Making Secure Multi-Party Computation Easy and Fun!

Goals:

• Heavily tested
• Heavily documented
• Easy to use
• Performant (preferably configurable on what to emphasize: memory, computation, or network)
• Extendable using plugins

Roadmap:

1. Implement Obliv-C in pure Rust
   • Macros to handle "obliv" keyword
   • Macros to handle base circuit generations (start with arithmetic and logical operations on u32 and f32).
   • Construct the underlying circuit on the fly.
   • Implement the debug protocol (focus on the functionality, swappable network layer and swappable backend layer).
   • Implement the Yao protocol.
   • Implement the Malicious Yao protocol.
2. Use Obliv-Rust to implement a console app
   • A Rust app that can use
3. Use Obliv-Rust to implement a console web app
   • A React and React-Native app that can run the millioner's problem
   • Use Rust's WASM capabilities
4. Extend Obliv-Rust with latest works in ORAM
5. Extend Obliv-Rust to work with multiple parties