Providers register GPU and CPU machines on-chain. Buyers escrow BOT tokens. A Groq-powered AI agent verifies uptime each epoch and executes payment or refund automatically. No human, no dispute emails, no trust required.
Every AI decision is stored as a keccak256 proof hash on BOT Chain. Anyone can verify it.
ProofLease is being integrated into BOT Chain's vCompute layer. See the plan →
Providers stake 0.001 BOT and register GPU/CPU machines as on-chain assets via AssetRegistry, with an attestation URI for buyer verification.
Groq LLM evaluates machine risk using on-chain reputation, heartbeat freshness, and provider history. Score gates lease eligibility and sets price.
Each epoch: AI agent checks heartbeat on-chain. Fresh → BOT released to provider. Stale → buyer refunded. Every decision stored as a proof hash.
Every BOT payment or refund flows through an AI oracle
Groq risk score determines if a machine is eligible to lease. Score < 50 → listing blocked. No human override.
Agent reads chain heartbeat each epoch, calls settleEpoch() autonomously. Human never touches the transaction.
After lease completion, compliance record is written to the on-chain Reputation contract. Affects all future AI scores for that provider.
Every settlement stores a keccak256 proof hash on-chain. Enter any lease ID + epoch to independently recompute the hash and confirm the AI agent used real data, not fabricated telemetry.
Live feed of every AI-verified epoch. See the full Groq reasoning text, risk score, risk factors, and on-chain TX hash for each settlement decision.
The AI agent wallet is registered as the oracle address. It can only call settleEpoch(), which routes funds to either the provider or the buyer based on the proof. It cannot withdraw, transfer, or drain the escrow balance. Contract source is on GitHub and verified on-chain.