Analyze validator set changes: additions, removals, voting power shifts, quorum status, and AI-powered risk explanations.

Analyze consensus change proposals: parameter changes, voting power, quorum status, and AI-powered risk explanations.

Analyze network upgrade risk: activation timeline, validator readiness, compatibility status, and AI-powered risk explanations.

Analyze hard fork impact: activation timeline, validator readiness, chain split risk, and AI-powered risk explanations.

Check if a contract is on testnet or mainnet: verify chain ID, bytecode, deployment patterns, and AI-powered risk warnings.

Detect contract chain ID mismatches: verify expected vs deployed chain, bytecode, and AI-powered risk warnings.

Warn when wallet is on the wrong network for a contract: detect mismatches and AI-powered risk explanations.

Analyze cross-chain replay attack risk: EIP-155 protection, nonce, signatures, and AI-powered warnings.

Analyze signature malleability risk: v, r, s values, EIP-2/2098 compliance, and AI-powered warnings.

Simulate multisig transaction execution with owner verification, threshold checking, and gas estimation.

Manage minter roles with assignment verification, authorization checks, supply limit tracking, and grant/revoke/check action

Evaluate private vs public mempool strategy: compare risks, MEV exposure, and AI-powered recommendations.

Analyze public mempool exposure risk: transaction visibility, MEV bots, front-running, and AI-powered mitigation strategies.

Analyze transaction cancellation risk: success likelihood, gas requirements, timing, and AI-powered recommendations.

Analyze transaction speed-up risk: gas price optimization, inclusion probability, and AI-powered recommendations.

Diagnose stuck transactions: identify root cause, assess severity, and get AI-powered resolution recommendations.

Analyze failed transactions: revert reasons, error logs, gas usage, and AI-powered post-mortem explanations.

Analyze gas griefing risk: excessive consumption vulnerabilities, loop/array risks, and AI-powered mitigation strategies.

Analyze denial of service risk: unbounded loops, griefing, resource exhaustion, and AI-powered mitigation strategies.

Analyze contract bricking risk: upgradeability, selfdestruct, admin controls, and AI-powered protection strategies.

Analyze self-destruct function risk: detect SELFDESTRUCT opcode, access controls, impact, and AI-powered safeguards.

Analyze delegatecall risk: detect usage, storage collisions, proxy vulnerabilities, and AI-powered safeguards.

Analyze proxy storage collision risk: detect conflicting storage layouts, slot conflicts, and AI-powered mitigation strategies.

Verify implementation contracts: check verification status, bytecode, function signatures, and AI-powered risk assessment.