Top 10 Technology Stacks in Software Development for 2024

Posted on October 10, 2024December 24, 2024 by Krunal Vyas

The decision-making process of the appropriate technological framework is the initial step in the development of software systems that are secure, scalable, and resilient. Numerous frameworks and tool sets are integrated into the technology platforms employed for software development. Every architecture is user-friendly due to the seamless integration of client-side and back-end components that connect with databases, cloud infrastructures, and security systems. The current state of technology platforms in 2024 offers insight into the broader landscape of cybersecurity, artificial intelligence, cloud computing, and software engineering.

This article will examine the ten software development technology platforms that are anticipated to be the most intriguing in 2024. Additionally, we will address the benefits of collaborating with a reputable software development company in Dallas or Houston.

Introduction

A technological stack is formed by a sequence of technologies that are used in the development and implementation of an application. This type of stack is also known as a software stack or a solution stack. It typically encompasses all the languages, frameworks, libraries, and tools necessary for the development of front-end, back-end, database, and server-side applications.

The technology platform that is chosen has an impact on the performance, scalability, maintainability, and security of a project, among other factors. The selection of the appropriate framework is essential for the success of any undertaking, as each has its own distinct requirements. The development process and the program’s lifespan can be improved by implementing the appropriate technology stack, which also increases the software’s adaptability to new technologies.

Overview of Software Development Trends in 2024

Working with forward-thinking software development companies in Houston , companies can leverage cutting-edge technology platforms to remain ahead of these trends. The selection of technology frameworks will be significantly influenced by numerous significant developments in software development that are anticipated in 2024:

Artificial Intelligence and Machine Learning (AI/ML): The integration of artificial intelligence and machine learning is facilitating the improvement of decision-making and the increase in automation in a variety of sectors.
Cloud-Native Development: Cloud-native technology is increasingly being employed by companies to reduce operating expenses and achieve more effective application growth.
Cybersecurity: The increasing frequency of cyber risks is gradually leading to the adoption of consistent coding standards in software development.
Low-Code/No-Code Development: By eliminating the necessity for extensive computing expertise and expediting the delivery of applications, these systems enhance the application development process.

Frontend Technology Stacks

User interaction with web applications is influenced by front-end technologies, which also regulate the display layer. In 2024, these models are designed to meet the evolving needs of companies by offering robust maintainability, fluid user interactions, and rapid rendering. React, Angular, and Vue.js are used most frequently as front-end technologies.

React: React is a top-tier framework that Facebook developed for the purpose of creating dynamic user interfaces. In a component-based architecture, scalability is enhanced by the ability of application developers to more rapidly recycle parts.
Angular: The Google Angular framework is a powerful instrument for the development of applications that are specifically designed for corporate purposes. It provides TypeScript with exceptional support, including two-way data binding and dependency injection. It is also well-suited to TypeScript.
Vue.js: The success of Vue.js is primarily due to its simplicity and adaptability. It functions as a progressive foundation, enabling developers to effortlessly integrate it into their products.

Backend Technology Stacks

The server-side operations of an application are facilitated by the back-end architecture. Companies may develop applications that are highly performance-oriented, secure, and scalable by employing these backend technologies. Ruby on Rails, Node.js, and Django will be the most frequently employed backend technologies in 2024.

Node.js: Node.js’s design facilitates the development of scalable network applications by utilising Chrome’s V8 JavaScript engine. This system is an exceptional choice for real-time applications, such as online gaming and messaging services, due to its event-driven architecture and lack of blockage.
Django: Django, a framework that is based on Python, is renowned for its ability to facilitate the development of secure, resilient, and adaptable applications. The “Don’t Repeat Yourself” (DRY) principle guarantees effective code administration.
Ruby on Rails: Ruby on Rails’s convention-over-configuration approach, which is renowned for its simplicity and user-friendliness, directly contributes to the acceleration of the development process. This is the recommended approach for the rapid development of prototypes and minimum viable products.

Mobile App Development Stacks

As a result of the proliferation of native and cross-platform development tools, the field of work has been significantly transformed for mobile app developers. The ability to generate high-performance, cross-platform applications with rapid loading times has made these systems extremely popular among mobile app developers. By 2024, it is anticipated that Swift, Kotlin, and Flutter will be the most frequently employed languages for mobile app development.

Flutter: Flutter is a UI framework that functions flawlessly on a variety of platforms. The application of the same codebase will enable the development of natively functioning applications for desktop PCs, the web, and mobile devices. Google provides an explanation for its existence.
Swift: Swift provides a variety of programming languages, including immaculate Apple ecosystem compatibility, numerous security features, and exceptional performance. It is the programming language that Apple actively developed for iOS.
Kotlin: Kotlin is the language of choice for Android development due to its complete Java compatibility, enhanced safety, and concision.

Cloud Technology Stacks

Software development is consistently and significantly influenced by cloud computing. Companies can guarantee that their products are affordable, scalable, and accessible to all potential consumers by employing these cloud platforms. By 2024, the sector will be dominated by three primary cloud platforms. The platforms require Amazon Web Services (AWS), Microsoft Azure, and Google Cloud.

AWS: Amazon Web Services (AWS) is the optimal choice in the realm of cloud architecture due to its exceptional reputation and extensive selection of services. This is especially true for large-scale initiatives that require enhanced security and flexibility.
Microsoft Azure: Azure has become the preferred option for businesses due to its seamless integration with Microsoft products such as Office 365 and its advanced artificial intelligence (AI) capabilities.
Google Cloud: Google Cloud is becoming the preferred platform for artificial intelligence (AI) applications due to its robust data analytics and machine learning tools.

Database Technologies

Every technological system is primarily composed of databases, which enable applications to store and access critical data. The development of real-time applications and big data analytics has been a significant factor in the widespread use of hybrid database systems since 2024. In 2024, developers will continue to be required to select between SQL and NoSQL databases, contingent upon the specific needs of their projects.

SQL Databases: In the field of database administration, Postgres and MySQL are recognised for their compatibility with relational data and structured query language characteristics. Postgres’ prominence may be attributed to its adaptability and support of sophisticated features, such as the ability to configure data types.
NoSQL Databases: Similar to MongoDB, noSQL databases are recommended in scenarios where adaptability and scalability are essential. Their scalability and ability to effectively manage unstructured data render them an exceptional choice for distributed systems.

DevOps and CI/CD Technology Stacks

In order to expedite and streamline the development process, the DevOps methodology emphasises the necessity of communication between the development team and management. These technologies facilitate the simplification of distribution channels, the reduction of development time, and the enhancement of collaboration. Concurrently, all of these advantages are realised. Jenkins, Kubernetes, and Docker will be the most prominent technologies for continuous integration and delivery (CI/CD) development in 2024.

Docker: Docker simplifies containerisation by permitting developers to encapsulate applications and their associated dependencies in universally compatible containers.
Kubernetes: This container management system simplifies the process of deploying, scaling, and operating containerised applications by virtue of its open and free nature.
Jenkins: Jenkins is an automation application that is frequently employed and has a variety of features that facilitate the completion of specific tasks associated with the software development process. Testing, coding, and deployment comprise the positions.

Emerging Technologies in 2024

The emergence of new technology is stimulating innovation in a wide range of sectors. Software engineers are able to develop solutions that are adaptable by staying informed about the latest technologies that are emerging. Among the technologies that are expected to influence software development in 2024 are quantum computing, blockchain, artificial intelligence, and machine learning.

AI and Machine Learning: Artificial intelligence-driven development tools offer consumers personalised experiences and facilitate the automation of procedures. Libraries such as TensorFlow and PyTorch are indispensable software tools for developing machine learning models.
Blockchain: These are merely a small number of the numerous organisations that could capitalise on the security and integrity of transactions that blockchain technology provides. Among these are financial services, healthcare, and supply chain management.
Quantum Computing: Quantum-level computation has the potential to transform industries by enabling companies to address complex problems in a fraction of the time required by traditional computers. However, it is still in its infancy.

Security Technology Stack

Implementing specific security measures is essential to safeguard applications against vulnerabilities and to ensure data confidentiality. In 2024, there will be a significant emphasis on safe coding techniques utilising frameworks like OpenID Connect, JWT, and OAuth. These frameworks play a crucial role in software development.

OAuth: OAuth is an open standard for access delegation that is frequently used in the process of reliable user authentication.
JWT (JSON Web Tokens): JSON Web Token (JWT) is a commonly utilised method, particularly for stateless authentication, that facilitates the secure transfer of data between parties.
OpenID Connect: The OpenID Connect protocol, built on OAuth, is utilised for single sign-on (SSO) and user authentication.

Testing and Automation Stacks

Automation is becoming increasingly important in the development of contemporary software, particularly during the testing phase. The automation of testing through the use of these technologies results in significantly enhanced software quality and faster release cycles. TestComplete, Cypress, and Selenium are among the testing systems that have gained some popularity in 2024.

Selenium: Seenium is an open-source solution that is intended to orchestrate online applications across a variety of browsers.
Cypress: Cypress is a frequently employed option for frontend testing due to its ease of deployment and implementation.
TestComplete: The user interface and application programming interface testing tools of Test Complete can be employed to evaluate a desktop application, an online application, or a mobile application. TestComplete provides comprehensive support for all applications that are being tested.

Full-Stack Development Stacks

In order to secure the position of a full-stack developer, it is necessary to be capable of managing both the infrastructure and the user interface of an application. Using these stacks, developers can concentrate on various aspects of a game. This is why they are appealing. We anticipate that MEAN, MERN, LAMP, and JAMstack will be the most popular full-stack options in 2024.

MEAN (MongoDB, Express, Angular, Node.js): The MEAN framework is frequently employed to develop interactive internet applications.
MERN (MongoDB, Express, React, Node.js): MERN is analogous to the mean. It exclusively employs React, as opposed to Angular.
LAMP (Linux, Apache, MySQL, PHP): The majority of individuals concur that the LAMP framework is necessary for the development of interactive web pages and applications.
JAMstack: JAMstack enables the development of static websites and applications that are both secure and render quickly. This is accomplished through the combination of JavaScript, APIs, and Markup.

Impact of AI and Machine Learning on Software Development

The use of machine learning and artificial intelligence is transforming the software development industry. Integrating artificial intelligence features into applications is straightforward with frameworks like PyTorch and TensorFlow. Artificial intelligence is enhancing the user experience through sophisticated and tailored solutions, ranging from chatbots to recommendation systems.

Choosing the Right Technology Stack

When selecting a suitable technological stack, it is essential to consider several factors, such as the project’s size, its scalability potential, the availability of funding, and the team’s expertise. Startups prioritise speed-to-market, while established businesses focus more on scalability and security. By partnering with a respected software development company in Dallas or Houston your organization can be confident that the projects you pursue will leverage the best technology to meet your goals.

Why Choose iQlance Solutions as Your Software Development Partner

iQlance Solutions, a reputable software development company, is dedicated to generating innovative ideas that are tailored to the specific needs of your organization. iQlance will develop your initiatives regardless of their location, whether it be in Dallas, Houston, or any other city. By employing the most advanced technologies and software development methodologies, they will accomplish this. At iQlance Solutions, our objective is to offer software solutions that prioritize security, scalability, and exceptional quality, thereby improving corporate performance. Their areas of expertise include the integration of artificial intelligence and machine learning, mobile app development, cloud computing, and full-stack development.

Conclusion

By selecting the appropriate technology platform, we can develop software solutions that are scalable, secure, and creative as we approach the conclusion of 2024. In order to maintain their market position, businesses must remain informed about the most recent developments in cloud platforms, mobile development, artificial intelligence, front-end and back-end technology, and other related sectors. By collaborating with an experienced software development company, you can guarantee that your projects are developed with the technology that is most appropriate for your needs.

Are you geared up for higher level of software development? At iQlance Solutions we provide consulting services to guide you and define right technological environment for your project. Contact us today and find out how we can help you build your IT solutions to be future ready. Get Expert Consultation!

Top 5 Best Android App Development Languages for 2024

Posted on July 9, 2024October 22, 2024 by Krunal Vyas

This is great news for both businesses and coders. In the past ten years, the Android app development market has grown and changed a lot. 2024 is expected to be another turning point in its ever-evolving path.

More and more people have smartphones, which means that Android apps that are both unique and successful are needed more than ever. Developers need to be very careful when picking a computer language if they want to make systems that are easy for people to use, can grow with the company, and work well.

We are a well-known Android App Development Company, and know how important it is to choose the right computer languages and tools for Android development. This is very important for anyone who works with Android.

iQlance Solutions is a good choice for companies that need professional help making mobile apps. Their ability to finish projects successfully and the fact that our app developers in Toronto has a lot of experience help to explain this.

There are five languages that are most likely to be used to make Android apps in 2024. This blog post will talk about them. To make their unique qualities, benefits, and usefulness stand out, this will be done.

We will cover:

Kotlin
Java
Dart (with Flutter)
C++
Python

1. Kotlin

Kotlin, developed by JetBrains, is now known as a top choice for developing Android apps.

In 2017, Google officially declared Kotlin as the Android programming language. Since its introduction, Kotlin has consistently impressed with its attractive features and seamless interaction with Java. Because Kotlin combines significant type inference tools with static typing, it is a very powerful programming language. Its cross-platform nature allows it to function flawlessly on a wide range of operating systems.

This is also widely acknowledged as the preferred language for Android applications, and Android Studio has excellent support for it. Because of its user-friendly design and versatility, the Android app market has widely adopted it as a preferred option for developers of all skill levels, including both novice and experienced programmers.

Uses:

A lot of Android apps are made with Kotlin because its simple style makes app developers happier.

Kotlin is useful for a lot of different things, from building websites and servers to making apps for smartphones.

Key Features:

Null Safety:

Kotlin’s strong type system makes code more stable by pretty much eliminating null pointer problems.

Extension Functions:

Now, developers can easily make their code more flexible and get rid of the need for subclassing by adding new features to classes that already exist.

Coroutines:

This makes it possible to make fast, non-blocking apps by making lightweight threading easier in asynchronous programming.

Data Classes:

This tool instantly creates the needed template code, which makes it easier to make POJOs, which are sometimes called “Plain Old Java Objects.”

Benefits:

Kotlin code is different from other languages because its structure is short. This helps to reduce the need for unnecessary code, which makes it easier to understand and maintain. Accidents happen much less often when null safety is built into systems, which encourages the creation of stable systems.

Also, Kotlin works perfectly with Java, which makes it possible to adopt it gradually without having to change any code.

Pros and Cons:

Pros:

In line with current times, it has a lot of group support. Google has made it clear that this language can be used to make apps for Android.

Cons:

If programmers want to do well, they need to be open to new ideas, even if their main area of expertise isn’t a computer language like Java.

Real-Time Example:

Pinterest shows how powerful Kotlin can be by skillfully integrating it into its system to make it easier to make mobile apps. This update has made Pinterest more reliable and sped up the process of adding new features. They were able to do this by taking advantage of Kotlin’s creative features and making sure that it would work perfectly with their existing Java systems.

2. Java

It’s no secret that Java is still the most popular language for making Android apps. It’s safe, fast, and has strong industry support.

Since Android first came out, Java has been the main computer language that can be used on it. The object-oriented design of Java makes it stand out from other computer languages. This architecture is based on classes and tries to make applications less important.

Because it is reliable, the computer language is used by many people. This server-side software does pretty well thanks to its well-thought-out interpreter/compiled code structure and strong focus on safety and security.

Uses:

A wide variety of web-based projects, Android apps, and corporate solutions make heavy use of Java.

Both the well-developed area and the large library collection can be used for many different things.

Key Features:

Object-Oriented Programming (OOP):

Object-oriented programming (OOP) in Java makes it easier to make programs that can be used again and again and can be changed to fit different needs. This makes the program easier to run and better able to handle larger amounts of data.

Rich API and Libraries:

The tools and application programming interfaces (APIs) in Java make everyday chores easier and make it easy to connect to other systems.

Platform Independence via JVM:

The Java Virtual Machine (JVM) makes it possible for Java apps to run smoothly on all kinds of devices. Their application opens up a number of possibilities.

Benefits:

Java has been used in businesses for a long time, so you can be sure that important applications will be able to count on its stability and regularity. You sit back.

Java is finally more useful now that it has good guidance and a strong group of developers. Both of these are necessary for sharing information and getting better support.

Pros and Cons:

Pros:

It is possible to access a lot of information and use older versions of the app. Also, the success factors show really great quality.

Cons:

The changes in this language have happened much more slowly than in newer languages, and its structure is more complex than that of modern languages.

Real-Time Example:

Java is mostly in charge of the Android operating system’s basic features. Services like Spotify for Android rely on what Java can do. The goal of these programs is to take advantage of Java’s reliability and speed. Java will likely remain the best language for developing Android apps for a long time, even though new languages have come out to compete.

3. Dart (with Flutter)

The Flutter user interface tools lets you make native apps that work on PC, web, and mobile devices. For example, you can write code once and then use it on different devices. Android uses Google’s own computer language called Dart in Flutter.

If you don’t include Dart in the ongoing arguments, you’ll miss a big point. The open-source computer language Dart is where the Flutter system gets its ideas. Its reputation depends on how well it can make complex programs that work on a wide range of systems.

Uses:

Because Flutter has a lot of parts that can be changed, it’s easy to make apps for both iOS and Android. Flutter simplifies the process of making apps for desktops and the web, and it makes it easy to change them to fit different screen sizes and pixels.

Key Features:

Hot Reload:

The fast restart feature of Flutter makes output better and speeds up iterative processes. If you want to see the changes to the code right away, you don’t have to restart the program.

Rich Widget Library:

Flutter makes it easier to make stylish and easy-to-use user interfaces by giving you a lot of pre-built components.

Strong Typing and Modern Language Features:

When you’re writing code in Dart, static typing can help you find assembly errors. After that, the code is much safer and more reliable.

Benefits:

By allowing developers to craft code once and deploy across multiple platforms, Flutter curtails development timelines and maintenance exigencies. Flutter apps compile directly to native ARM code, furnishing near-native performance on both Android and iOS devices. Furthermore, Flutter’s adaptable widgets empower developers to fabricate intricate UI designs mirroring platform-native aesthetics.

Pros and Cons:

Pros:

Cross-platform capabilities, accelerated development cycles via hot reload, flexible and expressive UI design.

Cons:

Elevated app size compared to native counterparts, evolving ecosystem with periodic transformative shifts.

Real-Time Example:

Google Ads, a prevalent application facilitating online advertising campaign management, adopts Flutter to ensure consistent user experiences across Android and iOS platforms. Google’s choice of Flutter unifies interface coherence whilst preserving operational agility and responsiveness. By leveraging Flutter, Google Ads reinforces brand consistency and operational continuity across diverse device ecosystems.

4. C++

C++ stands out as a potent and efficient programming language, celebrated for its performance metrics and low-level system access.

Widely preferred in scenarios necessitating swift responsiveness and resource efficiency, C++ finds its niche in game development and real-time processing.

Furthermore, C++ ranks among the top-tier languages for Android app development, supported by Google’s Native Development Kit (NDK), an adjunct toolset interlinking with the Software Development Kit (SDK) to deploy native code bases like C/C++ for Android apps.

C/C++ permits the development of a native library that seamlessly integrates with Java programs, proving indispensable in diverse sectors including gaming and banking.

Uses:

C++ shines in crafting performance-intensive Android applications, particularly gaming applications mandating high frame rates and complex computational workflows.

Moreover, C++ finds favor in real-time processing applications requiring direct hardware resource oversight.

Key Features:

Low-Level Memory Manipulation:

C++ empowers developers to directly manage memory, optimizing resource consumption and augmenting operational efficiency.

High-Performance Computing:

The language’s efficiency lends itself to tasks demanding intensive computational processes and instantaneous responsiveness.

Game Development Engines:

Prominent game engines like Unreal Engine and Unity pivot on C++ for core functionalities and performance enhancements.

Benefits:

C++’s direct system resource access and streamlined memory management engender applications characterized by swifter execution and reduced resource utilization.

Additionally, C/C++ code bases can be seamlessly integrated into Android applications, harnessing extensive libraries and frameworks cultivated over decades.

Pros and Cons:

Pros:

Exemplary performance metrics, direct system access, compatibility with C and legacy code repositories.

Cons:

Complex syntax, protracted development timelines vis-à-vis high-level languages, heightened susceptibility to bugs and memory leakage.

Real-Time Example:

Fortnite, an immensely popular online multiplayer game, taps into Unreal Engine, a game development framework rooted in C++. By leveraging C++, Fortnite delivers unparalleled graphics fidelity, seamless gameplay, and cross-platform compatibility across Android devices. The performance dividends of C++ play a pivotal role in Fortnite’s dominance within the competitive gaming arena.

5. python

Python garners acclaim for its simplicity, readability, and versatility, emerging as a preferred option for developers spanning varied domains including web development, data analysis, and scripting.

Python operates as a high-level, all-purpose programming language underpinned by a design ethos prioritizing code readability via significant indentation.

Formerly sidelined in Android app development, Python now benefits from multiple third-party tools facilitating the conversion of Python programs into deployable Android-compatible packages.

Notably, Python’s dynamic binding and typing capabilities fortify its standing as a preeminent choice for Android app development.

Uses:

Python, in conjunction with frameworks like Kivy, empowers Android app creation, streamlining the production of cross-platform applications and maintaining native aesthetics.

Python further enjoys widespread adoption across web development, scientific computing, and automation scripting arenas.

Key Features:

Simple and Readable Syntax:

Python’s streamlined syntax bolsters code legibility, expediting both development and debugging endeavors.

Extensive Standard Library:

The language boasts an expansive repository of libraries and modules simplifying intricate tasks such as data manipulation and web scraping.

Dynamic Typing:

Python’s dynamic typing accommodates swift prototyping and adapts nimbly to evolving project requisites.

Benefits:

Python facilitates rapid prototyping, courtesy of its straightforward syntax and expansive library repertoire. A vibrant developer community augments Python’s utility, fostering collaboration and knowledge exchange.

Furthermore, Python’s versatility enables seamless adaptation across diverse domains, from modest scripts to intricate applications.

Pros and Cons:

Pros:

Accessible learning curve, accelerated development cycles, vast ecosystem spanning libraries and frameworks.

Cons:

Performance constraints vis-à-vis lower-level languages, lesser native support for Android in comparison to Java and Kotlin.

Real-Time Example:

Reddit, a premier platform aggregating social news and fostering discussions, initially relied on Python for backend development. While subsequent iterations transitioned to alternative languages for performance enhancement, Python played a pivotal role during initial prototyping and developmental stages. Python’s accessibility and readability facilitated agile iteration, proving instrumental in Reddit’s nascent phases.

Conclusion

In conclusion, the choice of programming language plays a crucial role in the success of Android app development. Each language discussed – Kotlin, Java, Dart (with Flutter), C++, and Python – offers unique features and benefits that cater to different development needs and scenarios.

iQlance Solutions a leading Cross Platform Mobile App Development has the expertise to leverage these languages effectively to deliver high-quality Android apps tailored to your business needs. Our team stays updated with the latest trends and best practices in Cross Platform mobile app development to ensure our clients receive the best possible solutions.

Whether you’re looking to build a new app from scratch or enhance an existing one, iQlance Solutions is here to help. Contact us today for a consultation and let us bring your vision to life with our top-notch Android app development services.

Key Considerations for Language Selection:

Performance Prerequisites:

Applications demanding top-tier performance and unfettered system access may find resonance in languages like C++.

Developer Familiarity:

Java remains a stalwart choice for teams entrenched within the Android ecosystem, while Kotlin presents a modern alternative complementing extant Java frameworks.

Project Flexibility:

Python’s adaptability emerges as a beacon for rapid prototyping and scenarios accentuating development agility and user-centric designs.

Why Opt for iQlance Solutions?

iQlance Solutions is affordable and skilled Mobile App Development Company Canada excels in harnessing the prowess of these premier Mobile App Development Company to furnish bespoke solutions aligning with your enterprise requisites.

Our adept cadre of developers remains abreast of industry trends and best practices, ensuring deliverables not just meet but exceed expectations. From inception to deployment and sustained support, iQlance Solutions orchestrates end-to-end Android app development services, prioritizing excellence, efficiency, and innovation. Whether catalyzing a startup’s inaugural foray into app deployment or fortifying an enterprise’s digital footprint, our commitment to superlative outcomes remains unwavering.

PWA VS Mobile App: What to Choose in 2023?

Posted on June 29, 2023December 5, 2023 by Krunal Vyas

It’s difficult to identify what form of app will work best for your business if you’re just getting started with App Development Toronto. We’ve all been there, so don’t worry. To effectively engage consumers in the fast-expanding online environment, organizations must choose between Progressive Web Applications (PWAs) and Mobile Apps. As a leading provider of technological solutions, iQlance Solution recognizes the significance of picking the proper platform. In this post, we will look at the features, benefits, and drawbacks of PWAs and Mobile Apps, providing insights that can help businesses make an informed decision in 2023.

What is a Progressive Web Application?

A Progressive Web Application (PWA) is a cutting-edge web-based application that harnesses the power of modern web technologies. It provides users an immersive and app-like experience, accessible through web browsers. PWAs combine the best features of web and mobile applications, delivering a seamless and responsive user experience. These applications leverage technologies such as service workers, push notifications, and offline caching to offer a robust and engaging experience to users. PWAs can be accessed from any device with a web browser, regardless of the operating system (OS). They eliminate the need for installation from app stores, providing a convenient and frictionless experience for users.

What is a Mobile Application?

As the name implies, a Mobile Application is a software application designed specifically for mobile devices like smartphones and tablets. Mobile Apps are downloaded and installed from app stores, offering dedicated functionalities and offline capabilities. To take full advantage of the device’s features and capabilities, these apps are built natively for specific platforms, such as iOS or Android. The device’s hardware, such as the camera, GPS, and accelerometer, is used in Mobile Apps to provide an optimized user experience. Users can access them directly from the home screen of the device, allowing quick and convenient access.

Pros of a PWA

Platform Independence: One of the significant advantages of PWAs is their platform independence. A web browser can be used to access them from any device, whether it’s a desktop, laptop, smartphone, or tablet. As a result, a single app can be developed for multiple platforms, thus saving time and resources.
Seamless Updates: PWAs can be updated seamlessly without requiring users to install new versions manually. Whenever an update or bug fix is available, users will automatically be updated. With this, all users receive the most up-to-date features and improvements without needing to do anything.
Improved Discoverability: PWAs can be indexed by search engines, making them discoverable through organic searches. This enhances the online visibility of the application, potentially driving more traffic and attracting a larger audience. Using effective SEO strategies can maximize the visibility and reach of PWAs for businesses.
Efficient Development: Developing a PWA often requires less time and effort compared to building separate Mobile Apps for different platforms. With a single codebase, businesses can reach a wider audience while minimizing development costs. This efficiency makes PWAs an attractive choice for businesses with limited resources or tight timelines.
Easy Sharing: PWAs can be shared via URLs, making it easy for users to share the application with others. This organic sharing potential can lead to increased brand exposure and user acquisition. With the PWA, users can send a link to their friends, family, or colleagues without having to install anything.

Cons of a PWA

Limited Device Features: While PWAs offer a wide range of functionalities, they have limited access to certain device-specific features. For example, advanced camera functionalities, NFC (Near Field Communication), and certain sensors may not be fully accessible in a PWA. Businesses that heavily rely on these features may find Mobile Apps more suitable for their specific needs.
Offline Limitations: PWAs have offline capabilities, allowing users to access certain features and content without an internet connection. However, this offline functionality is limited compared to Mobile Apps, which can provide a fully functional offline experience. If the application requires extensive offline capabilities or operates in areas with poor network connectivity, a Mobile App may be a better choice.
App Store Visibility: Unlike Mobile Apps, PWAs do not enjoy direct exposure on popular app stores like Google Play Store or Apple App Store. This could limit their discoverability among users who prefer browsing through app stores for new applications. However, with effective marketing and promotion strategies, businesses can still drive traffic to their PWAs through other channels.

Pros of Mobile App

Enhanced User Experience: Mobile Apps provide a highly optimized and immersive user experience. They leverage the device’s hardware capabilities, such as a camera, GPS, and accelerometer, to deliver a seamless and interactive experience. By utilizing the native features of the device, Mobile Apps can offer smoother animations, faster performance, and better overall usability.
App Store Exposure: Mobile Apps can be published on renowned app stores such as Google Play Store and Apple App Store. This grants businesses access to a vast user base actively seeking new applications. An app store is a popular place for users to find new apps, and businesses can gain more visibility and increased exposure by having a presence on this platform.
Offline Functionality: Mobile Apps offer robust offline capabilities, allowing users to access certain features and content even without an internet connection. This is particularly advantageous for applications that need to operate seamlessly in offline mode, such as productivity tools, games, or media players. Mobile Apps can store data locally and sync it with the server when an internet connection becomes available.
Advanced Security: Mobile Apps prioritize security, safeguarding user data and ensuring secure transactions. App stores have strict guidelines and review processes to ensure that the apps available on their platforms adhere to security standards. By distributing a Mobile App through app stores, businesses can leverage the trust and security associated with these platforms.

Cons of Mobile App

Development Complexity: Building Native Mobile Apps for multiple platforms, such as iOS and Android, requires separate development efforts. There are a variety of development frameworks, languages, and guidelines specific to every platform. This complexity can lead to increased costs and development time, especially for businesses targeting a wide range of devices and platforms.
App Store Approval: Mobile Apps need to go through rigorous app store approval processes before they can be published. These processes involve reviewing the app’s functionality, design, and adherence to guidelines. It is possible that the approval process could delay the release of new features or updates.
User Adoption: Mobile Apps require users to proactively search and download them from app stores. This installation process may deter some potential users who prefer instant access to applications. Aside from allocating storage space on devices, users must also complete the installation process, which can be a barrier to entry.

Progressive or Mobile App: Decision-making criteria

When faced with the decision of choosing between a PWA and a Mobile App in 2023, businesses should consider the following criteria from iQlance Solution’s perspective:

Target Audience: Analyze the target audience and their preferences. If the audience primarily uses desktops and laptops, opting for a PWA can offer a broader reach. PWAs are accessible through web browsers on any device, making them suitable for businesses targeting a diverse audience. On the other hand, if the target audience consists of mobile-centric users, a Mobile App may be the preferred choice. Mobile Apps provide a more tailored and optimized experience for mobile devices.
Functionality Requirements: Evaluate the specific functionalities required for the application. If the app heavily relies on device-specific features or advanced functionalities, a Mobile App developed by iQlance Solution can provide the necessary flexibility and capabilities. Mobile Apps can integrate with the device’s hardware and leverage native APIs to deliver a more immersive and feature-rich experience.
Budget and Time Constraints: Consider the available budget and desired timeline for development. PWAs can be a cost-effective and time-efficient solution when there are budget constraints or time constraints. Developing a single codebase for a PWA saves development resources compared to building separate Mobile Apps for different platforms. However, if budget is not a constraint, investing in a Mobile App can provide a more tailored and polished experience for users.
Offline Capabilities: Determine if the application needs to function offline or provide partial functionality without an internet connection. If offline access is critical, such as in the case of productivity tools, note-taking apps, or travel guides, a Mobile App developed by iQlance Solution is better suited for such scenarios. The ability to store data locally and sync it with the server ensures a seamless user experience regardless of the availability of a network connection.
Marketing and Discoverability: Take into account the marketing and promotional strategies. If leveraging app store exposure and implementing app store optimization strategies are essential, a Mobile App can provide greater visibility to potential users. App stores have dedicated sections for different categories, allowing users to browse and discover new apps. On the other hand, PWAs can benefit from organic search engine traffic and can be optimized for search engine discoverability with effective SEO strategies.

Wrapping up

There are various factors determining whether to use a Progressive Web Application (PWA) or a Mobile App, such as target audience, functionality requirements, budget constraints, and offline capabilities. While PWAs offer platform independence, seamless updates, improved discoverability, and efficient development, Mobile Apps excel in delivering enhanced user experiences, app store exposure, offline functionality, and advanced security.

As a leading technology solutions provider, iQlance Solution understands the significance of this decision. We recommend carefully analyzing your specific needs and preferences to make an informed choice aligned with your business goals in 2023. By partnering with iQlance Solution, you can ensure a seamless transition to the chosen platform, leveraging our expertise to deliver a top-notch user experience that drives your business forward. Contact us today to explore the possibilities and discover how we can empower your digital journey.

Why use .Net to build Enterprise Software Solutions

Posted on January 27, 2023December 5, 2023 by Krunal Vyas

.Net development technologies are always in demand for developing enterprise applications.

It is a safe and secure .Net framework and provides various factors of features such as code access security, character validations, password encryptions, and code scanning. These all features allow .Net developers, and ASP.Net developers to create an additional layer of security and protect the applications from the outside world.

In all the IT and software development companies in India and globally worldwide, A customized enterprise application is truly mandatory. Enterprise apps let developers create a streamlined process with respective their workflow and generate more improved revenue and provide better opportunities. Enterprise-based application allows developers to create a centralized system to handle all operational activities and allows stakeholders to connect and provide a better customer experience(CX).

Benefits of choosing .Net for Enterprise Application Development

In today’s competitive world, there s various IT and software development companies in India and outside the world, they provide the latest range of application development and offer a host of services. Since it s been used for years, there s certain benefits and recognition in application development.

Enterprise application development is mainly used to develop software and adopt innovations as per the current IT market trends in order to implement the operational functional domains and strategic initiatives in the organization using the various types of software such as CRM, Enterprise Business Intelligence (EBI), Finance, HR, Retail, ERP, SCM, GIS, etc.

Supports over 60+ languages

.Net framework provides various types of programming language supports in the form of C#, F#, Visual Basic, Javascript, R, Python, mobile-based development (Android, and iPhone) etc. Hence it helps Enterprises to build interactive web and mobile-based applications.

Most Diversified Framework Libraries and Components:

.Net framework provided useful components for various types of operations such as .Net, .Net Core, ASP.NET, MVC, and advanced .Net Compiler platform. All these libraries and components provide the best client experience and add value to the business owner and stakeholders.

Easy to adapt

There s many Software developments and .Net development companies in India that hire Dedicated developers with these skills because they can easily develop the applications and easy to adopt them. There are plenty of class libraries, tools, and various APIs developers can easily enhance and add new features and can easily integrate and connect with all types of databases.

Object-Oriented Framework

.Net provides one of the best mechanisms in the form of an object-oriented technique and enables the best ways to write a program using the classes/functions. Using this developers can easily reuse the existing code in the program and make sure to avoid redundancies, It provides simpler ways to develop the application and easy ways to change the program and lets developers do more seamless maintenance.

Well-Organized Application development

.Net provides a well-systematic and organized architecture using Model-View-Controller (MVC) and enabled easy-to-use interface and provides the best development and deployment process. Using the main characteristics of an Integrated Development Environment (IDE) provided the best performance. Various IT and software development companies Hire .Net developers to develop a scalable application in lesser time as compared to other frameworks.

More-Enhanced productivity

.Net framework and .Net core provide the modernized language of (LINQ) Language Integrated Query, generics, and asynchronous programming techniques that turn around the best output time for developers.

Cross-platform Capability:

Developing an enterprise application using .Net is easy and simple way as it supports various types of application development in multiple types of platforms such as Windows, macOS, Unix, and Linux. It provides a seamless application development experience to developers and testers also can test the application in simpler ways.

Mobile Development:

Using Xamarin, developers can easily develop cross-platform mobile-based applications in easy ways. .Net framework provides plenty of features and the best user interface for developing mobile solutions. There s different types of IT sectors that most preferably use it.

Current Enterprise worldwide use-cases:

.Net provides numerous types of use-cases in different types of sectors such as in AI-Enabled solutions, mobile-based applications, cloud solutions, IoT based applications with the support of more advanced and modernized .Net framework as per the current trends.

Enhanced JavaScript Frameworks:

Microsoft offers the .Net core framework that has in-built templates and the latest framework of Javascript such as Angular and Reacts. It enables the best infrastructure and let developers create more interactive client-side applications using Javascript, It provides the most seamless experience for developers to build application faster and easy to develop with the help of more advanced features.

.NET 5/6 is a unified platform that incorporates the abilities and benefits of .NET implementations in enterprise applications .NET 5 provides an environment and tools to develop any kind of application for various types of platforms, including web, mobile, cloud, and IoT. .Net 6 version is more most instantaneous and latest .Net framework and has excellent performance enhancement.

Conclusion:

.NET has been the preferred choice not only for developers but also testers, and UI designers in the various types of IT sectors. The latest launched .NET 6.0 framework has plenty of new features to develop advanced applications in various types of IT companies worldwide. This article will be useful for leaders, aspiring project managers, technical leads, and product managers. You will find more useful articles like this one at iQlance. We are a Software Development Company and Hire.NET Developers in India.

Artificial Intelligence: A boon to Healthcare Industry

Posted on November 30, 2018December 5, 2023 by Krunal Vyas

artificial-intelligence-in-healthcare-industry

Managing everyday tasks with a personal assistant is making people’s lives easier. But, now the time has changed. The potential of smart apps to assist has expanded beyond the digital assistants. With the up-gradation of technology and introduction of artificial intelligence (AI), Personal health app is being taken place using AI. This is helping to continuously improve the user satisfaction.

Introduction to Artificial Intelligence

AI or Artificial intelligence may be referred to as a machine or a computer which is capable of solving any problem or any task, that can be done by humans, with the help of natural intelligence. There is a synchronization between technology and algorithms in such a way that it provides assistance to the humans, who with ordinary intelligence, to get a simple task done without being given any sort of order.

Artificial Intelligence merged with Healthcare industry

In today’s high-tech world, a major role of technology has come up with the rise of Artificial Intelligence (AI) in every field as well as the personal lives. Among these industries, AI plays a significant role in healthcare industry. This integration of AI with healthcare industry is contributing to the healthcare app development, further resulting in improving as well as saving many lives all over the world.

Technology of AI merged with medical science turns into a broad innovative field giving room for sustainable health. Regarding development of mobile applications, artificial intelligence provides such a high-level of assistance to their users that the companies are compelled to engage AI deeply in their apps.

In the medical and healthcare industry, there is great dependence on AI due to which the number of innovations in healthcare app development can be seen. These apps help in better diagnosis, efficient surgical procedures, and overall improved health care.

A lot of contribution has been made by AI in the healthcare industry. There has been a great usage of electronic medical records (EMR), mobile technologies such as tablets and smartphones, by which both the physicians as well as patients have experienced benefits.

Also read : Doctors will play new roles as Wearable Tech Evolves

Medical technology has evolved from introducing doctors to new equipment to use inside private practices and hospitals to connecting patients and doctors thousands of miles away through telecommunications. It is not uncommon in today’s world for patients to hold video conferences with physicians to save time and money normally spent on traveling to another geographic location or send health information instantaneously to any specialist or doctor in the world.

Because of websites and mobile apps, healthcare and medical industry has seen an online phase. With the help of AI, technology has showed its importance in healthcare, medical, medicine as well as lifestyle domains. There are various apps which target mainly the mobile devices like tablets and smartphones, thus lying a strong foundation to healthcare app development. Healthcare apps, whether they target mobile or web, can be easily used as a reference database, technique module, medical calculator, and a clinical checkup tool.

Most of these are health and fitness apps, which enable the tracking of health parameters by users and provide users with interesting insight about their fitness level. This is certainly the best time to develop a mobile health app.

Target hardware

As a healthcare app developer, one would target generally more than one platform including desktop and mobile devices like tablets and smartphones. The way the smartphone users interact with a particular app is different from the other user interacting with the same app which depends on the speed of information to length.

There are various enterprise healthcare mobility solutions which are capable to be operated and optimized on tablet. This can result in more functionality of the app as compared to the functionality on a smartphone. A patient engagement solution app can be optimized on tablet whereas ‘call a doctor’ app can be optimized on smartphone. Though most apps are developed to be operated on smartphones, they can also work on tablets seamlessly.

Interoperability

One of the important factors while developing the healthcare mobility solutions is the interoperability of the apps with the traditional clinical management system that is used by the hospital staff. These days, various enterprise healthcare mobility solutions including the medical scheduling software help in facilitating interoperability.

Though AI has paved its own path, hospitals still rely on the traditional hosting, including the standalone software installation to cope up with the high cost of cloud hosting. In these cases, the developer needs to build a compatibility layer of the app.

API components

API or Application programming interface, as the name suggests, is a tool, process, or routine which executes a particular task or interacts with the software or a part of the software. Social networking apps as well as various advertisers depend on APIs to pass on the particular information. When a user login into an app, the whole authentication process is supported by an API request for connecting the user’s device to a remote server.

In the case of the patient engagement solutions, the Best healthcare app development operators have to add API components so as to authenticate the user’s device to access the repository of the patients. Moreover, the developer needs to add other APIs from suppliers as well as vendors.

Data security

These days, the app developers avoid to store the app data in the mobile device for security reasons. If the traditional clinical management system app connects to a limited number of simultaneous API requests, the developer can store the app data on the server.

App servers are built for speed, not security and thus, are not difficult to breach into. developers must encrypt data they save on their servers. Moreover, the transfer of data between the device and the secure remote server is open to communication interception by government agencies, and fraudulent organizations and individuals.

Thus, if security is paramount as in the case of healthcare apps, developers must insist on end-2-end encryption or send data over secure communication channels only.

Device security

Arxan, a data security company suggests Android apps are less secure than iOS apps are. In fact, in apps where security matter more than anything else, many cybersecurity advocates are against the idea of developing an app for Android, at all.

Android constitute more than 80% of smartphone market today. Smartphone manufacturers are stepping in to fill the security holes left by Android with their own homegrown solutions.

Samsung knox is one such example that allows seclusion of work activities from personal activities. this is a great step ahead considering most organizations these days have bring your own device (BYOD) policy in place.

Blackberry is also trying hard to bring the same level of security its devices were once famous for. Moreover, our developers suggest there are certain lines of code you can add to make your apps safer.

However, not much will change until Google steps in and sort the security issue on its famous mobile OS, once for all.

There is a certain number of features that every daily-life app needs to have:

Sleep (amount and phases)/run/steps tracker, depending on the goal you pursue with your product. Optional tracker features could also include heart rate/blood pressure/pulse, liquid consumption and incline swings (essential to calculate steps or kilometers ran properly). More complex and more optional would also be calorie counter, for those who really want to keep fit.
Analytics. Based on data collected from user’s activity, app should be capable of measuring metrics and making certain conclusions.
Push-notifications, that would encourage users to act formed on the data application receives

Applications of this type are commonly monetized with a prepaid subscription for a service. For instance, Head space app has a monthly or yearly subscription, and so do many. You can also monetize your application with a help of advertisement, but it may result in lower user retention.

Why does your mobile app fail and how to fix it”, there may be a few grounds for it:

Poor User Experience.

There are many signs of the unappropriated user experience. Usability Geek has even listed 10 most common of them. It is important to realize here that the shelves of mobile app market are already stocked with “ghost house apps” that nobody uses. At least avoiding things like inappropriate content, complex user flow and unobvious CTAs can make a huge audience part stay with your product.

Lack of Expertise & Industry Knowledge.

One of the most crucial points for the healthcare app success is the expertise it provides for you – if there is not enough of “doctor’s input”, people are unlikely to stick to it.

No Particular Problem Solved

The major issue which most of the healthcare apps face is that they are unable to serve a particular purpose more specifically. With their product, they try to cater to all the needs, serving none in return.

Failure to Meet the Privacy Guidelines.

All the medical or health related mobile apps need to abide by the rules and regulations of HIPPA. This is the major factor where many app development companies fail.

Interview with Krunal Vyas, iQlance Solutions – Good Firms

Posted on May 31, 2018December 2, 2023 by Krunal Vyas

GoodFirms is B2B research and review platform for top software service companies. iQlance Solutions has been listed as top mobile application development company in Canada on GoodFirm

– GoodFirm has selected our CEO Krunal Vyas to interview.

IQlance – one of the leading web and mobile application development company in Canada which promises to deliver bespoke solution was epitomized in GoodFirms with embellishing reviews and stars for its mobile app development service by their clients from across the globe. Krunal Vyas, the CEO of the company has put more focus on how mobile apps, web development, custom software solutions and game mobile app development helped their customer to generate ROI and reach out their target audience.

Krunal further talks about his inspiration in developing an innovative and meaningful solution with the help of technology and meeting the client’s expectation while also delivering state-of-art solution by strictly adhering to the deadline. He describes about the business model at iQlance that has made possible for the company to work with the top brands across the globe. The company is involved in diverse services that includes mobile app development, web development, enterprise solutions, game development, emerging technologies, digital marketing and the list goes on…

iQlance has the veteran team in Canada who makes sure to consider your requirements before building a solution. The team covers product development cycle from system analysis, wireframe to design, code implementation, quality assurance and launch and makes sure that there is zero tolerance error. Krunal believes that, his business model is successful of course due to its team, capability, domain knowledge and presence of iQlance in Canada, NYC and California.

Read Also : Interview With Digitalmicdrop : OUTSOURCED MARKETING TECH

Being the CEO of iQance, Krunal takes care of end-to-end business operations and follows agile and scrum approach while conducting the weekly/daily meetings with team members and managers to know the overall insights of the task. He implements time tracking software to effectively monitor and manage project in real-time work environment. Following agile and scrum approach, he focuses on team’s ability to deliver fast product and respond quickly as and when client’s requirements changes.

Moreover, he also makes sure that there are no glitches and grudges for anyone in the company and employees and clients are working on the same page for the same goals. The company has built many mobile- based apps like on-demand taxi, fitness, real estate, healthcare and many more which has helped them to give an edge to the business. Moreover, the company loves to take on the challenges that are involved in the projects and emphasize in retaining client and building a long-term partnership by delivering a leveraging solution.

The company has flexible development model and payment structure which assures the client that they are paying for what is received. Krunal aims is ‘ idea to innovation’ and would always support start-ups, Small business and individuals to bring idea to reality and focuses on tight budget project that can be delivered in a short time rather than liberal higher budget project. This enables the team to flourish the skills and push themselves to local communities as well. Ranging from $5000- $100,000 the company delivered 50+ mobile applications and 20+startups solution in 2017 to stand tall amongst competitors.

The company is very strict when it comes to security; they consider the process of developing apps after signing NDA only. Additionally, they also ensure transparency in work keeping the unexpected surprises at bay.

To know more how iQlance helps the start-ups to provide a solution, Check out our full interview on Good Firms.

Blockchain : Why it is the Future of Technology

Posted on January 30, 2018December 5, 2023 by Krunal Vyas

The BlockChain cannot be described just as a revolution. It is a tsunami-like phenomenon, slowly advancing and gradually enveloping everything along its way by the force of its progression.

–William Mougayar

As per the research global technology market is forecasted to grow 2.3 billion in U.S dollars by 2021. Isn’t that huge enough? Ever since Santoshi Nakamoto published his invention in 2009, Blockchain technology has added the flavour not only in financial industry but also across other verticals.

What is Blockchain technology and what problem it can solve?

Today, with the advent of new technologies, internet has revolutionized the way people communicate. We make the use of payment gateways to share and transfer information back and forth; but is that really secured? Databases cannot communicate with each other, it needs error-free human administration or a centralized station to run every node.

So, here the Blockchain technology comes into existence. It is decentralized ledger shared by multiple users and works without the interference of third-party. This technology tracks every details that happens on the internet – every digital transaction, private data, service etc. Data is encrypted into blocks and gets scatter into pieces across worldwide network of distributed nodes.

Hence, because of this reason:-

Electronic ledgers can become cheap than traditional account system
Distributed ledger system nullifies repetitive task and results into less error
Lessen up the risk of pending transaction as processing delays

Blockchain has three main features of distributed ledgers:

Veracity – multiple copies (as opposed to a single copy) of the complete historical record of ledger entries are each verified by consensus.
Transparency – it is a public record of activity that can be seen by all market participants.
Disintermediation – Instead of specific central organization, this operates using peer-to peer network.

Blockchain technology is the pillar behind the success of the bitcoin and is the first digital currency to solve the issue of double- spending. This technology is transformative and several predicts expects that it will have massive impact in the market.

“One Bitcoin can be divided by 100 million units, and each unit can also represent value in multiple ways – i.e.; cash, property, votes, energy.”

Implications of transaction in Blockchain technology

Blockchain technology will revolutionize the way we write, execute transactions and maintain records. Keeping accounts of all transactions is the core criteria for any business as it becomes easy to track the last performances and help in planning the need for the future. Some records consume time, energy and efforts and often creation and storage process results in errors.

Read also : Reasons to Explore and Invest in Bitcoin and Cryptocurrency Industry

In the current scenario transactions can be executed immediately but settlement of the funds takes a long process. For instance: Someone selling in the stock exchange can sell stocks immediately but settlement can take few days. Similarly, if someone is making the new deal of buying property, price can be negotiated and signed quickly, but process of registering takes more time and may involve lawyer, government and employees.

But, in the Blockchain technology, transaction process is quick and permanent and distributed across nodes, and details of transaction such as price, asset etc. are recorded, verified and settled within seconds across all nodes and any change in one ledger simultaneously affect the other copies of ledger. Since each transaction is transparent and permanently recorded, there is no need of third party verification and is open for anyone to see.

What makes distributed technology different?

The key difference of Blockchain is the ability to transact without the need of trusted third-party through distributed ledger.

Ultimately, distributed ledger technology represent significant innovations. They have broad implications, including:

Operational simplification and fraud minimisation
Digital identity
More transparency in transactions.

Fraud minimization

One of the advantages of distributed ledger technology is that manual efforts to perform reconciliation and resolving disputes can be drastically reduced. Traditional accounting system means parties involved in one project need to check the system and find the reason why they disagree. Instead with the help of Blockchain the same thing can be migrated in number of ways as all parties involved share the same record.

For businesses, Blockchain increases the efficiency, reduction in duplicated and manual tasks and cut-cost and provides opportunities for businesses to focus on value-adding task and facilitate trust along with supply chain. Businesses which regularly deal with unknown customers faces risks, where a business is not sure that its customer will comply with contractual terms. Goods are delivered, but the customer may not make payment for days or weeks. This ties up capital and can cause cash flow problems. Blockchain technology has the capability to minimise risk and settlement times, which ultimately aids in improving balance sheet efficiency.

More transparency in transaction

Distributed ledger provides transparent information in real-time transactions and hence, those currently gaining competitive advantages via imbalance of information is likely to put an equal foots with the rest of the market. Individuals will be able to understand which organizations have used which data under what circumstances and this enables more consumer decision making. The tracking of goods over Blockchain will also provide greater transparency and simpler process for businesses and would enable increased cooperation between regulators and regulated entities.

Example:

SimplyVital Health is using Blockchain technology to give healthcare industry a facelift. The company is using the Blockchain-based data storage and analytics platform aimed for streamlining medical data storage and sharing.

The Bottom line

Blockchain technology is here to stay and is transforming the way society functions. Being still in an early stage, crypto currencies are only its major use case. Above perspectives may sound promising, but business need to come up with the kickass solution or connect with the Toronto Mobile Application Development Company that can nurture your product as per your requirements in a better way.

What does it take to develop a mobile app like Uber?

Posted on December 5, 2017December 5, 2023 by Krunal Vyas

Taxi booking service is mushrooming everywhere and has emerged as one of the reliable way to commute within or outside the city. When we talk about taxi service, Uber is one of the name that has become synonymous with it. Since it’s inception, Uber is pleasing users across the globe and the only point of contact between passengers and Uber is mobile app. Although there are hundreds of taxi booking mobile apps but what has evolved over a period of time, since the inception of Uber, is technology development on the booking front.

With the current scenario in the market, Uber is boosting more and more entrepreneurs with the idea to repeat its feet and create something similar. However, developing a Taxi mobile app like Uber and going live on app store and play store is just not that easy and two separate application with different functionality:

Passenger app – for those who looks to book taxi
Driver app – Get orders and they ride passenger to their destination

Its features plays vital role; let’s zero down some of the basic ones:

Basic features of passenger app:

Register/login: You can provide varied options to register like social media integration, e-mail etc.
Booking Interface: Here customer needs to add address, select a cab type and set the pickup location
Tracking: Track driver’s location, status updation during or after a ride
Fare calculator: Calculates the estimated cost from source to destination before booking
Payments: Cashless, plain cash , can pay automatically via plastic money and invoice is received to phone or e-mail
Push Notifications: Keeps the user updated on order status, estimated time, taxi arrival, car model, driver’s contact number, car number and much more
Messaging, ratings and reviews, booking history: Messaging driver for the perfect pick up, feedback and ratings given by the customer for the service provided, displays the details of previous booking

Basic features of driver app:

Register/profile/status: Required to provide extra verification details like taxi number, licence during registration, status functionality helping them to adjust the schedule and availability
Booking: Options to accept or reject the incoming order, information of customer location, booking history etc.
Push Notifications: For order alerts, taxi booking data, for order updates and completion of ride
Navigation: Google Maps integration to get optimal direction of customer’s destination
Cost estimation and reports: Provides the estimated cost with discounts and offer the insights of trip status, payroll, history etc.

Furthermore, to streamline process and driver from the central point, a web app is required to manage and review all in-app activity like interactions, ride routes, payments and much more.

How Uber Works?

Passengers let the Uber know that they need a ride; Uber asks you about the location; finds the nearby driver and notifies the duration of driver’s arrival. After completion of ride, cost is automatically charged from your card and then passenger needs to provide feedback about the ride.

So to build such paradigm, what technology stack does Uber rely on?

It relies on some giant foundations like:-

Geo-location: The cab providing service like UBER depends on GPS (Global positioning system) technology to track the current position of the customer. When Uber started its venture, the technology wasn’t that progressive, but today the things have become easier. The geo-location depends on:-

Identifying a device’s location: To identify the location of the customer, Uber app for iOS uses CoreLocation framework which provides classes and protocols to configure and schedule delivery and send location event to the server. This framework also enables the Uber to define geographic region and track the device moments as it crosses the boundary.

The Uber app for Android uses Google’s Location API which can manage underlying location technology meeting all the needs to tailor the app when integrating location-based features.

Providing the right direction: For developing iOS app, MapKit is used to display point-to-point directions on map. It registers the app as routing app then makes direction available to the Map apps and other mapping software.

For developing on Google, Google Maps Android API is used to make routes and directions possible.

Integration with mapping software: Uber implemented Google Maps for both iOS and Android version and to avoid paying Google for access of their solutions, Uber opt for mapping technology companies to solve the logistic issues.

Messaging or Notification: After you order a ride, Uber sends you a couple of notifications like when driver accepts the request, driver is few miles away, cancellation of ride etc. Uber text messages are powered by the Twilio telecommunications provider and you may choose to receive these messages either via SMS or through the push notifications. To implement push notifications in the iOS app, Uber uses Apple Push Notifications Service, and for the Android app Uber uses Google Cloud Messaging (GCM).

Payment Integration: For calculating fare, Uber looks for the factors like base fare, cost/mile and cost/min. Uber promotes a cashless system which means you can pay via plastic card, e-wallets or use a promo code which removes error prone human-to-human cash transfers. Uber chose to partner with Braintree, one of the leaders in the mobile payment market, to accept card payments and also uses PayPal’s Card.io service for credit card scanning on iOS.

The iOS users can make of the Apple Pay for making the payment and the Android users can use the Google Wallet for the same purpose. It is better to collaborate with some online payment company to make the experiences better and faster.

Advantages of Uber like app

Reduce the number of drunk drivers
Saves your money for commuting
Provides opportunity to make extra cash for the driver
Makes the way to the customer’s destination really beautiful

Advantages of having mobile app

Having a white label mobile app gives your taxi business a broad visibility and an automatic customer boost.
Reduces the overhead costs generated by managing everything manually and connecting passengers to the drivers in real-time enables the business to grow smartly in autopilot mode.
Leads to the higher profit as the taxi service provider can develop their own app and save on the commission paid to the cab platform.

How much does it cost?

Well it depends! There are several factors affecting the total cost

Your budget
Number of features
Design of UI/UX
Backend development
Web development
Security

If you wish to develop a basic taxi service app then it will cost around $15,000 USD to $20,000 USD; Uber like app $20,000 USD to $35,000 USD. It takes 2 to 3 weeks approximately to design the app and 10 to 12 weeks approximately for development process. Lastly, the cost varies according to Toronto app development company you hire to get your job done.

The 5 Steps of Successful influencer Marketing Strategies

Posted on November 28, 2017December 5, 2023 by Krunal Vyas

Marketing is a realm where you have no place for dreamers. It is a practical world not one where you sow and harness the power of dreams. So much so, the tipping point in marketing comes from the influencers who are convinced that your product is the right one for them. If they decide, they can set the ball rolling in the marketing sector and you will not have to spend too much money on advertising.

Isolate the influencer

So, get the influencer and bring the ball! It is not that easy because we do not know who the influencers are. That is the hard part of the Influencer Marketing Strategy. That becomes the first step of our marketing strategy –isolating the region of the influencers. This is relatively simple, we can find that most of the marketing decisions emanate from one sector of society. Then, we put the rest of the plan into place. If on the other hand, we know who the influencer is, say a popular public figure, then we can get him or her to endorse the products and achieve marketing success. influencer marketing is also part of digital marketing.

Initiate the action

The action of the influencer is by building something around their idea and igniting community passion and seeking collaboration with the people of their community. This operates entirely on trust and goes on to become a brand engagement. To do this one must have a story to tell. This story will speak of the values and help the viewers adopt the right standard to make the improvement in their lives. It could be how being poor need not stop one from succeeding in sports.

Also check this info-graphic of Cheat Sheet hope you love it.

Build the story on the social media

Once you have the influencer and the story, it is time for the wild bushfire to spread through the countryside. Here, we are not marketing the brand through the social media; we push the story of how the influencers are reacting through the social media.

The people will do the searching for themselves and then remain convinced that they were not influenced to buy the brand. People who have implemented successful selling programmes for their company will know how much the success depends on the intrinsic values of the product. This is why we need the influencer.

Improve sharing of ideas related to the product

This is pure social media marketing. And a lot more besides but you have to involve the common man in it. They need to have a stand point about the product. And since this must not be negative, you need to have the advance story about how the poor will succeed. In your marketing campaign, include incentives for people who share the story the most or help in distributing it.

Keep a grip on the values

You do not want to compete with the rest of the field. You want to create a dent big enough for them to fall through. Your values must remain clear and distinct from those of the rest.

Undoubtedly, the last step is the most important. But, it will not work without the rest of the steps, so start from the top.

Introduction

Overview of Software Development Trends in 2024

Frontend Technology Stacks

Backend Technology Stacks

Mobile App Development Stacks

Cloud Technology Stacks

Database Technologies

DevOps and CI/CD Technology Stacks

Emerging Technologies in 2024

Security Technology Stack

Testing and Automation Stacks

Full-Stack Development Stacks

Impact of AI and Machine Learning on Software Development

Choosing the Right Technology Stack

Why Choose iQlance Solutions as Your Software Development Partner

Conclusion

1. Kotlin

Uses:

Key Features:

Benefits:

Pros and Cons:

Real-Time Example:

2. Java

Uses:

Key Features:

Benefits:

Pros and Cons:

Real-Time Example:

3. Dart (with Flutter)

Uses:

Key Features:

Benefits:

Pros and Cons:

Real-Time Example:

4. C++

Uses:

Key Features:

Benefits:

Pros and Cons:

Real-Time Example:

5. python

Uses:

Key Features:

Benefits:

Pros and Cons:

Real-Time Example:

Conclusion

Key Considerations for Language Selection:

Why Opt for iQlance Solutions?

What is a Progressive Web Application?

What is a Mobile Application?

Pros of a PWA

Cons of a PWA

Pros of Mobile App

Cons of Mobile App

Progressive or Mobile App: Decision-making criteria

Wrapping up

Benefits of choosing .Net for Enterprise Application Development

Supports over 60+ languages

Most Diversified Framework Libraries and Components:

Easy to adapt

Object-Oriented Framework

Well-Organized Application development

More-Enhanced productivity

Cross-platform Capability:

Current Enterprise worldwide use-cases:

Enhanced JavaScript Frameworks:

Conclusion:

Introduction to Artificial Intelligence

Artificial Intelligence merged with Healthcare industry

Target hardware

Interoperability

API components

Data security

Device security

Why does your mobile app fail and how to fix it”, there may be a few grounds for it:

Poor User Experience.

Lack of Expertise & Industry Knowledge.

No Particular Problem Solved

Failure to Meet the Privacy Guidelines.