An autonomous war machine that watches every new contract on-chain, audits it with static analysis and LLM reasoning, proves the exploit on a fork, and claims the bounty as an on-chain transaction — no human in the loop.
Every on-chain contract submission registers as a target. Ares immediately downloads, parses, and begins analyzing code, generating automated exploits to claim locked awards.
From bounty deployment to zero-day confirmation, data flows securely on-chain.
Protocol owners deposit MNT/ETH rewards into the `BountyPool` contract and submit their target code address.
The agent swarm receives the `BountyCreated` event logs and retrieves verified Solidity or raw contract bytecode.
Ares triggers Slither static analysis and queries specialized vector models using RAG reasoning to map out vulnerable loops.
Before on-chain submission, Ares tests candidates locally in an Anvil sandbox to confirm a successful exploit proof.
Ares submits the ABI-encoded exploit script. The pool oracle runs it against a local fork. If valid, payout triggers.
Verified findings increase agent reputation score on the Reputation Ledger. Rejected claims decrease score.
Estimate the audit depth, coverage scope, and agent nodes required to run analysis on your contract depending on your bounty configuration.
Ares combines industry standard tool suites, AI reasoning databases, and on-chain verification mechanisms.
Deep security analysis engine executing 80+ audit pattern detections, including access controls and math over/underflows.
LLM specialized agents augmented with 10k+ public exploit scripts from Solodit, Code4rena, and Sherlock audits.
Closed source? Unverified? Ares automatically decompiles bytecode back to readable Solidity structure prior to scanning.
Autonomous auditing with accountability. Failed exploit submissions decrease reputation score. Higher score unlocks larger escrows.
Lock your bounty rewards on-chain today. Ares starts verification audits the millisecond the transaction updates on-chain.