HISTORICAL
DECISION LAB.
We have an observed decision history. Now we examine it: how often VETO changes state, how fast a veto reverses, and why evidence fields can be absent.
Choose an asset. Inspect recorded evidence.
READ-ONLY · NO BACKTEST CLAIMLoading public observations
No placeholder values or simulated market results are substituted for missing source data.
How often does a VETO reverse within two minutes?
An operational stability question, not a return study. We separately load DECISION_CHANGED events and pair observed WAIT → VETO → WAIT transitions chronologically.
Loading transition history
No transition rates are inferred without observed data.
What actually triggered the transition?
We go beyond counting WAIT → VETO → WAIT: inspect recorded reasons, market-state changes and the effective safety-policy projection in the actual VETO journal.
Loading verified transitions
Results are withheld when the read-only source has not been verified.
WHAT DID THE
MARKET DO NEXT?
For the first time, connect archived VETO decisions to observed hourly public prices. We choose a fixed UTC hour boundary, use only evidence published BEFORE that boundary, and separately measure what happened afterward.
On demand. Hyperliquid: ~500 latest 1h bars; Binance USDⓈ-M: 4,320 hours. No silent synthetic data substitution when public APIs are unavailable.
We need a verified VETO decision journal and on-demand real venue candles. Until both are available, no invented returns or illustrative profit curves are drawn.
INSIDE
THE MINUTE.
Hourly anchors miss brief VETO episodes. Now we freeze the precise publication timestamp of each real state change, retrieve sixty actual completed 1m venue candles, and examine market direction at 5, 15 and 60 minutes—without pretending these are executed trades.
At most 12 explicit public candle requests (six VETO starts and six releases), at least 60 minutes apart. Missing or blocked provider responses stay missing, not backfilled.
BEFORE THE OUTCOME.
Fresh VETO state transitions are now eligible for immutable database-clock capture BEFORE their subsequent 60-minute price outcome. Later public minute candles can be inspected separately, without trading-account access.
Freeze by DB clock
Fresh publisher events, ≤120s DB receipt
Later public candle audit, no orders
Inspect subsequent prices, after the fact
The recorded transition precedes its future outcome. However candles are retrieved NOW from public APIs, not stored by the server at the event time. These are different evidence classes.
Public order books. No imagined fills.
A newly registered H021 decision can now have public Binance USDⓈ-M and Hyperliquid L2 book evidence. The witness is captured 5–180 seconds AFTER publication and records provider timestamp, bid/ask, spread and SHA-256 of the source body.
The snapshot is taken after a signal, not at execution. Exchanges do not cryptographically sign the response. Fees, funding, real fillable liquidity, PnL and avoided losses remain unverified. Provider failure leaves a missing observation.