seminova 0.0.2

Python bindings for an experimental SuperNova IVC (Rust backend)

seminova

Python bindings for an experimental SuperNova IVC (Rust backend)

seminova is a Python wrapper around an experimental Rust implementation of SuperNova-style IVC folding, with direct R1CS construction from Python. It’s not a full zkSNARK or anything close to production, but it works, it’s fast, and it’s great to play around with folding proofs with it.

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⚠️ Disclaimer

This isn’t the complete SuperNova protocol from the Microsoft paper. It’s basically a trimmed-down toolkit to play with the folding part.

• ❌ not fully sound
• ❌ not zero-knowledge
• ❌ not meant for production at all
• ✔️ great for learning and experimentation
• ✔️ fast enough for small/medium circuits
• ✔️ useful if you want to understand IVC

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What Works Today

• Build R1CS matrices directly from Python (no ceremony)
• Create PyR1CS objects and fold them together
• Basic satisfiability checks (non-zk)
• Incrementally update proofs with new folded instances
• Access commitments, digests, witness/instance bytes

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Future Plans

• zero-knowledge (hiding commitments)
• point proof gadgets
• DSL for augmented circuits
• more like an actual SuperNova
• probably not a subnova anymore

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Source

Repository: https://github.com/debxylen/seminova

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License

MIT.

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Credits

The rust backend is sourced from the MIT-licensed implementation from: https://github.com/jules/supernova