A lightweight, dynamic JWT server for ASP.NET Core with built-in token endpoints and refresh token support.
JWTSimpleServer is a lightweight JWT server for ASP.NET Core that provides a ready-to-use token endpoint middleware. It simplifies JWT-based authentication by handling token issuance and refresh logic, supporting password and refresh_token grant types. The project solves the need for an easy-to-configure JWT server without requiring developers to build and maintain custom token endpoints.
ASP.NET Core developers needing a straightforward JWT authentication server with refresh token capabilities, especially those building APIs or web applications requiring token-based security.
Developers choose JWTSimpleServer for its minimal configuration, built-in token endpoint, and flexible storage options for refresh tokens. It eliminates the boilerplate of JWT setup while allowing custom authentication providers and multiple grant type support.
A lightweight, dynamic jwt server for ASP.NET Core
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Configured with just a few lines in Startup.cs, as shown in the README's Getting Started section, eliminating manual JWT middleware setup.
Allows implementation of IAuthenticationProvider to validate users and issue custom claims, enabling tailored authentication logic for various sources.
Supports refresh tokens with multiple storage backends like InMemory, Entity Framework, and Redis, providing scalable options for session persistence.
Includes a client library for easy token requests and automatic renewal, simplifying frontend integration with observables for token lifecycle events.
Only supports password and refresh_token grants, lacking authorization code, implicit, or client credentials flows essential for many modern authentication scenarios.
Refresh token storage requires server-side persistence, which adds statefulness and deployment complexity, contrary to JWT's stateless ideals.
For advanced features like social login or multi-factor authentication, developers must build their own authentication providers from scratch, increasing initial effort.