The Microsoft team developed a new web development framework named Blazor. Microsoft Blazor comes with a unique selling point which is where you are able to develop a rich web UI experience. All of these can be done using HTML, CSS, and C# instead of old Javascript.

A lot of developers wanted this to happen. Microsoft Blazor offers you work on the UI frameworks for the client-side. For a long time, Javascript has been used to write the User Interface and development of the front end. The developers were not very keen on using Javascript since it required a lot of source-to-source compilers for the various languages to work in tandem.

All of these tools and other languages made JavaScript more maintainable and robust as well as included names like CoffeeScript, Dart, etc. While C# in the comparison has proven to be one of the powerful languages. Microsoft Blazor has turned out to be an efficient programming model.

These things make Microsoft Blazor a very strong competitor against JavaScript as far as single-page application development is concerned. Single page application is also known as SPA. Microsoft has been working with Blazor and running a lot of experiments on it.

Microsoft is testing the programming structure of Blazor to see if it blends well with Xamrin forms controls in order to develop perfectly functioning native mobile apps. If Microsoft Blazor turns out to be successful, then it's possible to have a single platform to develop apps that include mobile applications, web applications, and also desktop applications.

Why Microsoft Blazor looks Beneficial?

The major benefit of Microsoft Blazor is that Blazor has to offer can be seen only when its architect and model are fully comprehended. Microsoft Blazor treats the UI changes and Applications of the changes in different ways. This is the reason why Blazor stands out from the other UI frameworks like Angular, React Native, ReactJS, etc. These tools can be used to develop UI for web technologies.

Microsoft Blazor allows to access the different renderers. Here, it becomes easy for the developers to develop UI not only for web applications but it's also for Native mobile applications. To fulfill this, the components of Blazor work in a different way. This indicates that the components that are used by the developers for mobile application renderers are not able to be used to develop the web application renderers. The programming model remains the same.

That's why this setup is the fact that once the developers learn about the whole model, so they can use Microsoft Blazor to develop a User Interface for any kind of development.

Why Microsoft Blazor looks Beneficial?

When you look at the core, the App model of the Microsoft Blazor calculates the changes in the UI. As a developer, you are able to use various renderers where you can control how the display of the UI is rendered to the user. These renderers are called hosting models. Microsoft Blazor comes with four different hosting models for the various development stages.

Blazor Server

Platform: Web

Status: Production Supported

Blazor WebAssembly

Platform: Web

Status: Preview

Blazor Electron

Platform: Desktop

Status: Experimental

Microsoft Blazor Bindings

Platform: Mobile

Status: Experimental

App/Component Model

This is the engine that runs Blazor and consists of all the non-UI-specific components. It includes the programming model, routing, and the render tree which offers Blazor the mechanism for the UI calculation.

We saw above all four hosting models from those first three understand the web standards. The components that make these hosting models work use HTML and CSS. When it comes to the Mobile Blazor bindings will have the components that are developed using native mobile controls.

Microsoft Blazor Server

The Blazor Server hosting model is the only component that is production-oriented as far as Blazor development is concerned. When we talk about this model, the Blazor application runs on the server above the .NET Core runtime. As users install the application, a small file of JavaScript gets downloaded that establishes a two-way SignalR connection with the server.

This connection is established in a real-time environment. As the user starts the interaction with the app, the interaction details are sent to the server. This is done over the SignalR connection so the server can process efficiently. Once the server finishes the process, all UI updates are sent back to the client and are applied to the DOM model.

Microsoft Blazor WebAssembly

Microsoft Blazor WebAssembly is a reason why Blazor can stand strongly against JavaScript single-page applications like AngularJS, ReactJS, etc. The developers are able to write the User Interface logic using C# instead of JavaScript with the Blazor WebAssembly.  A small version of Mono .NET runtime gets downloaded to the browser of the client as you start working with WebAssembly.

It also downloads the application DLL files and other dependencies. Once everything is downloaded in the web browser, the Mono runtime gets bootstrapped. This installs and executes application DLLs.

The application is loaded and executed by Blazor WebAssembly through an interpreted mode. In this hosting mode, the interpreter provided by MonoIL executes the .NET DLL within the browser. The portion of the entire process which is compiled to Blazor WebAssembly is Mono runtime.

As a solution, the Blazor team wants the developers to select if their apps or certain portions of the apps would be compiled to the WebAssembly.

Features of Microsoft Blazor

  • Offers Model to develop a composable UI.
  • Dependency Injection.
  • Debugging using ASP.NET.
  • Able to work with old versions of web browsers.
  • Easy server-side rendering.
  • Comes with a large number of predefined UI components.
  • Use C# instead of JavaScript or other elements; This will enhance the productivity of developers.
  • Access latest Web Development features.
  • Rich intelligence along with UI development

Advantages of Microsoft Blazor

  • Microsoft Blazor made applications can be deployed and executed like static files.
  • Microsoft Blazor can work perfectly without any browser plugin.
  • It works similarly to native applications.
  • Microsoft Blazor supports all necessary single-page application features.
  • It's supported by all popular browsers.


Still, Microsoft Blazor is under development and may replace JavaScript once it is fully functional for the developers. You can hire a top Microsoft Blazor Development Company or hire an expert to make your application. Microsoft Blazor provides a unified platform for the development of all kinds of applications which makes it easier for the developers.