Analyzes arbitrage opportunities across DEXs. Estimates profit, gas costs, and risks in plain English before you trade.

Explains flash loan transactions: what they do, how profit is generated, and the risks involved in plain English.

Assesses oracle manipulation risk: analyzes price feeds, update patterns, and contract dependency in plain English.

Analyzes price feed reliability: update frequency, source diversity, deviation patterns, and staleness risk.

Detects stale oracle risk: analyzes update age, heartbeat configuration, and contract dependency before you interact.

Explains insurance claim process: shows claimant, claim amount, status, timeline, evidence, and next steps.

Assesses domain name contract risk: shows ownership, expiry, grace period, pause/lock state, and transfer safety.

Explains linear token unlock schedules: shows beneficiary, token, total, claimed, claimable, rate, and timeline.

Assesses payroll contract risk: shows employees, balance, total liability, funding status, and next pay date.

Assesses vesting cliff risk: shows cliff time, amount at risk, revocation status, and risk level (High/Medium/Low).

Checks if a tx will fail due to nonce too low, comparing tx nonce against current chain nonce & pending txs from sender.

Validates signatures in permit & meta-txs: recovers signer, checks nonce, deadline, and chain ID before you sign.

Checks if a tx will fail due to expired deadline, showing current block time, deadline value, and time remaining.

Decodes failed EVM txs: pinpoints panic codes, assertion failures & custom revert reasons from on-chain data.

Decode custom Solidity errors: identify error names, decode parameters, and get AI-powered fix recommendations.

Diagnose transaction simulation failures: interpret error messages, call traces, and get AI-powered fix recommendations.

Analyze swap minimum output: assess if it's realistic, too high (risking failure) or too low (poor execution), with AI-powered

Analyze swap deadline risk: assess if your transaction has enough time to execute, and get AI-powered recommendations.

Analyze swap slippage tolerance: assess if it's too tight or too loose based on market conditions and AI-powered recommendations.

Analyze multi-hop swap risks: cumulative slippage, price impact per hop, intermediate token exposure, and AI-powered risk

Evaluate router contract trust: implementation, ownership, upgradeability, factory pairs, and AI-powered risk assessment.

Verify constant values against standards: detect suspicious constants, compare with expected values, and AI-powered risk assessment.

Analyze storage slot risks: collisions, overwrites, layout compatibility, and AI-powered mitigation strategies.

Analyze block gas limit impact on transaction inclusion: current limits, congestion, and AI-powered recommendations.