What are the different application models available in .NET Core?
What are the different application models available in .NET Core?
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26-Mar-2025
Updated on 15-Apr-2025
Khushi Singh
15-Apr-2025The different application development models within .NET Core support various types of software development, which empowers developers to create assorted applications, including web services and cloud solutions and desktop applications, and background processing.
ASP.NET Core serves as the top choice among developers because it enables high-performance cross-platform development for web applications and APIs. ASP.NET Core functions as an application model that supports MVC (Model-View-Controller) together with Razor Pages while providing minimal APIs useful for RESTful service development alongside web app and SignalR-based real-time communication platform creation.
The Blazor model enables developers to generate interactive web UIs through C# programming instead of using JavaScript. Blazor Server operates from the server to connect with browsers through SignalR, whereas Blazor WebAssembly executes the application inside browsers through WebAssembly technology for real client-side operation.
Desktop programmers using .NET Core deserve support for Windows Forms and WPF (Windows Presentation Foundation) applications through version 3.0 and above. The framework supports developers who create classic desktop applications with modern interfaces through its models however these systems function exclusively on Windows OS.
In the context of .NET Core development console applications provide a basic model which helps developers create essential tools including utilities along with command-line executables and background functions. These specific types get used for scripting together with their capacity to process data in quick time periods.
Worker services establish a mechanism to implement persistent background services which can run as Windows Services or inside containers. The model finds its best application in microservices development as well as scheduled task execution.
NET Core allows developers to create cloud-native applications which excel at producing scalable microservices combined with containerized applications that operate on Azure as well as AWS and Google Cloud. Users can manage application scaling and deployment using Docker and Kubernetes tools for such containers.