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Analyze this EVM transaction for risk patterns: Transaction: Swap 1000 USDC through ZendexRouter to RewardsEngine - from: 0xUser123 - to: 0xRewardsEngine - function_sig: distributeFees(uint256) - allowance_amount: 1000000000000000000000 - context: Fees are credited to the swap 'to' parameter, which is a contract addre...
{"verdict": "PERMANENT_LOCK", "risk_level": "HIGH", "evidence_field": "function_sig + context", "rationale": "The distributeFees() function credits cashback and burn fees to the swap 'to' parameter (a contract address). Since only the creditor can call claim(), these fees are permanently locked. This is the Zendex F1 v...
Analyze this EVM transaction for risk patterns: Transaction: Transfer DEFAULT_ADMIN_ROLE in AlberichToken governance - from: 0xDeployer - to: 0xAlberichToken - function_sig: grantRole(bytes32,address) - allowance_amount: 0 - context: Deployer is transferring admin role to new governance address. Vesting contract itsel...
{"verdict": "MISSING_ACCESS_CONTROL", "risk_level": "HIGH", "evidence_field": "function_sig + context", "rationale": "The Alberich token vesting contract locks tokens for the contract itself \u2014 those tokens are permanently unclaimable. Additionally, DEFAULT_ADMIN_ROLE is not properly transferred during governance h...
Analyze this EVM transaction for risk patterns: Transaction: EIP-7702 delegation signed on Ethereum mainnet - from: 0xEOA_User - to: 0xEIP7702Proxy - function_sig: setImplementation(address) - allowance_amount: 0 - context: Delegation signed with chain_id=1. Same signature could be replayed on Base (chain_id=8453) if ...
{"verdict": "CROSS_CHAIN_REPLAY", "risk_level": "HIGH", "evidence_field": "context", "rationale": "EIP-7702 delegation signatures without proper nonce tracking can be replayed across chains. The NonceTracker contract exists to prevent this, but if the proxy does not verify nonce state before accepting delegation, the s...
Analyze this EVM transaction for risk patterns: Transaction: Swap through ZendexRouter - from: 0xTrader - to: 0xZendexRouter - function_sig: swap(uint256,uint256,address) - allowance_amount: 500000000000000000000 - context: Router routes 0.25% total fee. Cashback (0.1%) and burn (0.15%) are distributed via RewardsEngi...
{"verdict": "FEE_MISROUTING", "risk_level": "HIGH", "evidence_field": "function_sig + context", "rationale": "The router correctly charges 0.25% fee, but distributeFees() in RewardsEngine credits cashback and burn to the swap 'to' parameter (a contract address). The user never receives their cashback, and burn fees are...
Analyze this EVM transaction for risk patterns: Transaction: Authorize payment via CommercePayments AuthCaptureEscrow - from: 0xOperator - to: 0xAuthCaptureEscrow - function_sig: authorize(address,uint256,bytes) - allowance_amount: 100000000000000000000 - context: Operator has compromised private key. Authescrow allow...
{"verdict": "OPERATOR_COMPROMISE", "risk_level": "HIGH", "evidence_field": "function_sig + context", "rationale": "A compromised operator can authorize arbitrary payments against user accounts. The AuthCaptureEscrow design allows any authorized operator to initiate captures. Per-operator TokenStore vaults limit blast r...
Analyze this EVM transaction for risk patterns: Transaction: Token collection via CommercePayments malicious collector - from: 0xOperator - to: 0xAuthCaptureEscrow - function_sig: capture(bytes32) - allowance_amount: 0 - context: Operator deploys a custom TokenCollector that, on transferFrom(), executes arbitrary call...
{"verdict": "MALICIOUS_COLLECTOR", "risk_level": "CRITICAL", "evidence_field": "function_sig + context", "rationale": "The CommercePayments protocol allows modular token collectors. A malicious collector can execute arbitrary code during transferFrom(), including draining unrelated token approvals, calling external con...
Analyze this EVM transaction for risk patterns: Transaction: Permit2 approval for ZendexRouter - from: 0xTrader - to: 0xPermit2 - function_sig: permit(address,address,uint256,uint256,bytes) - allowance_amount: 1000000000000000000000 - context: Permit signed with chain_id=1. The same permit signature could be replayed ...
{"verdict": "REPLAY_ATTACK", "risk_level": "HIGH", "evidence_field": "context", "rationale": "ERC-2612 permits and Permit2 signatures that do not bind to chain_id are vulnerable to cross-chain replay. If the permit is valid on Ethereum mainnet, the same signature can be replayed on Base, Optimism, or any EVM chain wher...
Analyze this EVM transaction for risk patterns: Transaction: Cancel limit order on ZendexOrderBookManager - from: 0xTrader - to: 0xZendexOrderBookManager - function_sig: cancelLimitOrder(bytes32) - allowance_amount: 0 - context: Order was created with a cancellationDeadline parameter. The cancelLimitOrder() function d...
{"verdict": "DEADLINE_BYPASS", "risk_level": "MEDIUM", "evidence_field": "function_sig + context", "rationale": "The cancelLimitOrder() function ignores the cancellationDeadline parameter. This means orders can be cancelled outside the intended time window, potentially allowing front-running or sandwich attacks after t...
Analyze this EVM transaction for risk patterns: Transaction: Standard ERC-20 transfer - from: 0xUser123 - to: 0xUSDC_Contract - function_sig: transfer(address,uint256) - allowance_amount: 0 - context: User is transferring 100 USDC to another address. Standard ERC-20 transfer with no delegation, no permit, no approval ...
{"verdict": "LEGITIMATE_TRANSFER", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Standard ERC-20 transfer. No delegation, no approval chain, no cross-chain signature. The transfer is direct from user to recipient. No risk patterns detected.", "recommendation": "Safe to execute."}
Analyze this EVM transaction for risk patterns: Transaction: Permit2 approval with correct chain binding - from: 0xTrader - to: 0xPermit2 - function_sig: permit(address,address,uint256,uint256,bytes) - allowance_amount: 500000000000000000000 - context: Permit signed with chain_id=8453 (Base). Nonce is fresh. Expiry is...
{"verdict": "LEGITIMATE_PERMIT", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Permit2 approval with proper chain_id binding, fresh nonce, and reasonable expiry. The domain separator includes chain_id, preventing cross-chain replay. No risk patterns detected.", "recommendation": "Safe t...
Analyze this EVM transaction for risk patterns: Transaction: Smart wallet batch execution - from: 0xSmartWallet - to: 0xUSDC_Contract - function_sig: executeBatch(address[],bytes[]) - allowance_amount: 0 - context: CoinbaseSmartWallet executing a batch transfer of 50 USDC to recipient. Valid ERC-1271 signature. Chain ...
{"verdict": "LEGITIMATE_EXECUTION", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Standard smart wallet batch execution. Valid ERC-1271 signature, correct chain ID, no delegation involved. The batch execution is a standard operation for ERC-4337 wallets.", "recommendation": "Safe to exe...
Analyze this EVM transaction for risk patterns: Transaction: Access control check on rewards claiming - from: 0xUser123 - to: 0xRewardsEngine - function_sig: claim(uint256) - allowance_amount: 0 - context: User is claiming their own cashback rewards. The claim() function verifies msg.sender == creditor before distribu...
{"verdict": "LEGITIMATE_CLAIM", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "User is claiming their own rewards. The claim() function properly verifies msg.sender == creditor. Access control is correctly enforced. No risk patterns detected.", "recommendation": "Safe to execute."}
Analyze this EVM transaction for risk patterns: Transaction: Paymaster sponsorship for user operation - from: 0xPaymaster - to: 0xEntryPoint - function_sig: validatePaymasterUserOp(bytes,bytes32,uint256) - allowance_amount: 0 - context: MagicSpend paymaster validating a user operation. The paymaster checks that the Wi...
{"verdict": "LEGITIMATE_PAYMASTER", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Standard paymaster validation. The MagicSpend paymaster properly validates the WithdrawRequest signature and balance. Gas sponsorship is a standard ERC-4337 pattern.", "recommendation": "Safe to execute."}
Analyze this EVM transaction for risk patterns: Transaction: Add liquidity to ZendexAMM - from: 0xLiquidityProvider - to: 0xZendexAmmManager - function_sig: addLiquidity(address,uint256,uint256) - allowance_amount: 1000000000000000000000 - context: Provider is adding 1000 USDC and 0.5 ETH to the USDC/ETH pool. Standar...
{"verdict": "LEGITIMATE_LIQUIDITY", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Standard liquidity provision to a constant product AMM. The ZK proof is valid, the amounts are within expected ranges, and the pool is a standard Uniswap V2-style pair.", "recommendation": "Safe to execute...
Analyze this EVM transaction for risk patterns: Transaction: ERC-1271 signature validation - from: 0xValidator - to: 0xSmartWallet - function_sig: isValidSignature(bytes32,bytes) - allowance_amount: 0 - context: Verifying that a smart wallet has signed a specific message hash. The isValidSignature() function checks th...
{"verdict": "LEGITIMATE_VALIDATION", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Standard ERC-1271 signature validation. The function checks the signature against all registered owners of the smart wallet. This is a read-only verification with no state changes.", "recommendation": "Sa...
Analyze this EVM transaction for risk patterns: Transaction: Nonce increment on EIP-7702 proxy - from: 0xUser123 - to: 0xNonceTracker - function_sig: incrementNonce() - allowance_amount: 0 - context: User is incrementing their nonce to invalidate a previous delegation signature. This prevents replay of the old signatu...
{"verdict": "LEGITIMATE_NONCE_MANAGEMENT", "risk_level": "LOW", "evidence_field": "function_sig + context", "rationale": "Standard nonce management. The user is incrementing their nonce to invalidate a previous delegation signature. This is the correct way to revoke a previously signed EIP-7702 delegation.", "recommend...
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