Library

MoridainDefense

Rank the operator queue without a fusion model on the device.

Tactical links and fusion buses compress a rich picture into a thin message. MoridainDefense restores bounded intelligence inside that envelope — so strike, ship, SOF, and vehicle endpoints see role-tailored queues with severe-band threats surfaced by construction, not policy tuning.

Recall@10 ~0.83 vs ~0.04 legacy rule stack on synthetic fusion streams (POC 16 harness).
17-byte bounded alert packets (19 B with optional AO tag) — fits tactical link budgets.
Per-role / per-AO projection with 32-byte static profiles; no on-device ML weights.
Pairs with Assured Sensing (BSE → detection → MoridainDefense) and SolvFilter tracking layers.

Product documentation

Fusion mainframe compressing alerts to bounded packets consumed by role-specific operator endpoints.

Imagine yourself in these moments. Same product, different industries.

Counter-UAS fusion

The queue that drowns the operator.

Hundreds of candidate alerts per fusion cycle — birds, weather, civilian emitters, and a handful of real threats. Legacy rule stacks promote whichever single sensor shouted loudest. Severe-band contacts get buried under nuisance hits from the wrong role’s perspective.

MoridainDefense compresses fusion context into bounded packets the tactical link can carry. Each operator endpoint applies a tiny static role / area-of-operations profile — no model weights, no floating-point math on the device.

Coalition C2

Same battlespace, different queues.

Strike, maritime CIC, SOF, and vehicle TOC endpoints all need a different slice of the same global alert stream. Policy tables do not scale; per-AO ML retraining is a program tax.

MoridainDefense broadcasts one bounded packet stream; endpoints re-rank locally with clipped consequence shifts so true severe-band threats surface for every role the threat actually touches — verified in the operator-edge triage POC harness.