Gap-level predictions logged before any public claim is made. Each entry is timestamped, falsifiable, and committed to Base mainnet before publication. The engine does not post-explain events. It names them first.
The LIBOR/SOFR transition did not resolve the underlying benchmark fragility. The $300T derivatives market settles against SOFR using the ISDA 2020 fallback protocol with no sovereign-backed rate model for term structure. This gap (ratio 300:1 against daily interbank volume) will surface as a pricing dislocation event during the next liquidity contraction.
The engine is reading delta_i=30.0 on FED with flag ACTIVE_EXTRACTION — the maximum signal value in the current cycle. The Federal Reserve is in an extraction regime: the gap between its stated policy posture and the settlement pressure accumulating in the underlying field (kappa=0.4769, PT=0.488) is at maximum measurable divergence. A correction event — either an emergency rate action or a balance sheet expansion above $6T — is structurally required within 90 days.
The NSE BankNifty weekly options contract has a gap_ratio of 98:1 with 2 days to expiry at the time of this log. The engine is reading delta_i=10.95 with flag ACTIVE_EXTRACTION on NSE_INDIA. The combination of near-expiry timing, maximum extraction flag, and 98:1 settlement gap makes BankNifty the highest-pressure Indian market signal in the current engine cycle. A settlement anomaly at this expiry — or SEBI acknowledgment of the structural gap in tokenized derivative settlement — is the predicted outcome.
What is a structural prediction?
A structural prediction identifies a gap between what a market structure currently prices
and what the underlying settlement mechanics require. It is not a price call.
It is a claim that a specific structural fragility exists and will manifest during stress.
The engine surfaces these via liquidity_gap_detector.py,
which computes gap_ratio = notional exposure / daily settlement volume.
Logging protocol
Each prediction is written to predictions/predictions.json before any
public statement is made. The engine state at that moment is committed to Base mainnet
via the GeniusFlow Settlement Contract. The on-chain block timestamp is the proof of
priority: the prediction existed before the outcome was observable.
Falsifiability requirement Every entry must include an explicit falsifiable condition: a specific observable event that would either confirm or refute the prediction. Entries without a falsifiable condition are not logged. The prediction window is open-ended for structural predictions (no arbitrary 30-day cutoff, since these gaps can persist for years before resolution).
Gap score
Normalized 0-10 scale. 10.0 is the maximum, assigned when gap_ratio exceeds 100:1 and
settlement_leverage_normalized exceeds 8×. LIBOR_EQUIVALENT is the first prediction
logged at maximum score.
The score is derived from: E = ΔI / A (Kirandeep's Law of Emergence).
ΔI = information differential between observable rate and implied settlement rate.
A = action cost to correct (proxied by regulatory response lag).
Relationship to Track Record The Track Record page shows entity-level Φ_S (settlement pressure) readings. Predictions here are gap-level: they name a structural fragility in the global settlement layer, not an entity's pressure reading on a given day. They are the engine's highest-conviction, lowest-frequency outputs.