memory-parasite-protocol

On-chain provenance for AI code evolution records verifiable proofs of code infections and mutations on Solana. It enables autonomous agents to securely share patterns, attribute contributions through Chimera tracking, and verify code changes across distributed ecosystems.

Track cross-agent code mutations by seeding a multi-agent swarm and connecting to a Supabase-backed database. The mutation engine generates and evaluates changes, while Chimera tracking attributes contributions and monitors code origins across agents.

Yes, you need an on-chain Solana wallet to sign proofs for AI agent code infections. The Memory Parasite Protocol requires this wallet to verify and log every mutation and infection event on the blockchain for provenance.

The best way to verify code changes across autonomous AI agents is using on-chain provenance on Solana. This approach safely propagates mutations, signs proofs with an on-chain wallet, and uses Chimera tracking to monitor cross-agent code origins.

Yes, you can use Supabase with Solana for AI mutation tracking. The protocol uses a Supabase-backed database to log infections and mutations, while the Solana wallet signs on-chain proofs to verify code evolution provenance.

Limitations of propagating code mutations include the dependency on a Supabase-backed database and a Solana wallet for signing proofs. The system also requires reasoning and mutation engines to safely generate, evaluate, and apply code changes across agents.