ASX · no-index retrieval · real-time fraud

The Index Blind Spot

A fraud ring doesn't outsmart your tool. It out-waits it.
ASX has no index to rebuild, so there is no blind spot.

8 / 8
copycats caught
480×
faster per event
62 µs
grounded path
0 ms
rebuild lag

Watch a Fraud Ring Walk Through the Re-Index Gap

Patient zero is confirmed, then eight near-identical copycats follow in seconds. ASX catches all eight. The indexed SIEM beside it catches half and misses the rest while it rebuilds.

real anonymized ULB credit-card fraud, PCA-anonymized, no PII · one decision in three stages: deterministic on ARC, exact retrieval on Coherence, grounded path 62 µs  ·  watch on YouTube

The gap is the index

Your tool catches the first hit, then stops to rebuild its index and goes blind. The copycats walk straight through.

That blind window is structural, not a tuning problem: an indexed SIEM has to re-index, and coordinated attackers live in exactly that gap. ASX has no index to rebuild, so a pattern confirmed at noon is already in the retrieval set and catches the copycat one second later. The whole grounded decision runs in 62 microseconds an event against 30 milliseconds for the traditional stack.

No index, no blind spot
A confirmed pattern is searchable the instant it lands.
Exact, not approximate
Coherence retrieval misses nothing in the neighborhood.
Cheap on every event
Heavy reasoning only on the few events that survive.
Why it's the edge

On real anonymized fraud data, ASX catches 8 of 8 copycats; the indexed SIEM catches 4 of 8 and lets the rest through during its rebuild window. That gap is money walking out the door, and it is the one thing a legacy SIEM structurally cannot fix. When the grounded decision is this cheap, you run it on every event, not just the few you could afford to look at.

Partner with Voxell

Running fraud, AML, or real-time threat detection where the re-index window is costing you? We work with a small number of partners. Reach out.

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