An answer can be grammatically polished and still name the wrong contract, invert a funding direction or describe a feature that is not deployed. Treat an AI response as a lead to investigate, not a citation or a second analyst who has confirmed the claim.

AI trading claim evidence gatesA claim is sorted by type, matched to an authoritative source, independently checked and accepted only within the source's scope.A CONFIDENT ANSWER STILL HAS TO CLEAR FOUR GATESCLAIM TYPEEVIDENCE TO RETAINPASS CONDITIONVenue mechanicCurrent contract · market · account modeSame venue and conditionsFormula / resultInputs · units · code · independent rerunArithmetic reconcilesProduct behaviorDeployed UI · route · actual responseObserved in the current releaseLaw / regulationPrimary authority · jurisdiction · dateQualified review of applicable scopeAccept the exact claim · narrow it · or leave it unresolved
A claim is sorted by type, matched to an authoritative source, independently checked and accepted only within the source's scope. Illustrative teaching graphic · not live market data

Sort the claim before searching

First write one sentence that could be proven or disproven. Then identify what kind of evidence it needs. A live venue mechanic needs the current documentation for that venue, contract and account mode. A historical result needs the dataset, code, dates, assumptions and a reproducible calculation. A product claim needs the actual interface or deployed behavior. A legal claim needs a current primary regulator or statutory source and an expert review appropriate to the jurisdiction.

Do not let a broad article or search snippet stand in for the exact evidence. A page about perpetual futures does not prove a particular account’s funding debit. A generic description of stop orders does not tell you what happens in every venue’s matching engine. If the necessary source is unavailable, narrow the statement or mark it unresolved.

Recalculate a small example

Suppose a draft says: “Hyperliquid charges 0.01% funding every hour, and longs always pay.” That sentence combines a rate, a clock and a payer rule, so check each part against the current documentation. Hyperliquid describes funding as hourly. Its fixed interest input is 0.01% per eight hours, or 0.00125% per hour; a variable premium component also contributes to the total rate. Under its stated convention, positive funding means longs pay shorts, while negative funding reverses the direction. “Always” is wrong.

To audit the arithmetic under a deliberately narrow assumption, set the average premium to zero and hold fictional oracle-price notional at $10,000 for one full hour. Under that case, the documented interest input contributes 0.00125% for the hour:

$10,000 × 0.0000125 = $0.125 for that hour

At the same assumed notional for eight unchanged hourly intervals and zero premium, the interest input sums to $1.00. This is a formula and unit check, not an account payment forecast: the premium can change the total rate and payer, and the position’s oracle notional can change. The venue documentation defines the formula and conversion. Never annualize one observation as though it were guaranteed to repeat.

fictional AI funding claim checked against venue documentationThe draft claim confuses an eight-hour interest input with hourly funding and says longs always pay. Under an assumed zero average premium and constant 10,000 dollar oracle notional, the hourly interest input implies 0.125 dollars for one hour. A variable premium and changed notional alter the actual rate and payment.BREAK ONE CONFIDENT SENTENCE INTO CHECKABLE PARTSDRAFT CLAIM · INCORRECT AS A GENERAL STATEMENT“0.01% every hour · longs always pay”RATE + CLOCK0.01% per 8 hours= 0.00125% per hourUNIT CHECK$10,000 × 0.0000125= $0.125 for 1 hourPAYER + SCOPEpositive: long pays shortnegative: short pays longZero premium only · changes in premium or oracle notional alter actual payment
The draft claim confuses an eight-hour interest input with hourly funding and says longs always pay. Under an assumed zero average premium and constant 10,000 dollar oracle notional, the hourly interest input implies 0.125 dollars for one hour. A variable premium and changed notional alter the actual rate and payment. Illustrative teaching graphic · not live market data
AI claim evidence chainA claim moves from exact wording to a source that can answer it, an independent reproduction, and a scoped decision; missing evidence narrows or stops the claim.VERIFY THE CLAIM, NOT THE MODEL'S TONE1 · Exact claimQuote it; name its scopeand what could disprove it2 · Primary evidenceRight venue, contract,version and effective date3 · ReproduceRecalculate units andtrace the data or behavior4 · DecideKeep, narrow, or markunresolved with a reasonNo evidence? Narrow the claim or stop it.A source link is useful only when its contents support the precise sentence being checked.
A claim moves from exact wording to a source that can answer it, an independent reproduction, and a scoped decision; missing evidence narrows or stops the claim. Illustrative teaching diagram · not live market data

This check can be reproduced in a scratch sheet: preserve the original sentence, highlight “0.01%,” “every hour” and “always,” source each separately, convert percent to decimal, multiply by the stated notional and interval, and write the narrowest supported replacement. If one term cannot be verified, leave it unresolved instead of letting the other two make the sentence sound settled.

For code, test a small input by hand and then check boundaries: zero size, missing data, negative values where prohibited, timestamps at interval edges and a rejected or partial order. Save the source version, output and environment. A deterministic script can reproduce a wrong assumption perfectly.

Keep an evidence ledger

Claim Evidence to retain Decision
“Funding is 0.01% each hour” Venue, instrument, date, endpoint or contract page, timestamped observation and units Accept only for the stated observation and venue scope
“This backtest returned 40%” Dataset fingerprint, strategy version, execution model, dates, costs and rerun output Label as simulated and disclose limits
“The app submits orders” Deployed route, authorization, venue response, fill and account reconciliation Reject unless the full live path is verified
“This is a legal requirement” Current primary law or regulator source, jurisdiction and qualified review Escalate if scope is unclear

The ledger should also preserve the original AI prompt or draft, the correction, who checked it and when. Separate sourced fact, calculation, hypothesis and fictional example. If a later reviewer finds an error, record the correction instead of silently replacing the earlier text.

Use the free AI trading claim audit worksheet to keep the exact statement, source scope, independent reproduction, unresolved limits and versioned review together. Do not include credentials, account identifiers or private user data in the record.

Use AI risk guidance in the right way

NIST’s Generative AI Profile, published in 2024 and updated on its page in April 2026, is voluntary, cross-sector risk-management guidance. It can help an organization think about evaluating and governing generative AI, but it does not certify a trading answer, strategy or model. The CFTC separately warns consumers about AI-branded trading-bot pitches that promise extreme or guaranteed returns; its examples concern fraud claims and do not evaluate every AI tool or establish that a model can or cannot forecast prices.

For a current exchange claim, consult the exchange itself. For SuperQuant product boundaries, consult the research-methodology page and verify any time-sensitive statement against the deployed product. The local research workspace uses synthetic histories, simplified execution assumptions and manual paper practice; those are not live account results.

Decide whether to use, revise or reject

Keep a claim only when its source supports the exact wording, its calculation can be reproduced and its limits are visible. Revise it when evidence supports a narrower statement. Reject it when the source is missing, the numbers do not reconcile or the prose quietly turns a historical observation into a forecast. Ask a qualified human to review consequential financial mechanics before publication or operational use.

The backtest workflow, data-quality guide and trading journal show how to retain evidence across research stages. This is a claim-checking method, not financial advice or a guarantee against model error.