Enclave - 0g sovreign key

Every AI agent managing crypto today stores its private key in a .env file on someone's laptop or centralized server. One compromised server equals a total loss of funds.

Our Solution (How It Works):

Sovereign Agent Keys fixes this by turning an off-chain AI into a cryptographically secure, on-chain autonomous entity. Our solution works through four core pillars:

1. Key Sharding: The agent's private key is split into 3 pieces via Shamir 2-of-3 secret sharing, meaning no single party can reconstruct it. Shard 1 is pinned to 0G Storage (Turbo Indexer). In production, shards 2 and 3 go to independent MPC nodes.

2. ZK-Enforced Rules: Every transaction must pass a Groth16 Zero-Knowledge proof on-chain before it can settle. The ZK prover (circom 2.0 + snarkjs) guarantees the AI's intent adheres to its constitution (spend limits, whitelisted addresses) without revealing underlying proprietary data.

3. Immutable Memory: Every decision the agent makes is permanently logged to 0G Data Availability (DA) for a full, verifiable audit trail. AI accountability at scale — with the throughput to handle high-frequency agent actions that Ethereum L2s cannot afford.

4. Sovereign Command Console: Users connect their wallet, spawn agents they own on-chain, and issue natural-language instructions via the Mission Control dashboard. Each instruction flows through ZK proof generation → 0G DA anchoring → on-chain settlement via AgentRegistry.executeTask().

During this hackathon, we built the pipeline to be ~90% operational with real execution on the Galileo Testnet. Specifically, we:

Migrated the full end-to-end ZK pipeline from SP1 to Snarkjs for native, compact on-chain verification.

Built a Persistent Agent Scanner that utilizes ethers.js event filtering to discover agents directly from the 0G Galileo blockchain.

Created a Premium Telemetry Dossier dashboard for tracking MPC shard status, ZK constitution rules, and real-time proving durations.