Introduction ◈ Documentation & Resources ◈ Bindings ◈ gRPC ◈ Roadmap ◈ Contributing
[!NOTE] This version of the library is compatible with IOTA Rebased networks and in active development, for a version of the library compatible with IOTA Stardust networks check here
IOTA Identity is a Rust implementation of decentralized digital identity, also known as Self-Sovereign Identity (SSI). It implements the W3C Decentralized Identifiers (DID) and Verifiable Credentials specifications. This library can be used to create, resolve and authenticate digital identities and to create verifiable credentials and presentations in order to share information in a verifiable manner and establish trust in the digital world. It does so while supporting secure storage of cryptographic keys, which can be implemented for your preferred key management system. Many of the individual libraries (Rust crates) are agnostic over the concrete DID method, with the exception of some libraries dedicated to implement the IOTA DID method, which is an implementation of decentralized digital identity on IOTA Rebased networks. Written in stable Rust, IOTA Identity has strong guarantees of memory safety and process integrity while maintaining exceptional performance.
Foreign Function Interface (FFI) Bindings of this Rust library to other programming languages:
We provide a collection of experimental gRPC services
For detailed development progress, see the IOTA Identity development kanban board.
We would love to have you help us with the development of IOTA Identity. Each and every contribution is greatly valued!
Please review the contribution sections in the IOTA Docs Portal.
To contribute directly to the repository, simply fork the project, push your changes to your fork and create a pull request to get them included!
The best place to get involved in discussions about this library or to look for support at is the #identity
channel on the IOTA Discord. You can also ask questions on our Stack Exchange.
pub use identity_iota_interaction as iota_interaction;