Introduction ◈ Documentation & Resources ◈ Bindings ◈ Contributing
IOTA Notarization enables the creation of immutable, on-chain records for any arbitrary data. This is achieved by storing the data, or a hash of it, inside a dedicated Move object on the IOTA ledger. This process provides a verifiable, timestamped proof of the data's existence and integrity at a specific point in time.
IOTA Notarization is composed of two primary components:
- Notarization Move Package: The on-chain smart contracts that define the behavior and structure of notarization objects.
- Notarization Library (Rust/Wasm): A client-side library that provides developers with convenient functions to create, manage, and verify
Notarizationobjects on the network.
- Notarization Documentation Pages: Supplementing documentation with context around notarization and simple examples on library usage.
- API References:
- Rust API Reference: Package documentation (cargo docs).
- Examples:
- Rust Examples: Practical code snippets to get you started with the library in Rust.
- Wasm Examples: Practical code snippets to get you started with the library in TypeScript/JavaScript.
Foreign Function Interface (FFI) Bindings of this Rust library to other programming languages:
- Web Assembly (JavaScript/TypeScript)
We would love to have you help us with the development of IOTA Notarization. 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 #notarization channel on the IOTA Discord. You can also ask questions on our Stack Exchange.