Partially live. $CLEAT is trading on Robinhood Chain, liquidity is measured hourly across three chains, and signed attestations are published and free to read. Not live: splitting a liquidity position into principal and yield — there is no LIQ standard, no pLIQ, no yLIQ, no exchange listing either half and no liquidity yield curve — nor the lending market beneath it, so today Cleaton measures liquidity and does not underwrite, lend or take custody. The on-chain registry and settlement are not live either, so no claim has been judged and the accuracy record is still empty. Any figure that names the endpoint it came from was read live; the product panels are illustrative. Read the whitepaper or read the record itself, no account needed.

What Cleaton covers, chain by chain

Every chain and venue class in the covered universe, with the accounting method committed per pool and the calibration stratum each is scored against. Coverage is published alongside accuracy, because accuracy on a hand-picked subset is a much weaker claim.

Aggregators report a level and incentive trackers report an expiry date. Both are necessary inputs and neither is a durability estimate: an expiry says when the subsidy stops, not how much liquidity leaves when it does, which depends on depositor composition and where else that capital can go. That is the part Cleaton is built for, across 36 surfaces carrying the same primitive.

3 chains and 5 venue classes in scope, August 2026

Coverage, venue by venue

Baseline hazard is stratified by venue class, because a lending market with utilisation-dependent withdrawal availability behaves nothing like a constant-product AMM. Each entry says what is committed per class and where the estimate degrades.

Robinhood Chain
Chain
The subject. A new chain running concurrent incentive campaigns against dated expiries — the case the whole method was built for, and a public test of it.
Base
Chain
Where the registry and bond vault deploy first, because that is where consuming contracts are. Attestations about pools here follow the same committed method.
Arbitrum
Chain
The second contract target, for the same reason. A Robinhood Chain mirror comes after, once there is something to mirror.
AMM pools
Venue class
Constant-product and concentrated-liquidity pools. Canonical liquidity is derived from reserves against a reference price.
Lending markets
Venue class
Total supplied minus total borrowed. Withdrawal availability depends on utilisation, so exit friction carries more weight than in an AMM.
ERC-4626 vaults
Venue class
Canonical liquidity is totalAssets(). The accounting function is committed in the signed payload before any outcome is known.
Staking contracts
Venue class
Unbonding periods and withdrawal queues raise the exit friction term, which dampens how fast elasticity is realised.
Stablecoin pools
Venue class
The class where reward elasticity runs highest, frequently between 1.5 and 4.

Covered or attested?

Covered means the ingestion and feature pipeline runs for a venue. Attested means a signed horizon is published for a specific pool within it. A chain can be fully covered while individual pools on it are declined: a pool outside the support of every calibration stratum gets an explicit OUT_OF_SUPPORT record rather than an extrapolated number. Declining to make a confident claim is a supported output, and those declines are published too.

Browse all 36 surfaces · read the method in https://dapp.cleaton.xyz/mcp

Publish a horizon. Get scored on it in public.

Liquidity Intelligence Infrastructure. Every horizon is signed, dated, and published before the outcome is known — so it can be marked right or wrong later, in public.