$MONACHAN, a privacy runtime that brings confidential and verifiable computation to real applications. It solves a major gap: today’s ecosystem can hide transactions, but not the computation behind them. $MONACHAN fixes that by making private execution practical, fast, and easy to integrate.
Developers can write normal Rust, C++, or Go, compile to deterministic RISC-V, and automatically get private execution with zkSNARK proofs—no cryptography expertise needed. Inputs, state, and logic stay hidden, while verifiers get mathematical proof the computation was executed correctly.
The runtime includes optimized cryptographic precompiles (ECDSA, Ed25519, RSA, SHA-256, Keccak, Blake3) to support private rollups, private bridges, and high-load workloads.
Benchmark highlights:
• ~150K–300K gas for onchain verification
• 15–40ms offchain verification
• Constant 192-byte proofs
• 5–10× faster proof generation
• 3–7× lower memory usage
Install via:
cargo add monachan
Privacy is no longer just a feature—it’s required. $MONACHAN makes it accessible, verifiable, and production-ready.
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