A Rust implementation of JSON Web Tokens (JWT) supporting multiple signing algorithms.
Frank JWT is a JSON Web Token (JWT) implementation in Rust that enables developers to create, sign, and verify tokens for secure authentication and data exchange. It solves the problem of securely transmitting claims between parties in web applications and APIs by providing a standards-compliant library with support for multiple cryptographic algorithms.
Rust developers building web services, APIs, or applications that require token-based authentication, such as microservices, single sign-on (SSO) systems, or secure client-server communication.
Developers choose Frank JWT for its pure Rust implementation, support for a wide range of signing algorithms (including HMAC, RSA, and ECDSA), and customizable validation options, offering a lightweight and secure alternative to heavier authentication solutions.
JSON Web Token implementation in Rust.
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Supports HMAC, RSA, and ECDSA algorithms including HS256, RS256, and ES256 families, as listed in the README's feature checklist, covering common security needs.
Includes configurable validation for the 'exp' claim with leeway options, detailed in the ValidationOptions section, ensuring basic token freshness.
Emphasizes a straightforward, type-safe approach per its philosophy, reducing runtime errors in token encoding and decoding operations.
Offers ValidationOptions to customize checks, including a dangerous mode that skips all validation, allowing for debugging or specific use cases without overhead.
The README indicates missing support for standard claims like 'iss', 'sub', 'aud', 'nbf', 'iat', and 'jti', requiring manual implementation for robust security validation.
Examples show RSA keys must be loaded from filesystem paths, which is cumbersome compared to in-memory or dynamic key handling and adds setup complexity.
No mention of integrations with common Rust web frameworks, leaving developers to handle middleware and token parsing manually, increasing development time.