API, is a collection of methods that allows an application to interface with external programs, operating systems, microservices, or data. In other words, APIs enable apps to “speak to” and interact with one another.

This API economy is critical for your commerce strategy since it will let you interface with new marketplaces and business solutions in the future.

Over 80% of companies will have an API program or strategy in place.

Almost 70% are motivated by the need to strengthen partner connectivity.

APIs are being used by 55% of forward-thinking firms to stimulate external innovation.

APIs not only make application development easier, but they also present an opportunity for creativity. Being a part of the API economy is essential for the long-term success of a business. APIs establish a business’s ability to participate and drive into new channels of revenue, connect to tools that produce operational efficiencies, and streamline how they engage with partners. 

What is an API-first approach?

The majority of software you use today is cloud-based and accessed via your browser; it is a bundled experience or solution that you purchase and utilize.

An API-first strategy means that your APIs are considered “first-class citizens” in any particular development project. Everything in a project centers around the assumption that the final result will be consumed by mobile devices and APIs will be accessed by client apps.

An API-first strategy entails creating APIs that are consistent and reusable, which may be done by utilizing an API description language to define how the API should operate. Establishing a contract necessitates devoting more attention to the design of an API. It also frequently necessitates more preparation and engagement with stakeholders.

The Growing Popularity of API-First and how does it help?

As omnichannel usage advanced, the API-first strategy gained traction. There have never been more methods to engage with an application, including the web, mobile, and linked devices. This technique enables a software development company to produce apps that not only work in every channel but can also grow when more channels are introduced without having to develop new solutions for each of those channels.

As one of the pillars of MACH technology, building a commerce solution on an API-first platform provides full access to the platform’s basic features as well as the freedom to modify to your heart’s content.

An API-first approach to e-commerce provides a company with more control over the commerce experience, as well as the flexibility to construct a best-of-breed technological stack that will keep your company functioning now and in the future. API-first solutions provide organizations with a competitive advantage by increasing flexibility, scalability, and control.

Web APIs have been present for about 20 years, but the idea of “API first” has only recently gained popularity with development teams. The number of developers creating API-first solutions is growing. So we thought we’d start by introducing you to the notion of API and why this method is gaining popularity.

Example

When you go for mobile app development and when you use the application, it connects to the Internet and sends data to a server. The server then receives the data, interprets it, takes the appropriate steps, and delivers it back to your phone. The program then analyses the data and displays the information you requested legibly. This is what an API is – everything happens through an API.

To explain this better, let us take a familiar example.

Assume you’re at a table in a restaurant with a menu of options to choose from. Your order will be prepared in the kitchen as part of the “system.” What is lacking is the key link that allows you to convey your order to the kitchen and have your meal delivered to your table.

This is when the waiter or API comes into play. The waiter is the messenger – or API – who accepts your request or order and transmits it to the kitchen – the system. The waiter then returns the response to you; in this example, the meal.

Here’s a real-world API sample. You may be familiar with the practice of looking for flights online. You have a range of alternatives, much like the restaurant, such as different cities, departure and return dates, and so on. Assume you’re reserving a flight on an airline’s website.

You select a departure city and date, a return city and date, a cabin class, and other options. To book your ticket, you use the airline’s website to search their database and see if any seats are available on those dates and what the pricing would be.

But what if you aren’t utilizing the airline’s website, which provides immediate access to the information? What if you use an online travel provider, such as Kayak or Expedia, that aggregates data from many airline databases?

In this scenario, the travel service communicates with the airline’s API. The API is the mechanism via which that online travel provider, like your helpful waiter, may obtain information from the airline’s database in order to reserve seats, luggage choices, and so on. The API then returns the airline’s answer to your request to the online travel service, which displays the most up-to-date, relevant information.

Categoriesmobile app development Software Development Web Development

Top Python Frameworks for Web Development for Building a Successful Web App

Python is the most popular, legible, and user-friendly online programming language. However, it is not limited to web development. Python Frameworks or python is a strong and adaptable programming language used in data analysis, AI, machine learning (ML), and scientific computing.

Furthermore, it is employed in a variety of fields, including banking, science and education, computers, electronics, and technology, among others. Python is used in a variety of ways by large organizations like Google, Facebook, Instagram, Netflix, and others.

It has played an important part in web development for over two decades, from strong Web Development Frameworks to micro-frameworks.

What exactly is Python Web Framework?

The Python Web framework is a collection of packages or modules that allow developers to build Web applications or services. It frees developers from having to deal with low-level features like protocols, sockets, and process/thread management. To put it another way, frameworks provide the generic functionality of the software you’re trying to build so that your engineers don’t have to start from scratch.

Python frameworks, in particular, will automate conventional application development procedures using the Python programming language. Hire python developers and our Python developers will save time on development as a consequence, and your firm will benefit in the long term.

  • Django

Django is a free, open-source, full-stack Python framework. Django may be used to build a web application from the bottom up. Django’s distinguishing feature is that it aims to provide all essential functionalities by default rather than giving them as separate libraries.

Django’s major purpose is to make it easier to create complicated, database-driven websites, which is what most current Web applications are. Django is also an extremely fast, safe, and scalable framework, making it excellent for current online applications. Hire Django developers and see how you can be benefited from it.

According to statistics, over 12,000 recognized applications developed using Django frameworks are generating a stir in the industry. This differentiates it as one of the finest Python frameworks for web development in 2022.

  • Flask

Flask is the opposite of Django; although Django packages everything you need in a single package, the core goal behind Flask is to assist in the development of a robust web application foundation. You may then utilize any extensions that you require.

Flask has a lightweight and modular design that makes it easily adaptable to the demands of developers. It comes with several handy out-of-the-box capabilities, such as a built-in development server and a fast debugger, as well as integrated support for unit testing.

  • Web2Py

Another popular, scalable, and open-source full-stack Python framework is Web2py. The Web2py framework has a lot of advantages, including its own web-based IDE.

Using the web interface offered by web2py, you may build, deploy, debug, test, administrate the database, and maintain applications. It requires no setup files and may even be launched from a USB disc.

The disadvantage of this web framework is that it does not support Python 3, the most popular version of the Python programming language.

  • Bottle

The bottle is also a popular Python micro-framework, and it’s great for the speedy development of tiny web programs. It’s a WSGI-compliant framework that’s speedy, simple, and lightweight, and it’s supplied as a single file module. Bottle, which was initially created for constructing APIs, implements everything in a single source file and contains just the most basic features, such as routing and templating. The learning curve is fairly straightforward for individuals with a basic familiarity with Python and web programming.

Aside from the Python Standard Library, it has no dependencies. Working with Bottle takes you closer to the metal than coding with any full-stack framework.

  • Pyramid

Pyramid is a Python web framework with several capabilities. It also has a wide range of applications, such as websites, web APIs, and everywhere a popular programming language like Python is required. Pyramid is also well-known for its extensibility, testability, and adaptable, modular design.

The Pyramid’s most notable attribute is its ability to operate effectively with both small and big applications.

The Pyramid framework combines the best of both worlds, ranging from a mega framework such as Django to a micro framework such as Flask and Cherry2Py.

Although various competing Python frameworks compete with or complement Pyramid, it has been demonstrated by several prominent technology businesses to be a good choice. Furthermore, some Python programming firms promote the Pyramid.

  • Tornado

Tornado is a Python web framework developed by FriendFeed that was eventually purchased by Facebook in 2009. It is well-known for its excellent task performance since the framework can thread more than 10,000 connections at the same time. Tornado is a free and open-source asynchronous framework for I/O operations.

Tornado’s strengths include real-time services, user localization, user authentication support, and web templates. Third-party connectors such as Google OpenID/OAuth, Facebook login, and Yahoo BBAuth are also available to Python developers.

Conclusion- 

Python is becoming increasingly prominent in the web development sector. However, because Python is an open-source language that anybody can edit and use for free, many developers are developing Python web frameworks to help with application development.

According to estimates, there are already approximately 260 web frameworks available in Python. So, to stay up with all of these emerging technologies, we’ve produced a list of the finest Python frameworks we predict will be available by 2022. Hire a python development company to get started.

CategoriesSoftware Development Web Development

How to Build a Real time Application with Node.js?

Introduction

Building apps that users can engage with in real-time has become the standard for most developers in a world where the value of time is continually rising. At least one real-time element is included in the majority of apps we see today, whether they are mobile, desktop, or online applications that is where node js software development company plays the major part. As two of the most often utilized real-time features in apps, real-time messaging and alerts are examples. Due to its event-driven and asynchronous nature, Node is among the greatest programming languages available for creating real-time applications.

You will learn how to create real-time apps with Node.js in this post. Also, you can explore our node js development services

Socket.io

Alternatively, WebSocket enables the server to send data to the client at any time without requiring a request from the client first. Using WebSockets, we can swiftly send messages to each user via the server in the previous messaging application. The WebSocket API may be used to communicate over WebSockets while creating applications.

Benefits of Node.js for real-time application development projects

Speed

Web apps are only as good as how quickly they respond. Users are weary of waiting for online applications to provide them with precise real-time responses, just as they are waiting for your server to load.

Fortunately, Node.js allows you to quickly process large volumes of data and stream the results back to your end users without the need for a large number of servers to handle the influx of requests.

To top it off, there are several load balancing solutions available that specialize in high-volume traffic and don’t require any server management skills — you just plug them into your backend code, and presto! Your Node.js application will now be much faster and more scalable. You hire node js developer from us to build your application which can scale up your business.

Reusability

For any imaginable purpose and job, Node.js includes a large number of libraries and plugins. Therefore, rather than always inventing the wheel from scratch, you may reuse existing components to speed up development.

There are several modules accessible in NPM, a repository with hundreds of pre-configured packages that can be found, downloaded, tried out, and used by any developer to create applications more quickly and easily than ever before.

You can construct an HTTP server, parse files, send emails, and more using the many types of modules available here! This facilitates and speeds up development! When there is already something available that meets your needs perfectly, there is no need to construct your module.

Module-based functionality

The module system used by Node.js is comparable to many of those used by other programming languages. This enables the addition of community libraries, which can be swiftly shared and have previously undergone testing, to quickly add new functionality or enhance the capability of an existing codebase.

Additionally, because modules only load when they’re required, it helps with resource usage and ensures that programmers don’t have to worry about memory usage when they’re creating an application.

Because you don’t have enormous blocks of unneeded code getting in the way as you work on little portions at a time, this immediately translates into better performance of your application and quicker development and testing cycles.

Data handling

The data architecture used by Node.js is event-driven. Nodes are, in my opinion, pretty strong when it comes to working with data since they consume and emit events and enable you to listen to different sorts of events in a fairly flexible way.

For instance, when on the road, your users may update your database with fresh information and offer real-time updates directly from their smartphones or tablets.

Then, depending on how well your project works, you can either run some logic on that user’s data right away (as it comes in) or you may adopt a scheduled method to handle that data at regular intervals later down the road when you have time.

All of this means there will be less time between events occurring and responses being made.

SEO friendliness

One of the favorite aspects of Node.js is its overall SEO friendliness. Search engines love content that’s frequently updated and user-generated.

Since a lot of Web developers favor using dynamic languages for their sites, you’re pretty much guaranteed good rankings if you make your site in JavaScript.

In addition, many devs like to use content management systems like Drupal or WordPress for their site, which also makes it easier to rank on Google’s search engine results page (SERP).

Event-Based Server

JavaScript is an event-based programming language, which means that it reacts to things as they happen as opposed to needing you to create several criteria and then move forward by the outcomes. Coding becomes tremendously easy and quick as a result.

It also permits non-blocking I/O, sometimes known as asynchronous I/O, which is an even more sophisticated approach (AIO). In essence, AIO enables you to have one processor processing several tasks at once rather than blocking it as you wait for anything to happen.

An AIO system will never lag since there wouldn’t be any lagging components pushing everything else behind. This is the epitome of parallelism.

Proxy server

Creating a secure location to store data and regulate user behavior is frequently necessary during the creation of applications (see authentication).

However, keeping confidential information on your computer might be challenging if you operate in a group. The use of a proxy server that only retains HTTP headers, cookies, and other non-sensitive data is one method.

Your users won’t realize they’re using an API server when they access an external domain name thanks to a tool like node-HTTP-proxy because everything just seems flawless.

Node.js architecture for real-time apps

One of the most prevalent justifications for application scaling is the workload. Node.js can be useful in this situation. Scalability is offered to raise availability and tolerability for real-time app failure. The event-driven and asynchronous nature of Node.js has led to it becoming one of the greatest programming languages for creating real-time apps.

Real-time Node.js applications employ a single-threaded event loop model architecture to manage several concurrent clients. For handling numerous concurrent clients, however, multithreaded request-response architecture is used by technologies like JSP, Spring MVC, ASP.NET, HTML, AJAX, and JQuery.

However, Node.js architecture sets it apart from competing technologies. The benefits of the single-threaded event loop design are as follows:

  • It manages an increasing number of concurrent client requests with ease.
  • Node. js-based applications have fewer threads, which uses less memory or processing power.
  • There are more concurrent client requests for a Node. js-based software, therefore more threads are not required because of the event loop.
  • Node.js’s design gives it concurrency and asynchronism capabilities.

How is Node.js suitable for building real-time apps?

While HTTP is pull-oriented, real-time web programs require the ability to push data through it. Server-Sent Events and The WebSocket API are two further standardized solutions that are often included with HTML5.

A sustained connection is essential regardless of the solution you choose to use. It is a dedicated process with a dedicated memory cost for each visitor.

This can be solved by the Node.js single-threaded event loop environment, which makes this paradigm available on the server to a large developer community with a simple mechanism to exchange contributions.

Our online apps are powered by Node.js, which has helped our teams implement their concepts considerably more quickly. Jeff Harrell, PayPal’s Director of Engineering.

Easy scalability

The workload is the main justification for using Node.js in web applications since it improves the system’s availability and fault tolerance. Because Node.js operates on the V8 engine and has a fast processing speed, it is one of the finest choices for developing online apps for large enterprises. This can increase traffic to web and mobile portals.

The finest technology for non-blocking functionality is Node.js. Because of its asynchronous I/O approach, which enables the simultaneous servicing of requests while read/write operations are being completed, it is also a beautiful option for real-time programs to manage enormous request volumes.

A big problem is making a real-time program that is fast and can manage many incoming connections. One such remedy offered by Node.js is to distribute traffic to balance the connections. This approach is known as load balancing.

Data streaming

Node.js is effective at managing I/O requests, as we well know. Such qualities are utilized for online data streaming. The conventional approach also classifies HTTP requests and answers as data items. These are data streams. These streams are used by Node.js to execute actions while processing data on it.

Node.js has the capability to transcript uploaded videos. Multiple processes are being performed on the video at once, which significantly reduces processing time. Node.js is thus a good choice for both online and real-time video streaming.

Its quick and scalable features make real-time apps quick and high-performing, making them equally appropriate for creating weather apps.

But OTT streaming service platforms are also excellent.

Single codebase for real-time apps

The ability to create code for both the client and server sides makes utilizing Node.js the ideal choice for developers. This approach facilitates and expedites the deployment and execution of code. Since no conversion is necessary, it also makes data transit between the server and client quicker. As a result, it facilitates speedier data arrangement.

Because it excels at managing concurrent connections, Node.js is a great framework for creating real-time and multi-user online applications. With the aid of Node.js, chatbots and gaming apps may also be developed. Web Sockets are used to maintain these connections. It is a two-way channel for communication between the server and the client. Data may be sent from the server to the client using an easy procedure.

Examples of real-time apps that give notifications include taxi apps, transportation, eCommerce, and logistics. For applications that fall under this category, status and order updates are essential.

To simplify communication between clients and service providers, well-known applications with marketplace business models like Uber, TaskRabbit, Doctor on Call, and eBay employ real-time notification delivery features.

Reduced response time

Node.js uses a single-threaded event loop approach because it makes it simple to handle multiple concurrent user requests while using fewer resources and fewer threads.

PayPal, a highly well-known app, has seen various advantages from utilizing Node.js to speed up response times. The company’s major objective was to speed up server responses since they may hurt the company’s bottom line. The pages were 200ms quicker as a result, which was a huge improvement.

PayPal’s performance was accelerated and optimized using:

 

  • Reduced by 33% in terms of code lines.
  • 40% fewer files were used in construction.
  • The typical response time for the identical page was reduced by 35%.

Summary

Real-time functionalities are now practically required for desktop, mobile, and online apps. In this post, we discussed several real-time app uses and discovered how to build a real-time chatroom using Node.js and Socket.io. You may either try to enhance this chat room going forward by including new features and employing a database to keep previous conversations accessible, or you can construct another real-time application with a different use case by hiring our node js development company. 

CategoriesDesign mobile app development Software Development UI/UX Design Web Development

​​Reasons To Choose Cross-Platform App Development Over Native App Development

Software development company, custom software development, mobile app development

According to the state of the market, most individuals today prefer using internet solutions, particularly mobile applications, for nearly everything. Today, the viewpoints of mobile users substantially influence business decisions. And recent Stats research shows that approximately 65% of mobile consumers utilize mobile apps for any purpose. Additionally, users use various mobile applications for more than 60% of their entire mobile usage time. Mobile applications are becoming an unavoidable and indisputable part of people’s lives and catalyzing swift corporate growth, as shown by the stats reports. Millions of applications have already been created using this for various platforms.

However, when it comes to custom software development, the majority of business owners are constrained by choices like cross-platform app development or native app development. However, research and surveys have shown that up to this point, the majority of firms have chosen to develop cross-platform applications. There are numerous causes for this, too. Businesses today want to connect with as many mobile users as possible, regardless of the OS or mobile device the consumer is using

over 3 million apps are available in the Google Play Store, while over 2.5 million are available in the Apple App Store. Given this significant number, the majority of businesses wish to be accessible on both Android and iOS.

Although both native application development and cross-platform application development approaches can assist you in getting an app built for multiple platforms, the latter, or the cross-platform app development approach, can be the smarter and wiser choice. And these are the main explanations.

But before diving into the reasons, let’s see the major difference between cross-platform and native apps.

In terms of the fundamental differences in development: – Having to write and implement distinct codebases for several targeted platforms is one of the biggest difficulties that developers frequently encounter while creating native applications. When building a native application, developers need to write the codes for each of the native platforms right from scratch and use the native tools and IDEs. As opposed to this, developers using the cross-platform application development approach only need to write one codebase and execute it once to produce the program for all platforms they desire to target.


Let’s now examine the main justifications for why developing cross-platform apps can be a wiser decision than creating native applications.

Operational difference: 

A cross-platform application can operate and function on various targeted platforms, in contrast to a native program, which can only run or operate on the specific platform for which it was designed.

Simple and faster app development cycle:

A single codebase is used across several platforms in the cross-platform app development strategy, which is what makes the entire mobile app development & web development process simpler and faster. To put it another way, this method allows developers to reuse the same codes, which also saves time. 

Reduces development expenses: 

Reduces development expenses:  This strategy reduces the cost of application development further by optimizing resource usage. In light of this, you may add that a cross-platform application enables you to simultaneously reach a larger audience at a lower cost of development.

Quick MVP or Minimum Viable Product:

The Minimum Viable Product, also known as the MVP, is an essential component of the application development environment. The time and effort needed to deploy the MVP are also much reduced due to the consolidated and decreased effort required for cross-platform application development. The single codebase is used for delivering the MVP in less time and then you can add more features to it later on as well.

Integration simplicity:

Supporting cross-platform integration is much simpler when using a cloud environment.

Code duplication: 

The creation of native applications results in a lot of fragmented codes. Conversely, while creating cross-platform applications, developers write only one code base. As developers only need to troubleshoot a single codebase to ensure a flawless and bug-free application for many platforms, the benefit of code reuse or code duplication also minimizes the time and effort needed for debugging the codes.

It is getting harder and harder for developers and organizations to keep up with the rapid changes and advancements in the application development industry. Cross-platform applications, which enable your program to run on many platforms, have been found to increase ROI and broaden the user base after extensive study and analysis.

Conclusion

It is challenging for developers and companies to keep up with the rate of change in the app development industry. After extensive investigation, it appears that cross-platform apps can be used more effectively to produce the target ROI because they require less time and money to develop than native apps.

Although native apps outperform cross-platform mobile apps in several ways, the decision is mostly influenced by the time and resources available. The advantages of using cross-platform tools were spelled forth throughout the blog; you now have the choice.

CategoriesMarketing mobile app development Software Development Web Development

Why Mobile Application Development is Worth Spending in

Mobile applications have now become increasingly popular among nearly all business sectors. From eCommerce businesses to different service providers like food delivery, trip planners, hotel booking, healthcare, education, and more, there’s no industry where mobile apps have not proved their value in the online market or proved to be the most effective mode of reaching out to the worldwide mobile users or the customers. Read more “Why Mobile Application Development is Worth Spending in”