Autonomous Web3 & Blockchain AI Agents.
Empower your decentralized applications with secure, autonomous AI agents. Automate smart contract monitoring, predictive DeFi trading, and real-time on-chain analytics with enterprise-grade blockchain infrastructure.
Smart Contract Audit Agent
Run instant Solidity and Rust code scans to detect vulnerabilities. Get actionable security reports and deploy with confidence.
How the Agent Works
Contract Ingestion
The agent receives smart contract source code, repository links, or uploaded files.
Code Parsing
It parses the contract structure, including functions, state variables, modifiers, inheritance hierarchy, external dependencies, and permission systems.
Security Analysis
The AI engine scans for known vulnerability patterns and suspicious logic. Examples include reentrancy attacks, overflow/underflow risks, flash loan attack vectors, access control weaknesses, unsafe external calls, oracle manipulation risks, signature validation issues, and front-running opportunities.
Risk Scoring
Each finding is categorized by severity: critical, high, medium, low, and informational.
Report Generation
A comprehensive audit report is generated with vulnerability description, affected code location, security impact, exploitation scenario, recommended fix, and overall security score.
Security Checks
Performed
The agent continuously evaluates contracts against industry-standard security frameworks and attack patterns.
Vulnerability Detection
The agent continuously evaluates contracts against industry-standard security frameworks and attack patterns to identify critical vulnerabilities.
Code Quality Analysis
Automated analysis of contract code for optimizations, readability, and gas efficiency.
Compliance Checks
Ensuring your smart contracts adhere to Ethereum standards and established security guidelines.
Third-Party Integrations & Security Tools
The agent can integrate with leading blockchain security and development platforms to enhance audit accuracy.
Static Analysis Tools
Slither
Mythril
Solhint
Foundry
Cargo Audit
Clippy
Blockchain Data
Etherscan API
Blockscout API
Alchemy
Infura
QuickNode
Repositories
GitHub
GitLab
Bitbucket
CI/CD & DevOps
GitHub Actions
Jenkins
GitLab CI/CD
Collaboration
Slack
Discord
Jira
Notion
LLM & AI Infra
OpenAI
Anthropic
Local LLMs
Vector DBs
Instant reports,
ready-to-merge fixes
The agent doesn't just detect reentrancy or overflow vulnerabilities — it explains why they are dangerous and gives you the exact Solidity or Rust code change needed to fix them instantly.
Funds can be drained repeatedly (reentrancy)
Found on Line 84
withdraw() function sends ETH to the user before updating their balance. A hacker can exploit this by calling withdraw() repeatedly before the balance resets — draining the entire contract.send(amount) → balance = 0with:
balance = 0 → send(amount)Or add a
nonReentrant modifier from OpenZeppelin's ReentrancyGuard library.Number math can break and cause wrong balances
Found on Line 112
0.8.x or higher, overflow checks are built in automatically — just make sure you haven't disabled them with unchecked{} blocks around arithmetic. For older versions, wrap all math with OpenZeppelin's SafeMath library.Wrong method used to check who owns the contract
Found on Line 37
tx.origin returns the original wallet that started a transaction — not the current caller. A malicious middleman contract can trick your contract into thinking the real owner is calling, when it's actually the attacker.tx.origin with msg.sender. This checks the immediate caller, which is the safe and intended behaviour for ownership checks.No check for an empty wallet address on setup
Found on Line 19
initialize() function:require(addr != address(0), "Zero address not allowed");This rejects the transaction immediately if a blank address is passed.
Code wastes gas unnecessarily in a loop
Found on Line 67
