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A symbol is not an identity. Dozens of contracts carry the symbol USDC and most of them are not the one anyone means. This endpoint returns all of them rather than silently picking one: every match carries its chain, contract, on-chain symbol, name and decimals read directly from the contract, wheth

Checks one address on Ethereum, Base, Arbitrum, Optimism, Polygon or BNB Smart Chain against the open verification registry and against the chain itself. For a proxy the answer is deliberately split in two: whether the proxy is verified says almost nothing, whether the implementation it currently po

Runs each step separately as a simulation (eth_call with state override) against the current chain state and reports each result on its own, so a token that can be received but not moved on is visible as exactly that. Nothing is ever executed: no transaction is broadcast, no key is held, no approval

Scans the deployed bytecode for function selectors that grant control over trading, and reads the values that can be read directly. The decisive field is tax_modifiable: a tax of zero that the owner can raise to ninety-nine percent at any time is more dangerous than a fixed five percent, so the abil

Reads the holder list of an ERC-20 token from a public block explorer index and reports concentration. Addresses that do not represent a person or entity - liquidity pools, bridges, burn addresses and exchange custody - are excluded from the adjusted figure and every exclusion is listed with its evi

Reads the holders of an LP token and splits them into burned, locked in a named locker, and free. Burned and locked are two different things and are reported separately - burned is gone for good, locked comes back. A locker contract that is not in the curated table yields is_locker "unbekannt" rathe

Reads the contract itself rather than a project's claims. Ownership renouncement is checked, not believed: the zero address in owner() is evidence, a sentence in a whitepaper is not. Dangerous functions are found by their four-byte selectors in the runtime bytecode, and every finding names the funct

Upgradeability alone is not a finding — every serious protocol is upgradeable. The finding is who holds the key and how much warning holders get. This endpoint reads the proxy pattern from the EIP-1967 slots, the clone bytecode or an implementation() call, resolves the admin, checks whether that adm

Looks up a crypto asset by its exact NetSupply slug or an unambiguous symbol, then returns the scheduled releases inside a caller-selected window of up to 365 days. Unlock amounts remain decimal strings so large token quantities are not rounded. Each event states whether the schedule is enforced on-

Reads Approval events of one wallet from the chain, resolves the CURRENT allowance for every token and spender pair with a direct call, and weighs it against the balance actually held. An unlimited approval on an empty balance carries no risk and is reported as such. Every entry carries ready-made c

Turns opaque call data into something an agent can reason about before signing. The method signature is resolved from the verified source of the contract first, then from this hub's own list of common signatures, then from the open selector directory — and the answer always names which of the three

Answers the question that stands before every signature: what really happens to my assets and my rights. The call is executed against the state of a named block on a simulation interface, never on the chain — this hub holds no private key and broadcasts nothing. Balance changes are not inferred from

Runs the identity resolver, the verification check, the authority scanner and the upgrade risk check against one token and merges them into a single answer. Nothing new is measured here: every statement carries the endpoint number it came from, so any finding can be re-bought individually and checke

Lists token and native balances of one wallet across chains and prices them where a price exists. priced_pct is mandatory and says how much of the portfolio is actually backed by a price - a total where a third of the holdings have none is not an answer without that number. Tokens that carry the mar

Reads the transaction history of one wallet from a public block explorer index and groups it by kind of action. Classification follows the called contract and method, never the amount - a transfer to a known router is a swap, not a payment. Anything that cannot be backed by a method name stays in th

Reads token movements of a wallet, prices every inflow and outflow at the time it happened, and derives cost basis, realised and unrealised profit or loss per asset. The method is stated because the result depends on it. Uncertainty is a mandatory field, not a footnote: an on-chain history knows not

Derives behaviour classes from on-chain activity: share of swaps, regularity of intervals, hour-of-day spread, counterparty count and contract code. Several classes at once are allowed and usually more accurate than one. Every class carries its evidence; without evidence no class is set. automation_

Collects the addresses a wallet interacted with from its transactions and token transfers, counts the interactions per edge and names the type of each contract where it can be backed by a curated entry or a verified contract name. Depth is capped at two by design: anything deeper turns this into a t

Reads token balances of one wallet on several chains from a public index and the native balance from the node itself. The same asset exists on several chains in different versions; canonical and bridged issues are reported separately and still summed, because both together are the answer. Every chai

Reads one transaction hash on Ethereum, Base, Arbitrum, Optimism, Polygon or BNB Smart Chain and answers the question an agent actually has: did it go through, is it final yet, and what did it cost. Finality is defined differently per chain, so the rule used and the required block count are part of

Reads the fee history of the last 20 blocks on Ethereum, Base, Arbitrum, Optimism, Polygon or BNB Smart Chain and returns what a transaction costs right now. Priority fees come from the 10th, 50th and 90th percentile of the tips actually paid in those blocks — the percentile used is named, not hidde

Queries every public RPC endpoint this hub knows for a chain in parallel — at least three, usually five — and reports what each one says instead of trusting one. Disagreement is the valuable finding: a single endpoint that lags or serves a different fork is exactly the failure mode this endpoint is

Reads the source transaction on chain, identifies the bridge from the contracts it touched, and reports what actually left the wallet. overdue is measured against the usual duration of THAT bridge, and the comparison value is part of the answer - not against a fixed number. For bridges that need a m

Analyzes only the transaction graph supplied in the request. It detects four mechanical graph patterns: directed rings, pass-through nodes that receive and send similar amounts within a configured time gap, star patterns around one high-degree node, and chain-like structuring where similar amounts m