What is Blazor?

Blazor is an open-source and newly launched ASP.Net framework that helps develop an interactive client-side web-based application. In this article, we will understand its features and concept about Blazor which will be useful for developers who have skills in ASP.Net, C#, UI development, and custom software development.

Why we should use Blazor to build Web applications in ASP.NET

Blazor is a .net framework that provides plenty of interactive features to develop client-side web UI applications.

To build a web-based application UI developers must know the two mechanisms for the development which are Server-side and client-side.

Server-side development is used to develop back-side programming languages Example:

C#, PHP, and JAVA.

Client-side development is mainly used for client-side Javascript which can be used with Angular,  React, Bootstrap, etc.

To be a successful ASP. Net Core, UI Development, and ASP.Net Development should have expertise in Angular, and React client scripts.

Blazor can run instantly in the browser through WebAssembly. We do not need to use browser plugins.

Blazor apps can run on the server side in .NET and manage all user interactions over a real-time connection on the browser.

Blazor has excellent tooling support in Visual Studio and contains robust UI component model and includes built-in facilities using the below:

• UI Layouts
• In-built browser debugging
• JavaScript interop
• Forms and validation
• Dependency injection
• Client-side routing

Blazor provides event-driven, component-based, and stateful UI programming standards.

Blazor can execute on the client in the browser and it is a realistic solution for ASP.NET UI developers.

Components

Blazor apps are founded on components. A component in Blazor is characteristic of UI, using a page, dialog box, or a web form with a log-in or data entry feature.

Components are .NET C# classes produced into .NET assemblies that:

• Describe adaptable UI rendering logic.
• Manage user events.
• Reused.
• Distributed and shared as Razor  NuGet packages and class libraries.
• The component class is written with a Razor markup page using a .razor file extension.
• Components in Blazor generates as Razor components, can also be considered as Blazor components.
• Razor is a syntax for integrating HTML markup with C# code invented for developer productivity.
•  Razor allows developers to switch between HTML markup and C# in the same file with the help IntelliSense programming feature in Visual Studio.

ASP.NET Core Blazor Hosting Models

The Blazor has two hosting models.

Blazor WebAssembly:

• It is a client-side hosting model and it can be used to execute .Net applications in a web browser.

• Blazor WebAssembly is a single-page app framework that can be used to develop an interactive client-side web app with a .NET framework.  WebAssembly runs the .NET code within the web browser. 

• WebAssembly is a compact bytecode format optimized and allows a quicker download with high-performance speed. 

• It is an open web standard and compatible with all modern web browsers and mobile browsers without plugins.

• The code written in WebAssembly can access the complete functionality of web browsers with Javascript interoperability that can be considered as JS interop.

• NET code managed via WebAssembly in the browser that operates the browser’s JavaScript sandbox using with security mechanism and protects it from vicious activities on the client machine.
• Blazor WebAssembly app is created and run
  • Using razor and C# code files are compiled with .NET assemblies.
  • We can directly download assemblies and .NET runtime to the browser.
  • Blazor WebAssembly bootstraps the .NET runtime and configures the runtime to load the assemblies for the app.
  • The Blazor WebAssembly runtime utilizes JavaScript interop to manage Document Object Model (DOM) manipulation and browser API calls.

Blazor Server

Blazor Server has the capability for hosting Razor components on the server within the ASP.NET Core app. Using the SingalR connection we can handle UI updates.

The runtime remains on the server and operates via:

• Running the app’s C# code.
• Transmitting UI events from the browser to the server.
• Involving UI updates to a generated component they are sent back by the server.
• The connection operated by Blazor Server to intercommunicate with the browser is also utilized to handle JavaScript interop calls.

Blazor Server apps generate content differently than traditional models for rendering UI in ASP.NET Core apps with Razor views/Pages.

Razor Page or view generates each line of Razor code articulates HTML in text format. After generating, the server disposes of the page or view instance with the state in which it was produced. And if at the same point, another request for the page occurs and then

the full page is rerendered to HTML again and sent to the client.

In the server-side hosting model (Blazor Server-Side), Blazor is performed on the server from within an ASP.NET Core app.

Using SignalR connection helps to UI updates and provides event handling.

Blazor Hybrid

Hybrid apps operate as a combination of native and web-based technologies.

A Blazor Hybrid app utilizes Blazor in a native client app.

Razor components execute natively in the .NET function and generate web UI to an embedded Web View control with a local interop channel.  Hybrid apps contain the following technologies:

Windows Forms: A UI framework that builds rich desktop client apps for Windows-based applications.

The Windows Forms development platform helps a comprehensive collection of app development features with controls, graphics, user input, and data binding.

.NET Multi-platform App UI (.NET MAUI): A cross-platform framework for developing native mobile and desktop apps using C# and XAML languages.

Windows Presentation Foundation (WPF):  This is a modern UI Windows Presentation Foundation (WPF) that helps to develop desktop or Windows-based client applications. It supports a wide range of application development components, such as application models, controls, UI layout, security, data binding, documents, resources, and graphics.

JavaScript interop

To develop interactive applications we need third-party JavaScript libraries and access to web browser APIs, components with the capabilities of JavaScript.

With the components, we can use any library or API with the help of JavaScript.

C# code can be utilized with JavaScript code, and JavaScript code can be utilized with C# code.

Code sharing and .NET Standard

Blazor executes the .NET Standard, which allows Blazor projects to take reference these libraries that can be consumed to .NET Standard specifications.

.NET Standard is a standard specification of .NET APIs that are shared across .NET implementations.

.NET Standard class libraries can be shared across various .NET platforms:

Examples: Blazor, .NET Framework, .NET Core, Unity, Mono, Xamarin.

JavaScript interop Use case and Benefits of Blazor

Blazor is a universal and robust web development framework solution entrusted by the top .NET Development Company in India. Below are the various types of use cases of Blazor that can be beneficial to develop robust web solutions.

• Single-page applications (SPAs): Blazor can build interactive client-side-based SPA applications with less JavaScript code.
• Progressive Web Apps (PWAs): Blazor’s support for WebAssembly allows developers to make PWAs and allows them to develop a responsive, fast, and work offline.
• Cross-platform desktop applications: Blazor is compatible with .NET MAUI (Multi-platform App UI) to create cross-platform desktop applications for macOS, Windows, and Linux.
• Real-time applications: Blazor provides the capability of SignalR for building real-time applications.
• Line-of-business (LOB) applications: Blazor’s with ASP.NET makes it effortless to build LOB applications and provides the ability to integrate with existing .NET applications and APIs.

Conclusion

We hope that this post has defined the Blazor idea in ASP.net and the reasons for using Blazor when developing Web apps in ASP. We explored in-depth the notion of Blazor’s features and capabilities, as well as its applications in.net, ASP.net, and ASP.net core-based applications. It enhances the robustness, responsiveness, flexibility, and interactivity of your ASP.Net apps, making it beneficial for application designers, experienced developers with.net experience, and anyone who want to learn about Microsoft.Net using C#. iQlance offers more helpful posts like this one. We are a Canadian company that creates customized software and solutions. Are you ready to improve your ASP.NET experience with Blazor? Contact us today to begin a breakthrough journey towards exceptional digital innovation!

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In the ever-evolving realm of front-end web development, the choice between Angular and React is a pivotal decision that both newcomers and seasoned developers must confront. Some liken this comparison to contrasting apples and oranges, as Angular is a JavaScript framework crafted with TypeScript, while React is a JavaScript library employing JSX. By augmenting React with a few libraries, it can transform into a comprehensive framework, albeit with a distinct workflow from Angular. Consequently, comparing them is not a straightforward endeavor.

However, Angular and React share a component-based architecture, offering reusable and modular elements to address similar front-end challenges. This perpetual debate of Angular versus React reverberates within the development community, fueling discussions and opinions.

So, which one prevails? This post embarks on an extensive Angular vs. React comparison, considering various factors to empower you with the insights needed to make an informed choice for your project.

iQlance, a prominent provider of app development services, specializes in constructing forward-looking, scalable applications utilizing contemporary frameworks and suitable technology stacks. If you’re grappling with the choice of technologies for your project, our development experts are at your service for a comprehensive discussion.

Now, without further ado, let’s delve into the comprehensive Angular VS React guide.

Introducing the Frameworks

ReactJS, conceived by Facebook, serves as a front-end JavaScript library for crafting user interfaces. It employs a declarative programming style to define UI states. Conversely, Angular, spearheaded by Google, operates as a front-end development framework. It is a constituent of the MEAN stack and boasts compatibility with a plethora of code editors. Angular primarily caters to the creation of dynamic websites and apps. Before engaging in a comparative discourse, let’s scrutinize these web frameworks in detail to grasp their features.

Angular:

Angular, formerly known as AngularJS or Angular 2, has been an open-source structural framework nurtured by Google since 2010. This framework harnesses TypeScript and HTML to construct web apps, single-page web apps, and hybrid apps, predominantly tailored for large-scale enterprises. Angular boasts a global footprint, contributing to notable projects such as Microsoft Office Home, BMW’s Cost Calculator for Driveaways, Xbox, Forbes, and Samsung.

Advantages of Angular:

• Proficiently renders a wide array of templates with its extensive libraries.
• Supports single-routing.
• Facilitates behavioral inspection by enabling the injection of mock data into the controller.
• Offers extension of HTML.
• Promotes clean code development.
• Simplifies user interface creation with data binding.
• Encourages the development of reusable components.
• Enables the creation of single pages interconnected with components, culminating in the final product.
• Provides dependency injection.

How Angular Surpasses React:

• Functions as a full-stack framework.
• Offers dependency injection.
• Implements two-way data binding.
• Adheres to the Model-View-Controller (MVC) architecture.
• Supports diverse application architectures.

React:

React, formerly React.js or ReactJS, emerged in 2013 as an open-source JavaScript library dedicated to rendering views. Unlike its predecessor, AngularJS, React exclusively focuses on the view layer. React introduced the concept of component-based architecture to web and mobile development, granting developers the freedom to select state management approaches through external libraries and frameworks. React leans towards managing state with libraries that champion working with immutable data and one-way data binding to achieve unidirectional data flow.

Advantages of React:

• Embraces a simple and straightforward design philosophy.
• Delivers formidable performance with the React Native Library.
• Boasts a view-centric framework.
• Facilitates seamless app migration.
• Supports rapid updates in both server-side and front-end domains.
• Simplifies app debugging.
• Compatible with Android and iOS platforms.
• Promotes the reuse of ReactJS codes.
• Offers an accessible learning curve.

How React Excels Over Angular:

• Adopts Isomorphic JavaScript.
• Integrates JavaScript XML (JSX).
• Leverages one-way data binding.
• Provides coding flexibility.

Angular vs. React: What’s the Difference?

While it may seem simplistic to attribute the disparity between Angular and React to their labels as frameworks and libraries, the reality is more nuanced. Most React developers augment their projects with additional libraries from the React ecosystem, effectively transforming it into a comprehensive framework. This is why React frequently finds itself in the same discussions as other JavaScript frameworks like Angular and Vue.js. To grasp the true distinctions between them, a deep dive into the specifics is essential.

Angular stands as a fully-fledged JavaScript framework scripted in TypeScript, a superset of JavaScript. Initially introduced by Google in 2016 as Angular 2, it marked a complete overhaul of the reigning monarch of JavaScript development frameworks, AngularJS. The new Angular was engineered to rival React by embracing components while preserving the beloved features of Angular developers, including dependency injection (DI) and two-way data binding.

Standard features of Angular encompass:

• TypeScript.
• Angular CLI.
• Dependency injection.
• Two-way data binding.
• Routing with @angular/router.
• Forms with @angular/forms.
• XSS protection.
• HTML templates.
• Component CSS encapsulation.

React, in contrast, operates as a view-centric library for rendering views. It eschews the conventional model, view, and controller (MVC) paradigm of the old AngularJS Development, choosing to focus solely on the view. React catalyzed the proliferation of component-based architecture in web and mobile development, empowering developers to make strategic choices regarding state management using external libraries and frameworks. React advocates for state management with libraries that champion immutable data and one-way data binding to realize unidirectional data flow.

Standard features of React encompass:

• Virtual DOM (Document Object Model).
• JSX files.
• XSS protection.
• Functional components.
• Basic state management via setState and Context API.

In summary, here are the key distinctions between Angular and React:

Now, let’s conduct a comprehensive comparison of React and Angular:

Popularity: Angular vs. React

Both frameworks have garnered popularity within developer communities and discussion forums. Yet, which one reigns supreme? Based on GitHub stars, React boasts a substantial 203k stars, while Angular follows with 86.7k stars. In a 2022 Statista survey on the most widely used web frameworks worldwide, React secured the second position, with Angular ranking fifth.

Angular’s journey commenced with AngularJS in the early 2010s, accruing significant popularity, particularly for constructing single-page applications. In 2016, Angular 2 was unveiled as a complete revamp of AngularJS, introducing a plethora of new features and enhancements. Since then, Angular has continued to evolve, delivering new releases and sustaining its appeal for web app development. However, stiff competition from other JavaScript frameworks and libraries such as Vue.js and React has dented its popularity.

React, on the other hand, consistently maintains a lead in popularity when compared to Angular. It offers rendering optimizations, a virtual DOM, and facilitates smooth transitions between versions. These attributes, combined with the ease of reusing UI components, have catapulted React to become the preferred choice for dynamic web applications.

Performance: Angular vs. React

Both frameworks possess the capability to construct high-performing web applications. However, which one offers superior speed? React enjoys a reputation for enhancing performance, but Angular does not lag significantly in this arena.

Angular optimizes coding practices comprehensively, fostering continued performance improvements. It simplifies tasks such as optimizing the digest cycle for your code structure. As you develop code for additional modules, monitoring and optimizing the loop ensures that previously assessed changes are verified.

Projects not requiring two-way data binding can employ older versions of Angular to reduce complexity. Angular introduces features like $cacheFactory, facilitating memory retention and recalculating data when needed. In terms of page rendering, Angular employs the real DOM but employs a unique mechanism of change detection combined with zones to expedite web application performance.

React boasts a virtual DOM as one of its standout features for superior application performance. The virtual DOM allows front-end developers to enact changes without the need to rewrite the entire HTML document. This accelerates performance by rendering updates swiftly and refreshing data on web pages.

React’s component reusability further enhances its competitive edge. This practice becomes critical when developers are tackling intricate logic across various projects and need to reuse components efficiently. React addresses this challenge by allowing developers to reuse system components.

Component reuse is also widespread among designers, enhancing productivity and optimizing coding practices. This extends from fundamental components like checkboxes and buttons to wrapper components and root components. Such practices culminate in consistent app performance, supporting code quality and maintenance, regardless of project complexity.

Data Binding: Angular vs. React

The most significant distinction between Angular and React revolves around state management. React leans on state management libraries like Helmet and React Router, while Angular incorporates built-in data binding. React is often augmented with the Redux library to introduce unidirectional data flow and work with immutable data. Which approach is superior?

Angular adopts two-way data binding, ensuring that model state alterations occur automatically when any interface element changes. This synchronization maintains consistency across the two data layers.

Angular binds HTML elements to model variables, altering not only their display but also their backend values. This synchronizes the two data models within a framework, enabling the creation of interactive user interfaces without the need for numerous callbacks and additional intervention from programmers. Two-way data binding emerges as the most efficient technique for fetching data from complex software applications like medical and accounting software.

React, in contrast, employs one-way data binding. Modifications to the interface model are only reflected after the model state has been updated. When UI components undergo changes, the model state remains unchanged, eliminating any alterations. This unidirectional data flow provides React developers with enhanced control over web and mobile applications.

React does not adhere to an automatic data binding approach, often leading developers into the complexities of handling objects. However, it integrates one-way data binding with two-way data binding helpers to streamline extensive data manipulation and heavy parsing tasks.

Code Quality and Maintainability: Angular vs. React

Angular:

At Simform, we leverage tools like Angular CLI to scaffold, build, and maintain high-performance Angular applications. Integrations such as Angular Core and Angular Material have improved our Angular project deliveries, enhancing code quality.

Angular CLI minimizes the learning curve and enables Angular developers to anticipate compilation behavior. It streamlines the development process, generating smooth builds and minimizing the iteration efforts that often lead to poor code quality.

Developers frequently grapple with maintainability issues when combining HTML and JavaScript due to a lack of modularization. Angular addresses these concerns by facilitating maintainable JavaScript code. It introduces an HTML extension to resolve these issues, saving valuable development hours.

React:

React introduces several practices that bolster code quality and distinguish it from other web frameworks. For instance, leveraging the Display Name string for debugging messages allows developers to identify components easily. Developers can concentrate on modern JavaScript without being encumbered by framework-specific code.

Maintaining code quality in React is simplified through the adoption of code review practices facilitated by linters. These linters enforce strict rule sets, ensuring code consistency throughout the codebase. React promotes the development of code that is reusable across small modules, preventing redundancy in practice.

React discourages developers from writing fragmented code, making it more readable for both computers and other developers. The ability to construct custom React components simplifies rendering uncontrolled input fields and identifying components efficiently through unique naming conventions.

Server-side Rendering: Angular vs. React

Angular:

Angular employs server-side rendering to generate a static view of the application before it becomes fully interactive. Clever usage of JSON and client-side caching can significantly boost server-side performance. Angular excels in reducing the traffic between the client and server, enhancing overall performance.

React:

To enhance SEO-friendliness, React facilitates server-side rendering by employing specific functions. For instance, rendering the application on the server can be accomplished by calling the Render To String function instead of Render. React’s flexibility also allows the use of Render To Static Markup to avoid creating DOM attributes like data-react-id. This approach proves useful for building simple static page generators.

Testing in Angular vs. React:

Angular:

Testing in a dynamically typed language like JavaScript poses challenges in achieving 100% test coverage. JavaScript code undergoes rigorous testing to ensure its robustness. Angular simplifies testing through features such as unit code isolation and built-in dependency injection. These features enable easy decoupling of components for testing and mocking.

Angular provides a comprehensive testing and debugging toolset for entire app projects using a single tool. In contrast, React relies on multiple tools to perform various types of testing.

React:

In React, tests often involve mocking components that do not exist in the testing environment. Tests can spy on various parts of a function and anticipate their interactions. This approach, known as mocking data or functions, is instrumental in avoiding flakiness in data retrieval. React offers predictable tests due to the availability of mocking functions.

React continuously executes test suites, running test cases as part of the development process. It provides test runners like Mocha, Ava, and Jest, capable of running tests concurrently with ongoing development processes.

Optimizing Bundle Size: Angular vs. React

Bundle size, or the file downloaded during the initial page load, holds immense significance for web applications’ performance. A larger bundle file size can extend page loading times, impacting user experience. How do Angular and React tackle this crucial aspect?

Angular:

Angular applications require a compilation process to function in a browser. Browsers do not natively understand Angular components and templates, necessitating the compiler to bridge the gap between the browser and bundled code. An increase in the bundle file size can potentially impair loading times and performance.

To expedite rendering, Angular offers Ahead-of-Time (AOT) compilation as an option. While not the default choice in Angular, it can be activated through the CLI by switching to production mode. AOT converts Angular HTML and TypeScript code into efficient JavaScript during the build phase. The browser then downloads and executes this optimized code.

React:

Bundle file size assumes paramount importance, particularly in large applications aiming for smooth performance. Analyzing bundle size is crucial, as an unchecked increase can lead to performance bottlenecks as the application expands.

React emphasizes code-splitting and compression to optimize expanding bundle sizes without compromising performance. Techniques like code-splitting and compression enable efficient optimization without negatively affecting application performance. If you wish to explore further methods for optimizing bundle size in React, refer to this article on enhancing your React app’s performance.

Learning Curve: Angular vs. React

Angular:

Angular’s learning curve is extensive and dynamic, often posing challenges for developers. Covering numerous Angular topics can be daunting initially. Nevertheless, investing time in the initial phase proves worthwhile, as it paves the way for smoother development.

Angular’s extensive array of primary elements includes directives, modules, components, services, dependency injection, and more. The learning curve for Angular is relatively steep, especially compared to React in the initial stages.

React:

React focuses on fundamental elements such as component creation, internal state management, and the utilization of props for configuration. While developers may find it slightly unconventional in the early stages, its simplicity makes it a favorable tech stack.

React does not burden developers with complex logical structures, a feature contributing to its increasing demand among developers. Learning the basics, along with state management and a routing library, equips developers to begin building applications.

Both technologies offer an array of features, toolsets, and performance benefits, making the choice between them challenging for development teams.

Recap: Pros and Cons of Angular vs. React

Let’s summarize the advantages and disadvantages of using Angular and React:

Pros of Angular:

• Comprehensive functionality out of the box, including dependency injection, two-way data binding, routing, forms, templating, and security.
• Dependency injection simplifies testing individual components in isolation.
• Promotes consistency by adhering to “the Angular way” of app development.
• Enhances productivity by providing essential features for building single-page applications.
• Utilizes TypeScript, a statically typed version of JavaScript that prevents coding errors.
• Offers Angular-language-service, enhancing productivity by adding features such as autocompletion, error checking, and AOT diagnostic messages to integrated development environments.
• Supports MVVM (Model-View-ViewModel), facilitating the placement of view logic on the client side of applications.

Cons of Angular:

• Steep learning curve, necessitating the mastery of TypeScript and Angular’s development paradigm.
• Challenges arise when scaling, as two-way data binding can become unwieldy, leading to unintended side effects.
• Debugging scopes can be problematic, particularly as applications expand, making it difficult to track various scopes.
• Larger file sizes due to Angular’s comprehensive front-end framework may overcomplicate applications.
• Potential SEO issues can emerge, though they are more a result of how a website is designed for indexing by search engine crawlers rather than the framework itself.

Pros of React:

• Flexibility in choosing routers and state management systems.
• Utilizes a virtual DOM to efficiently update only the portions of the DOM that require modification.
• Facilitates the creation of functional components that isolate state management, resulting in stateless components.
• Promotes component reuse through a combination of class and functional components.
• Simplifies state management in applications requiring significant DOM manipulation with one-way data binding.
• Thriving community of open-source developers offers an array of libraries and tools for web and mobile development.
• React Developer Tools, a valuable Chrome DevTools extension, streamlines the inspection of React component hierarchies on webpages.

Cons of React:

• Fragmented documentation due to React’s reliance on an ecosystem of libraries rather than a centralized framework.
• Rapid development pace, which can be advantageous or disadvantageous, depending on how updates are managed and technical debt is addressed.
• Lack of conventions, offering flexibility to developers but potentially overwhelming new users.
• Potential SEO challenges that can be mitigated through server-side rendering or dynamic rendering, depending on website design.

Angular or React: Which Is Best for Your App?

Among developers, React and Angular enjoy widespread popularity and find application in diverse development scenarios. However, when compelled to choose one, React often emerges as the superior technology. React’s virtual DOM, customization options, and optimization capabilities contribute to its standing as a preferred choice for many app developers.

Hire React Native Developers to get the advantages such as ease of learning, straightforward installation, and seamless migration, making it a time-saving option for developers worldwide. However, the choice between React and Angular ultimately hinges on the specific requirements, usage, and functionality of your project.

The Final Call

As outlined above, both Angular and React empower the creation of professional-grade web applications. However, each possesses its own set of advantages and disadvantages contingent upon project size.

The comparison criteria presented herein demonstrate that Angular excels when it comes to small-scale applications. In contrast, React reigns supreme with a myriad of benefits like virtual DOMs and optimization, as highlighted in this article. Regardless of the project’s complexity, React opens up an array of opportunities for development teams.

Therefore, the final call for choosing between Angular and React Native Development Company depends on your project’s scope, objectives, and size. Select the technology that aligns most closely with your project’s specific requirements and reaps the rewards of a fruitful development journey.

At iQlance Canada a leading App Development company Toronto, we specialize in crafting responsive, scalable applications using cutting-edge frameworks and technology stacks. If you’re navigating the maze of technology choices for your project, our expert development team is at your service for a comprehensive discussion. Contact us today to embark on your development journey with confidence.

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In this digital era, the significance of virtual reality (VR) app development in healthcare cannot be overstated. It has revolutionised the way we deliver and receive medical services, making “health is wealth” more attainable than ever before. At iQlance Solutions, a leading app development company in Toronto, Canada, we are spearheading this technological revolution by leveraging state-of-the-art VR solutions. Join us as we explore the profound impact of VR app development on the healthcare industry, unveiling its remarkable benefits and groundbreaking applications. Immerse yourself in the world of VR and witness its game-changing potential in healthcare.

Unveiling the Evolution of Healthcare through VR App Development

Revolutionizing Patient Care and Treatment 

Transforming Medical Training and Research

1. Surgical Simulation and Planning:

Practice and Refinement: Witness how VR app development empowers surgeons to practice intricate procedures, experiment with techniques, and refine skills in a risk-free environment. This virtual rehearsal enhances surgical precision and ultimately benefits patients.

Preoperative Planning: Experience how VR technology facilitates detailed preoperative planning by visualizing patient-specific anatomical structures, identifying potential challenges, and strategizing the best surgical approach. This meticulous planning streamlines procedures and enhances patient safety.

2. Advancing Medical Research:

Data Visualization: Dive into the world of VR applications that enable researchers to visualize and explore complex medical data, gaining deeper insights into disease patterns, treatment responses, and correlations. Uncover valuable insights shaping future medical advancements.

Collaboration and Training: Enter virtual platforms that foster collaborative spaces for researchers and healthcare professionals to gather, exchange ideas, and engage in interactive discussions. Accelerate scientific progress through a global network of knowledge-sharing.

Exploring the Applications of VR App Development in Healthcare

1. Rehabilitation and Physical Therapy:

Personalized Rehabilitation Programs: Delve into the world of VR apps that provide engaging and interactive rehabilitation exercises tailored to individual patients’ needs. Witness how these applications assist in motor skill recovery, cognitive rehabilitation, and pain management, enhancing the effectiveness of therapy sessions.

Virtual Environments for Therapy: Immerse yourself in the realm of VR technology, where immersive environments simulate real-world scenarios, helping patients overcome phobias, manage stress disorders, and improve mental health conditions. Experience how exposure therapy and cognitive-behavioral interventions become more accessible and impactful through the power of VR.

2. Telemedicine and Remote Patient Care:

Remote Consultations: Step into a world where VR App Development Companies Canada that  facilitates remote consultations, enabling healthcare professionals to provide expert advice, diagnoses, and treatment recommendations from a distance. Witness how this technology eliminates geographical barriers and improves access to healthcare services, particularly for underserved areas.

Home Monitoring and Rehabilitation: Dive into the realm of VR apps that allow healthcare providers to remotely monitor patients’ health and offer rehabilitation exercises tailored to their specific needs. Experience how this technology promotes self-management and empowers patients to take control of their health.

The Future of Healthcare with VR App Development

While the integration of VR app development in healthcare is still in its early stages, the potential for growth and innovation is immense. At iQlance Solutions, we firmly believe that VR technology will become increasingly prevalent in the healthcare sector, transforming the way we deliver and receive medical services. Witness some potential areas of growth in VR app development for healthcare:

1. Virtual Reality Surgeries: Visualize a future where VR technology allows for remote surgical procedures, eliminating the need for in-person surgeries and reducing risks for patients.
2. Personalized Medical Treatment: Explore how VR applications gather patient data, analyze it, and create personalized treatment plans, enabling healthcare providers to offer tailored medical services that optimize patient outcomes.
3. Virtual Reality Clinics: Step into a world where virtual clinics revolutionize the delivery of healthcare services. Imagine virtual consultations, examinations, and treatments that reduce costs and improve access to healthcare services.

Why Choose iQlance Solutions for VR App Development?

At iQlance Solutions, we are dedicated to delivering innovative and customized VR app development solutions that benefit healthcare providers and patients alike. Our experienced team of app developers Toronto and Canada is committed to excellence, leveraging the latest technology and trends to create VR apps that transform the healthcare sector. Here’s why you should choose iQlance Solutions for your VR app development needs:

1. Experience and Expertise: With over a decade of experience in app development, iQlance Solutions has honed its skills and expertise in creating cutting-edge VR applications that cater to diverse healthcare needs.
2. Customized Solutions: We understand that each healthcare provider and patient has unique requirements, and we work closely with our clients to develop personalized VR solutions that optimize their outcomes.
3. Quality Assurance: We follow rigorous quality assurance protocols to ensure that our VR apps meet the highest standards of performance, security, and user experience.
4. Timely Delivery: We value our clients’ time and strive to deliver our VR app development projects within the specified timeline, without compromising on quality or innovation.

Conclusion:

In the grand tapestry of healthcare, it has become evident that the integration of VR App Development Calgary is not merely a fleeting trend; it is an absolute necessity for unlocking the true potential of medical services. At iQlance Solutions, we have embraced this timeless wisdom and transformed it into a driving force for change. Our team of skilled App Developers Canada tirelessly pushes the boundaries of VR technology to create visionary solutions that cater to the diverse needs of the healthcare industry.

So why confine yourself to the limitations of traditional healthcare when you can embark on a journey of transformation? With our expertise in VR app development, we offer you the opportunity to unlock new dimensions of health and well-being. Together, let us rewrite the narrative of healthcare, weaving a story of innovation, compassion, and limitless possibilities.

By harnessing the power of VR app development, we can reshape the healthcare landscape and create a future where every patient receives exceptional care and every healthcare provider discovers the true potential of their profession. At iQlance Solutions, we believe that the key to unlocking the doors of tomorrow lies in blending the wisdom of the past with the limitless potential of VR app development.

Drawing inspiration from ancient sages, we invite you to join hands with us and embark on this transformative journey. Contact iQlance Solutions today and together, let us pave the way towards a future where healthcare knows no boundaries. With our unrivaled expertise and dedication, we will guide you through the intricate realm of VR app development, ensuring that you unlock the full potential of this groundbreaking technology and App Development Companies.

Remember, the power to revolutionize healthcare lies within our grasp. Let us seize this opportunity to create a world where innovation meets compassion, and where the possibilities for better healthcare are truly limitless. Choose iQlance Solutions as your trusted partner in VR app development and together, we will redefine the future of healthcare.

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Android 11 introduces great new features and API’s for developers. Android 11 now has the interesting feature to schedule when your device should shift to dark mode and many more exciting features. Android 11 includes a new controlsProviderService API that we can use to expose controls for connected, external devices.These controls appear under device controls in the Android Power menu. Media controls in Android 11 are located near the quick settings.The Latest Android 11 has put more focus on how to make interaction between people more effective.

New Features

Screens:

Android 11 has now come up with the several better API’s to support waterfall displays which wrap around the edge of the device.these displays are treated as a variant of displayswith display cutouts.The existing Displaycutout.getSafeInset()method now returns the safe inset to avoid waterfall areas as well as cutouts.

Hinge Angle sensors and Foldables:

Android 11 has made it possible for apps running on devices with hinge based screen configuration to determine the angle of the hinge by providing a new sensor with TYPE_HINGE_ANGLE and a new Sensor Event that can monitor the hinge angle and provide measurement in degrees between two integral part of the device.

Improvements in conversation:

Android 11 has come up with the better ways to handle the conversation.Conversation has now become real-time,bidirectional communication between two or more people.Conversation area now given special importance .

Chat bubbles:

Chat bubbles is similar to what Facebook has been offering for years with its messanger app on android.this feature makes sure that you don’t miss out on any conversation amongst other notifications.Bubbles are now available for developers to help surface conversation over the system.

5G Visual Indicators:

In Android 11 with API Level 30 and higher apps with android.Manifest.Permission_Read_State permission can request telephony display information updated via PhoneStateListener.On DisplayInfoChanged().This includes a radio access technology for marketing and branding purpose.

The new API ha come up with various 5G icon display for different carriers.the Suppported Technologies includes the Following:

• LTE
• LTE with carrier aggregation(LTE+)
• Advanced PRO LTE(5Ge)
• NR(5G)
• NR on millimeter-wave cellular bands(5G+)

Wireless Debugging:

Android 11 has now come up with support for the deploying and debugging the app wirelessly  from your work station via Android Bridge(Adb).We can noe deploy our debuggable app to multiple remote devices without physically connecting the device via USB and contending with common USB connection such as Driver installation.

To bring the Wireless Debugging in use ,we need to pair our device to our workstation using  a pairing code

ErrorDetection using the native memory allocator:

GWP-ASan is a native memory allocator feature that helps to find the bugs.GWP-ASan is enabled on some randomly selected system application and platform executable on process start-up.Enabling this feature helps to find out the memory related bugs and prepare the app for the ARM Memory tagging extension.It collects additional information about all the allocation that it intercepts.It is designed not to incur any Significant CPU overhead.

Neural Network API(1.3):

It Supports inferencing by applying. The Android Neural Network API is an Android C API designed for running computationally intensive operations for machine learning on Android devices.It provides a base layer of functionality for high level machine learning frameworks such as TensorFlow Lite,Caffe2 which builds and train the neural networks.

Inferencing has many benefits like:

• Latency
• Availability
• Speed
• Privacy
• Cost

Text and Input:

Android 11 introduces new API to improve transition for input method editors like onscreen keyboards.This has made it easier to adjust yor app’s content in synchronization with the IME’s appearance and disappearance with other elements like status and navigation bars.

Media:

Android 11 includes a new Mediacodec API’s that hgives apps more control when allocating input and output buffers.This will help in managing memory more efficiently.

Android 11 has come up with the new classes and new methods:

• LinearBlock
• OutputFrame
• QueueRequest

New Methods:

• getQueueRequest()
• getOutputFrame()
• LinearBlock.isCodeCopyFreeCompatible()

Also, the behaviour of two methods in MediaCodec.Callback() have changed.

Graphics:

Android 11 has much more improvement in field of graphics also with the help of following :

• NDK image decoder
• Frame rate API
• Requesting and checking for low latency support
• Performant Graphics Debug layer injection

Images and Camera:

In Android 11 we can mute only vibrations or both sound and vibrations while using camera.

There is expanded camera support in Android emulator in the newer version of Android 11.The features that have been added are:

• Raw capture
• YUV Reprocessing
• Level 3 devices
• Logical camera support
• Concurrent cameras
• Emulating sensor orientation by using data from sensor manager
• Applying video stabilization by reducing handshake frequency
• Applying edge enhancement by removing the upscaling usually done in the YUV Pipeline.

Connectivity:

Android 11  has also improved some connectivity features which are mentioned  below:

• Wifi Passpoint Enhancement
• Expiration Date enforcement and notification
• FQDN matching
• Self-signed private CAs
• Allow Multiple Profiles with identical FQDN
• Installing profiles without a Root CA certificate
• Improved Home and Roaming Provider Matching

Android 11 has expanded the WIFI Suggestion API to increase the app’s network management capabilities.connectivity management apps can manage their own networks by allowing disconnection requests.Passpoint networks are integrated to the suggestion API  and can be suggested to the User.Analytics API enable to get information about the quality of the network.

Resource Loaders:

Android Android 11 introduces a new API that allows apps to dynamically extend how resources are searched and loaded. The new API classes ResourceLoader and ResourceProvider are primarily responsible for providing the new functionality.They provide the ability to supply additional resources and assets, or modify the values of existing resources and assets.

App Process exit reasons:

Android 11 introduces the ActivityManager.get HistoricalProcess ExitReasons() method ,which reports the reasons for any recent process termination .Apps can use this information in order to gather the crash diagnostic information.

APK Signature scheme V4:

Android 11 adds support for the APK signature scheme V4.This scheme produces a new type of signature file in a separate file but is otherwise similar to v2 and v3.this scheme supports ADB incremental APk Installation.

ADB incremental APK installation:

This feature accelerates the process of installing large Apk’s on a device by installing enough of the APK to launch the app while streaming the remaining data in the background. Adb install will use this feature automatically if supported by the device and if we have the latest SDK Platform tools installed.If not supported, then default installation method is silently used.

Dynamic Intent Filters:

This feature allows the apps to chage their intent filters at runtime which was not available in Android 10.In order to receive intents,an app must declare at compile time which types of data it is able to receive by defining an intent filter in the app manifest.

Android 11 introduced the MIME groups, a new Maifest element which allows app to declare a dynamic set of MIME type in intent filter and modify it programically at runtime.

Autofill enhancements:

Android 11 introduces improvements for autofill services by using the following:

• Hint identifiers in AssistStructure.ViewNode
• Dataset shown events
• Data sharing with content capture service

Privacy:

Android 11 has added more feature in terms of privacy to keep the user’s secure and to increase the transaparency and control.

Scoped storage enforcement: Apps with Android 11 are always subjected to the scoped storage behaviours.

One time Permission: User’s can grant temporary accesss to location ,microphone and camera through a one time permission.

Permission auto-reset: If the user haven’t used an app for months on Android 11,the system auto resets the app’s sensitive permsissions.

Background Location Access:Android  11 changes how the usercan grant the background location permission to apps.

Package Visibility:Android 11 has changed the query and interaction of apps with other installed apps on the same device.

Foreground Service Type: Android 11 has changed how these foreground services can access camera and microphone data.

Security:

To increase the security of the app’s data,Android 11 has come up with several features like:

• Biometric authentication Updates
• Secure sharing of large dataset

Biometric authentication updates: Android 11 has introduced the BiometricManager .Authenticators interface that defines the type of authentication for the Biometric manager class supports:

BIOMETRIC_STRONG

BIOMETRIC_WEAK

DEVICE_CREDENTIAL

Secure sharing of Large dataset: In order to help in reducing the data redundancy. Android 11 caches shared datasets that support use cases such as machine learning and media playback with the help of BlobStoreManager which is new in system service manager in android 11.

How iQlance solutions can help?

A Leading Android app development company in Toronto, Canada that is recognized by Clutch for providing the best Android App development services. You can hire dedicated Android developers who are proficient in cutting-edge technologies like Android Studio, programming languages such as Java and Kotlin, Maps SDKs, ARCore, Socket.io, AES encryption to create secure, robust and feature-packed Android apps.

If you want to know more about what can be done for your business by going for Android application development, Get in touch with our professional Android app experts for a free consultation.

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This is an age of technology that has never been seen before. It is an era of Cloud Technology. Everything is being provided to the users as a service from the cloud.  To make teams work faster and smarter while keeping the customers happy is an objective of such services. All such services are scalable i.e. services are provided to the users in quantity they require, neither more nor less. In peak hours more servers for the same service are added while at normal times, a few of the servers can handle the user queries. Some of the leading service providers are Amazon Web Services, Microsoft Azure, Google Cloud, IBM Cloud, and Oracle Cloud. App Developers in Toronto, New York, India, and other places are now all turning to development with the cloud.

One of the recently reviewed apps that presented its services for hotel management from the cloud platform is Quore. It is a perfect hospitality management app for those who want to manage everyday business regarding their hotels. For the second consecutive year, Quore has been awarded the 2019 Top Rated Operations Product as also America’s fastest-growing provider of workforce communication and engineering/housekeeping management technologies. As one of the largest departments in any hotel, housekeeping presents some unique challenges related to the effective management of day-to-day communication. With the help of real-time, cloud-based technology, Quore’s Cleanings Plus   automatically signals rooms that are ready for cleaning, checks quality cleaning in detail, and notifies supervisors when room cleaning is complete, thereby reducing delays in spotless, guest-ready rooms.

What if you want to build one such app that resembles Quore? Will you contact the app developers Toronto or in India. No, you would just need to have the features that Quore has. This article goes through almost all the features of such an app and how it could benefit the owner and the users as well.

Features

• The Cloud-Based Platform: In the early days i.e. a few years back, you needed to have servers on your premises. In order to better the performance of your applications, you would need to add extra servers physically. This meant extra expenses for the organization. Now, this has changed. With the cloud coming into the picture, the organizations have moved their software from on-premises to on-cloud. If more users get connected with more load, extra virtual servers are added, if the load is less, the minimum number of specified servers serves the purpose.
• Accessible through different devices: Today, we just don’t depend upon a personal computer to serve our needs. There are mobile devices such as phones and tabs. Moreover, the applications being built these days are compatible with all such devices. The type of applications that we are talking about must be accessible from the Personal Computer, Mobile Phone, and Tablets. This will lead to the widespread popularity of the app as it will be available to more than just a select section of the users.
• Multiple Language Support: This has to be the main feature of an app that aims at gaining the support of the clients. With the app being made available in more than just 2 or 3 languages, it will be able to cover a wider user base, and hence gain popularity.
• Features That Cover All Aspects: An app like Quore must-have features that cover almost all aspects of a business. The Quore app is said to cover more than 30 features of the hotel management business. It includes Preventive Maintenance tools, tools to manage capital expenses, and other tools that are bound to make your customers happier. The app can cover features for housekeeping too such as document and view updates of rooms of the guests who have checked in earlier or have arrived all of a sudden. Room service may also include planning, cleaning and inspection management and control.
• Connecting the Staff: The app can be used to connect to the hotel staff without having to disturb the guests by making loud announcements. Also, the admin can pass notes to the other staff using this app. As data can be made available from the staff to the admin, it is a good way of storing that data online without having the staff to carry hefty binders
• Finance Operations: The app should be able to approve any capital expenditure that can flow into the business. Reports can help in tracking the inflow and outflow of any such financial operations. The options can help the owner to Make smarter business choices and use trends and data to save money.
• Guest Satisfaction: A very important aspect of hospitality management is guest satisfaction. The application must include an option where guests can leave their feedback regarding any kind of service they were provided at the hotel. On the other hand, the same must reach the owner/admin too so that reflecting upon the feedback major or minor changes can be made to the existing system to satisfy the guests.
• Room Status, Room Notices, and Guest Room Notices: The room status option allows the admin to know what is required by a guest in a room. Room Notices is for the staff who must be notified to clean the room before the next guest can come in. Guest Room notices help the admin know what’s going on within a specific room.
• The Front Desk: The app can have options that can directly connect to the guests and obtain feedback from them thus guaranteeing An option of guest requests can also help the hotel staff to fulfill the requirements of the guests as soon as possible.
• The Sales Team: The sales and marketing team can also benefit from such an app by using the options to track and manage the sales that have been made. This gives the team an objective to achieve and better understand what the guests want and what type of guests must be sold the packages they offer.
• Payment Options: Apps have revolutionized the world of hospitality. They have features that allow diners to order and pay at their table, while others require team members to stay connected to meet the needs of a guest. The hotels these days can connect their bank accounts to such an app and get paid through PAYTM, Debit Card, Credit Card, Google Pay and many such options.

Summing Up

Your hotel runs better with Quore like software, your guests leave satisfied and they go back and forth again and again. The right tools promote your work. These applications boost day-to-day activities, irrespective of your department. Implementing such an app in your hotels helps in making things much easier than they were earlier and also solve various issues. It’s a great asset to include in your business.

The post Develop Cloud-based Service Optimization Platform like Quore appeared first on iQlance.

Facebook recently introduced the latest version of React Native labeled Version 0.60. Months of perspiration and hard work by the React Native App Developers have enabled Facebook to launch the final product that is both enthusiastic and curious. It has also been received very well by the users and developers. The best part about it, as usual, is the upgraded characteristics to make things easier for users. Of course, the highlight is the fact that the fresh version mixes the Cocoa Pods into it, making a powerful, extensive case of mixing the iOS project of React Natives. There’s also some squeezing out on the other end of the spectrum. The Web View and Net Info no longer remain a part of React Native’s repository.

For portable cross-platform apps, React Native is extremely preferred. It’s also known as React Native for Mobiles when developing Android, Windows and iOS applications. React Native is capable of providing web based solutions to its users as well. It is known for saving time and thus providing a cost-effective solution to the growth of mobile apps – lowering costs by up to 50%. React Native’s recent update comes with enhancements inaccessibility, iOS CocoaPods, renewed start screen, and lots of other things. React Native is also an open-source framework that distinguishes itself from its primary version. Talking about functions, the React Native App Developers are able to actively run JavaScript written in the background. This upgrade may be used by 0.59 for all users currently engaging the React Native.

React Native App Developers who were confronting some of the other problems with the past versions can now make the most of the recent version as it comes with simple fixes. The issues and failures of 0.59 are no longer there and thus users can get a consistent experience with the optimized version to improve the output of React Native app development.

Key Features of React Native 0.60

1) Improved availability: In terms of an open-source mobile application framework, this latest version is truly path-breaking. Both the mobile app development platforms–Android and iOS –have a lot of accessibility API enhancements. It comes with the capacity to use native support technologies to integrate platform-specific APIs. There are more improvements with React Native 0.60 on the accessibility front including the following:

a. Accessibility flag assistance and decreased motion for iOS. This implies that you can easily create cross-platform iOS applications with accuracy in less time.

b. Inclusion of many missing roles for various components to effectively use it depending on the demands.
c. Addition of on Click call back and a clickable prop. This helps to request actions through the navigation of the keyboard.
d. Enhancing web assistance with the availability of the latest accessibility statements API in the future.
e. Maximizing accessibility actions to add call-backs to handle accessibility of user-specific functions.

The 0.60 release also presents significant changes for both the iOS and Android platforms in terms of API accessibility. There is a list of improvements involving aspects such as advances in supporting action, announce for accessibility, flags and roles to name a few.

2) Backing Android: React Native migrates to AndroidX (Android Extension Library) and this will have significant implications for those who wish to develop cross-platform Android apps. This is because the native codes and dependencies also need to be migrated by the developers. Such a change requires to React Native applications to use AndroidX on their own. Despite the need for developers to change their own native code, this tool is useful to patch all node modules. This update is inherently necessary for all of these library maintainers. However, using the Jetifer tool together with the recent Native React 0.60 will assist launch a fresh version of AndroidX. Therefore, if you find any errors with AndroidX, it’s best to consider this.

Migration is easy for Android developers through React Native. This is because AndroidX too is an open-source project that helps to map original support library API packages to the AndroidX namespace. Now here’s where developers need to make a choice as the latest version of React Native won’t allow using AndroidX with the old support library.

3) The Removal of lean core: The placement of Web View and Net Info provides a shift with React Native 0.60. Both are now entering the distinct repositories. Not only are both removed from the React Native repository, but they are also separated from their geolocation. This change is based purely on the feedback received over a period of time from the community. React Native offers a better decision when picking up an open-source mobile application framework. This is due to the popularity that React Native has gained over a short span which is pure due to its performance. In addition, in terms of efficiency, it is to be assumed that React Native 0.60 will save more than half of the time due to lean core removal. The development of cross-platform apps for iOS and Android continues unaffected as these will stay the same as the agnostic platform. With the achievement of the Lean Core Project, React Native repository is in a favorable situation. The all-new React Native 0.60 completes the much-anticipated migration to comply with the new regulations of the App Store as Geolocation is eliminated as well.

4) A New and Fresh Start Screen: Finally, the much-debated new screen is here with the latest version of Native React 0.60. This one comes with the latest app screen that is sleekly designed to offer a much better user-friendly experience. Things are simplified for developers, as all the necessary instructions for documentation linkage, starting the debug menu, and even editing App.js is present on the Start screen. It demonstrates your project aligned with the imminent website design for the growth of internet apps. This implies designers can now obtain the guided path for any redesign and alignment of the potential website. The UI is called ‘Hello World’, which helps users get to know and make the most of the whole React ecosystem.

5) Auto-link IOS and Android: So far, the developers are used to understanding the React Native libraries which are affected only by the indigenous or platform-specific libraries. But, with this new release, the auto-linking mechanism offers to use the code, by discovering it for the current project. In addition, improvements are being made in the Auto-Link at the indigenous CLI front of React. The team responsible for rolling out the React Native CLI also introduced the main improvements for connecting the indigenous module. Such auto-linking does not allow developers to use the react-native link even if they have maximum conditions.

6) CocoaPods for iOS: CocoaPods are here in the form of the app-level reliance manager. This is specifically for iOS as with Swift CocoaPods and Objective-C, CocoaPods come by default. Using this recent version, developers will need the xcworkspace file to open and use the iOS platform code. Pod specifications are also updated for internal packages so they are now compatible with Xcode projects. This helps developers to easily debug and fix problems with the development of iOS apps.

The post What You Should Know About React Native 0.60? appeared first on iQlance.

The basic aim of developing a on demand app is to track the real-time location of a person. But this tracking information as well as functionalities of various apps can be transformed and used in many ways across various industries. Some instances of using this app include following:

• GPS location tracking can be used to streamline the fleet management operations. The users of the location tracking apps can offer the drivers with the mapping as well as routing functionalities. Through the GPS tracking app, the user can produce reports along with forwarding warnings, in case of any emergency. In these situations, a GPS location tracking app abolishes the need of buying any handheld electronics supporting GPS.
• GPS tracking, when combined with the time tracking, can help to determine the efficiency as well as performance of employees. In addition to this, the GPS tracking app developer can integrate the automatic reporting with payment, but this depends on extra time the developer has. Thus, this app can stand as an efficient as well as robust management tool.
• The developer can develop a GPS location app for outdoor as well as athletes so that the users can plan their day routes efficiently and get details of the distance they covered.

Factors affecting GPS tracking app development

• The actions of the users as well as their frequency of re-evaluations are conducted with respect to the change in position or location of the user
• Keep a record of location for references.
• Cell-ID, Wi-Fi, Network data, along with GPS can help to provide the data on the location of the users. But it depends on the choices and can be difficult at times because all of them have differences in speed, exactitude, as well as battery efficiency.

These last two factors can lead to unfolding prevalence of the assisted GPS app. This app uses both functions of GPS as well as network data so that the information about the location can be obtained. Google Maps along with other map-related apps utilizes this style as well as recommend the user to connect their device to network data for getting an enhanced location positioning.

Real also : Build Own Real Time GPS Tracking Apps with Integrated Google Maps

If the customers of GPS apps happen to be iOS users, then the developer needs to compare Core Location Framework with the related APIs. It will help the developer to identify the status of the app’s user along with his/her direction, design, as well as plan the delivery of place as well as manage events, creating the geofence if there is any such requirement making sure that the app works well with iBeacons.

Developing a GPS application for Android users

There are two different approaches for receiving the information about the location of the user. These approaches are well compatible with Android platform.

• Utilizing Google Play services location APIs
• Utilizing Android framework location APIs

If GPS tracking app has to be developed, the developer needs to remember some points which require a special attention:

• Optimum application performance. There are applications that can greatly heat the smartphone while operating. The reason is sometimes hidden in non-optimal algorithms for processing data collected from sensors or the lack of methods for caching and filtering information. That’s why it’s so important to hire development experts who really know how to create a GPS location app at a high professional level.
• Interface design. The geolocation app of any format will display a large amount of information at different zoom levels. The designers should conduct several iterations of Usability testing in order to make sure that the GPS tracking app development leads to the desired result.
• Quality assurance. Emulation of the location is not always able to find weaknesses and possible errors in mobile services. Therefore, QA engineers have to conduct many test scenarios in real operating conditions.

In fact, GPS apps are counted in those providing geolocation services and whose functions solely base on the location data of the user.

1. GPS Apps having notifications in certain locations

Such apps are very effective for planning loyalty programs in different companies. For instance, a geolocation service can provide the users an opportunity to gain points when they visit certain locations. And then later these earned points can be used to avail some discount or some gift coupons.

So, if a person has a chain of shops, restaurants, pharmacies, and wants to do promotion of one of those outlets, he/she should opt for the GPS tracking app development.

2. GPS Apps for finding various places and availing various services

Few examples of the apps which need geolocation service include Zomato and Foursquare. The apps allow the users to go through the various offers of the nearby restaurants. With these apps, it becomes easy for both the owners of the place to dine and for businessmen who need the creation of GPS location app for earning through advertisements, and getting paid exclusive features

Using the geolocation feature for developing GPS tracking apps.

1. Transport services

There is an ongoing competition between transport companies. This competition is increasing with the increase in time. That’s why a developer should search for new opportunities to grow the business as well as lower the costs. Today, one of the emerging opportunities is to develop GPS tracking app for transportation & logistics business.

A GPS-enabled app plays an important role in:

1. Taxi services. It is because of the geolocation feature in the app that the dispatchers can easily track the location of the taxi. The customer booking a taxi now has a chance to check the number of nearby cars, and the distance of those from his/her location. If any such business which is related to the taxi service, the owner of the business needs to get a GPS app.
2. Shipping and courier delivery. Because of GPS tracking apps, one can easily and effectively track the cargo transportation, check the delivery of goods, and track location as well as speed of the vehicles in real-time.

2. Content related to a certain location

Here, it refers to those apps whose content is available only in certain locations. For instance, SnapChat app offers its users the feature of Geo filters which helps in making the snaps supplemented with some specific pattern, specifically, for a certain location. There are many brands which take advantage of it to promote their services. For instance, McDonald’s has an excellent set of Geo filters which the users of Snap Chat can enjoy simultaneously dining in the establishment.

3. Caution about dangerous situations

The developer can create a location app which can help to send notifications to the users about possible dangerous situation near them. This geolocation service collects negative news as well as report the people about their immediate safety measures.

4. Automate tasks

People really love it when some other person performs the boring and monotonous routine actions on their behalf because there are various actions which are associated with certain locations. So, the app with geolocation services is likely to be in great demand, and it will beneficial for the developer to create such apps (that is, GPS tracking app development), because it can turn out to be a good source of profit.

There are some examples of such apps that already exist, like Trigger application. This app helps to send the notifications to the person who is leaving office in evening. The interface of this app is user-friendly with the disadvantage that it is compatible only with Android OS.

5. Recreation as well as entertainment

Thinking about how to build a GPS location apps if you want to provide people with a service that will help them to have a more effective rest. Such an application will tell users what restaurants they should visit nearby, which stores around them are offering discounts right now, where there is a sale, etc. This is a very promising area, believe us.

Arousing Consumer interest in the GPS location app development:

1. Expanding the boundaries

Earlier, any individual would have to demonstrate to others his/her identity through his/her page in any social network. But this information was of “static” nature. With the introduction of the geolocation feature, it has become a trend of logical as well as improved continuation. Because of this, the user can feel “dynamism”. Now he/she can provide more information about his/her daily routine, lifestyle, and social status.

1. High involvement of the users in the process of recommendations, assessments, and ranking

Today, almost all the successful businesses use geolocation services to a particular extent while interacting with the customers so that they can help them in generating independent content. Along with this, the users have freedom to create various geolocation marks so as to achieve an exclusive social status or to gain more points. This mechanism is very powerful and growing viral.

1. Commercial benefits 

Any typical customer would appreciate the great advantages of location apps, like an opportunity to get the recommendations, tips, as well as hints from nearby people who have already availed that service.  So, a GPS-based app development is expanding its range for influencing the users. Instead of casually informing the user about the nearby happenings, these GPS-based apps are turning out to be a discount searching tool.

The post BUILDING A GPS TRACKING APP EFFICIENTLY appeared first on iQlance.

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.

1. 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.

2. 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.

3. 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.

4. 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.

5. 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.

The post Artificial Intelligence: A boon to Healthcare Industry appeared first on iQlance.

Global economy today is moving ahead towards digital ecosystem in an inevitable manner. Whether it is money transfer or its investment, everything is going on with the help of latest electronic devices digitally. Considering this pace, we have witnessed the arrival of latest digital payment sector in the form of cryptocurrencies.

Overview on Cryptocurrency and Evolution of Bitcoin

Cryptocurrency refers to an exchange medium similar to any other regular currency like Euro and USD. However, experts have designed it with the prime objective to exchange digital information. Cryptocurrency acts as a decentralized type of digital or virtual currency and it uses cryptography techniques to make sure about security and leaves no room for counterfeit activities. As no any centralized authority does use it, governments do not have any right to take away from its owners.

The first cryptocurrency system was introduced in the year 2009 in the form of Bitcoin powered by blockchain technology. Also known as peer-to-peer and decentralized type of digital currency, Bitcoin allows its users processing transactions with the digital exchange units referred as Bitcoins. During the last few years, Bitcoin has obtained a huge interest and gained its name as another currency type and an excellent alternative to Euro and US dollars as well as pure commodity-based currencies i.e. silver or gold coins.

Read also : Blockchain : Why it is the Future of Technology?

Processing of Bitcoin payments takes place via Blockchain Wallet by using a privatized computer networks linked via a shared program. Blockchain records each transaction at the same time on a particular PC to update and inform about different accounts. Bitcoin mining takes place with the help of a computer system by following a process involving resolving various complicated mathematical algorithms or bought with standardized national currencies and put into Bitcoin wallets accessed via computer or a smartphone.

Strong Reasons to Invest in Cryptocurrencies

• Benefits of Bitcoin Cryptocurrencies

During the last few years, digital currency has witnessed a huge growth and provided many strong reasons for individuals to invest in Bitcoin and other related cryptocurrencies. These include the following-

• Provides Fraud Proof Solutions

Whenever you create cryptocurrency, each of the confirmed transactions becomes stored within a public ledger. On the other side, coin owners encrypt each identity to make sure the legitimacy related to keeping/maintaining records. As a decentralized type of currency, only you become the owner of Bitcoin and Bitcoin or Blockchain Wallet, while neither bank or nor government gets any control on it.

• Avoids Identity Theft

Another prime reason behind significant growth in the popularity of cryptocurrency is that it avoids identity theft. Ledger in this case makes sure that each transaction takes place in between different digital wallets may calculate the balance accurately. Moreover, a public ledger checks each transaction to assure that the current spender is the owner of used coins.

Experts refer this ledger as transaction blockchain. Furthermore, Blockchain technology makes sure about digital transactions with the help of encryption as well as smart contracts, both of which make hacking of any entity almost impossible and avoid fraudulent activity. Thus, with advanced level of security, blockchain technology will poise to influence almost every segment of our life.

• Allows Instant Settlement

Blockchain has given a strong value to any cryptocurrency. Easy to use is the strong reason, for which cryptocurrencies have obtained their huge demands. Only you have to get a smart device and an online connection, so that you may make your money transfers and payments in no time.

• Accessible by Many People

There are about two billions of people possessing internet access but do not have the right of using traditional exchange systems. These people are now moving towards the cryptocurrency market and doing transaction jobs by using Blockchain Wallet or Bitcoin wallet.

• You only become the Owner

Elimination of an external electronic cash system lets you to be the owner of your account.

• Benefits of Bitcoin Wallet and its Wallet App

Overview of Bitcoin Wallet App

Blockchain Wallet app or bitcoin trading app is almost similar to any of your conventional bank account. The difference in this case is that you receive or send bitcoins rather than money/dollars. Hardware and software are the two major aspects related to your Bitcoin wallets. Thus, you have to select whatever fits perfectly with your specific requirements. Alternatively, you may go with the customized form of bitcoin app development to meet your specific business requirements.

Strong Reasons for the Popularity of Blockchain powered Bitcoin Wallet Apps

• Anonymous Feature

A strong reason to choose for bitcoin app is that it lets you to make purchases anonymously and avoids any external to know about your specific details. Since everything comes as wrapped for you and no other person may know anything related to your purchases, you may get opportunity to enjoy your privacy.

• Involves Simple and Quick Steps

Bitcoin mining app is interesting because of the fact that it allows ease in both sending and receiving money and even in some cases, you complete the transfer within only a second and that too at any time during day or night. Indeed, bitcoin is better and efficient than any other conventional type of online transaction done with the help of banking sites. Along with this, Bitcoin mining app allows you mining coins on your own. However, for this, you have to get adequate number of machines with you.

• Free from any Taxation Fee

If you have become fed-up with making payment of your transaction fees every time you choose to transfer the amount, you should definitely go with Bitcoin transfer app. With the help of Bitcoin, you no longer have to make payment of any additional amount as a transaction fee on the purchase.

• Strong User Control is Possible

Bitcoin powered by Blockchain technology and Blockchain Wallet eliminates the role of any intermediary. Instead, only a developer or a user gains complete of each transaction in the hand.

• Fully Secured Stored Data

Blockchain or Bitcoin contains fully secured data, while each individual gets a complete copy of the public ledger in his own system.

Therefore, based on the high-tech level security, tax-free and hassle-free solutions offered by blockchain technology or Bitcoin, we should say that investment in cryptocurrencies will give huge worth in the near future.

The post Strong Reasons to Explore and Invest in Bitcoin and Cryptocurrency Industry appeared first on iQlance.

Photography being buzz in today’s era, people love the concept of sharing beautiful visual content and because of that reason, Instagram is the most loveable app today. Instagram has around 800 million people followers who shares 80 million images and video files every day. Most of the top brands are using Instagram to enhance the visibility of their brand.  And when you see this goliath digit, you may be craving for the beautiful app like Instagram and wish to make people use your social networking app for photo sharing in everybody’s lives.

Cost to consider

Before finding the developer or the company for the Instagram like app, you need to consider the cost of developing an app.  The estimated time for it includes:

Timeline

• Android app development
• Android design development
• iOS app development
• iOS design development
• Backend development

Features

• Photo-editing –  upto 200 hours
• Photo library – upto 140 hours
• Search function – upto 80 hours
• Geo-location – upto 20-50 hours
• Sharing – upto 30 hours
• Integrating social features – upto 70 –50 hours

Time taken for development

• iOS – 600- 800 hours
• Android – 600-800 hours
• Design – 200-300 hours
• Backend development – 700-1400 hours

Total cost of developing Instagram like app

• From $ 120,000 at $40/hour to $650,000

Read also : Step-by-Step Guide To Building Your First Mobile App

The hourly rate will be different, depending on the service provider, platform and type of contract you choose.

So, what does it take to create an Instagram clone from scratch?

Although there is an app like Instagram which is king of the reins, it doesn’t mean there will be no place for your new photo sharing app. If you develop in a right way, you too can get develop engaging app with millions of active user on your app. First, you need to focus on the flow about how users interact on Instagram account.

• Authorization (Enables to create new profile or sign into an already existing account)
• Profile editing
• Upload the pictures
• Follow, like , comments
• Photo customization
• Notifications and push-notifications
• Search
• Location enabled
• Social sharing features

However, this are some of the basic features of photo sharing app which is must have to develop the same. Another thing, you must focus on the design of the app. Instagram has a very simple features but smart and stylish one which is easy to deal with. To build the best app, you just need to user-friendly and nice looking design.

Create your unique spin

If you wish to develop an app like Instagram, you do have to think of some out of box idea which is not available in Instagram. You need to brainstorm of what unique things you can bring to the table. Think of the core idea of what you are planning to focus; it can be photo sharing platform or creating gifs images or editing features etc.  Once you are set with the unique idea, you are ready to create an app.

The Key efficiency indicator

When clone of any app is created, it is necessary to offer unique features than original app. Creating copy Instagram will not lead you to the active users. Check out some important indicators that you need to focus on, if you want to check the status or progress,

• The number of active users
• The user’s participation
• The app’s ability to retain users.

1. a) Active Users

The first thing is to focus on the number of active users app has. It is easy to grow audience by using with the help of social media marketing. For SMM, it is good to start your campaign at least the half year before the product is launched. It is advisable to develop Facebook pages for business to reach out your target audiences and you can reward your users when they invite their friends to use the app. Additionally, you can also enhance your product status and popularity by also inviting some celebrities of influencers.  You can attract them with the help of PR companies or can post content that can be interesting for such people.

1. B) User engagement

The number of users just not determines the success of your app. You also need to look upon the factors like average time people spent on app, number of daily logins every day, number of media exchanged and much more. To increase the mentioned factors, you need to integrate social functions like comments, likes, followers which can help to integrate the uniqueness of the channel. Moreover, using high editing tools can attract the potential photographers. Considering all this indicators help to increase user engagement level.

1. c) User Retention

If you wish to keep your users coming back, you need to send push notifications to remind them about your app. Check your target audience and notify them at a right time when they are likely to open your app. Use marketing tactics and launch different promotional events so that users get involved in your app and make a profit on these events. All these factors are very important, because they show how satisfying your app is for target audience and how much profit you can make with that.

Monetization Strategy

Another factor to consider is how to earn by developing app. There are multiple ways to monetize your app:

• Native ads and sponsored ad marketing
• In-app purchases
• Sell stock photos
• Special offers for active users

Conclusion

You may have got clear picture to develop an app like Instagram for your business. However, it is always better to develop an app by hiring a professional developer or mobile app development company in Toronto to save much of your time and money.

iQlance being one of the best mobile app development company in Toronto aims to provide sustainable solution that can stand tall amongst crowd. So, if you wish to develop the photo sharing app for your next project, connect with us today.

The post Thick and Thins of Developing app Like Instagram appeared first on iQlance.