Rust and go implementation of the S3Cross cross-domain authentication scheme
S$^3$Cross: Blockchain-Based Cross-Domain Authentication with Self-Sovereign and Supervised Identity Management
All the codes are tested on both Mac and Ubuntu platforms.
Mac Studio (M1 Max, 64GB RAM, macOS 14.4.1):
| Language | Version | Architecture |
|---|---|---|
| Rust | rustc 1.73.0-nightly (500647fd8 2023-07-27) | aarch64-apple-darwin |
| Go | go1.20.1 | darwin/arm64 |
Ubuntu Server (Intel(R) Xeon(R) Gold 6230, 125GB RAM, Ubuntu 20.04.6 LTS):
| Language | Version | Architecture |
|---|---|---|
| Rust | cargo 1.72.0-nightly (5b377cece 2023-06-30) | x86_64-unknown-linux-gnu |
| Go | go1.20.4 | linux/amd64 |
To run the pseudonym management and cross-domain authentication request verification/generation process, run go run psd.go in the Psd directory.
To run the PIProof process, run cargo run in the PIProof directory.
Programs written using Rust can achieve better performance in the following mode, where "xxxx" is the name of the project (can be found in Cargo.toml):
- cargo build --release
- target/release/xxxx
This library is not ready for production use!
Theoretically, the specific values of Com_sr (line 274) and V (line 346) in Psd/psd.go should be the same to prove the knowledge and the range of jd simultaneously. But the curves used by the other parts and [bulletproofs] of pi2 in Psd are different. We will address the issue of inconsistent curves in later versions.