THE OWL
The age of borrowed defense is over.
A command-and-control brain that fuses any sensor and directs any effector. Built here, owned here.
3D-HONESTDETERMINISTICREPLAYABLESOVEREIGN
01 · THE LOOP
One brain. Any sensor. Any effector.
Detect to decide, in one loop.
01
DETECT
TRACKS IN ON OPEN STANDARDS. ANY SENSOR THAT REPORTS POSITION + UNCERTAINTY.
02
CLASSIFY
GROUP AND TYPE, WITH STATED CONFIDENCE. NO INVENTED CERTAINTY.
03
EVALUATE
TIME-TO-IMPACT, THREAT SCORE, JAM FEASIBILITY.
04
ALLOCATE
RIGHT EFFECTOR, RIGHT THREAT. SCARCITY-AWARE.
05
COMMAND
ORDERS UNDER DOCTRINE. HARD-KILL WAITS FOR A HUMAN.
06
ASSESS
OUTCOME VERIFIED. A JAM IS NOT A KILL.
One-second cycle. Every transition logged. Every decision replayable.
Elevation is the attack — every feasibility check is 3D-honest.
Elevation is the attack — every feasibility check is 3D-honest.
02 · THE BOARD
Every decision, shown working.
A live replica of the instrument. Click a track — on the scope or in the list — to read its reasoning. Everything below is simulated.
RADAR OVERVIEW
SCAN MODE360°
UPDATE RATE1.0 SEC
RANGE SCALEAUTO
SCOPE (WIRE)5.0 KM
ALL TRACKS05
DETECTING00
TRACKING01
ACTIVE04
INTERCEPTORS04
INT TELEMETRYCOMMANDED
SYNC STATUSNOMINAL
THREAT TRACKS04 ACTIVE
ASSIGNMENT REASONING
AMBER—✕
THREAT
DECISION
WHY
OUTCOME
▸ TECHNICAL DETAIL
INTEROP:CoT· COPY · .XML
CHOSENSECT-1LAYERRULE
EFFECTORSOFT · JAMSOFT-KILLHIGH
THREAT TTI01:14
SYSTEM EVENT LOGFILTER: ALL ▾
TIME (UTC)SEVERITYEVENTSOURCE
Every row a reason.
RECORDED RAID · INTERCEPTS COMMANDED, NOT FLOWN
RECORDED RAID · INTERCEPTS COMMANDED, NOT FLOWN
03 · DOCTRINE
The right effector for the threat.
THE SAME BOARD, THREE OUTCOMES. ONE RULE DECIDES WHICH.
SOFT-KILL
JAM FIRST
RF-DEPENDENT THREATS
Deny the control link and let the drone's own failsafe put it down. Cheap, multi-target, and it keeps interceptors in the magazine for threats jamming can't touch.
RF-DEPENDENT GROUP -> JAM FIRST (CHEAP, MULTI-TARGET, RESERVES INTERCEPTORS)
HARD-KILL
INTERCEPT
AUTONOMOUS / DARK THREATS
A Shahed has no link to deny, so it gets kinetics — cleared per doctrine, human release in supervised modes, and only when the solver closes the geometry with margin.
AUTONOMOUS/DARK GROUP -> KINETIC (JAMMING INEFFECTIVE ON NON-RF THREAT)
INTERCEPT IN 21S, +23S MARGIN
INTERCEPT IN 21S, +23S MARGIN
HOLD
HOLD
NO FIT, OR NO MAGAZINE
When the jam is out of range and no interceptor is free, the system holds — and says why. A hold carries the same provenance as a kill.
SOFT-PREFERRED BUT JAM INFEASIBLE (OUT OF JAMMER RANGE (2361 M > 1500 M)) -> HOLD (NO EFFECTOR FREE)
04 · PROOF
Numbers that carry their caveats.
PROTECTION UNDER INJECTED JAM FAILURE
THE OWL · 60-THREAT SCENARIO SET · 5 MEASURED POINTS
Protection degrades in steps as injected jam failure rises. Failure here is an injection knob, not a probabilistic draw; f=0.4 was never sampled, so no line is drawn through it. Sim-validated, not field data.
ROUTING IS THE ONLY DIFFERENCE
THE OWL VS NAIVE BASELINE · 67-THREAT GATED SUITE 67 THREATS GATED SUITE SIM-VALIDATED
PROTECTION · HIGHER IS BETTER
THE OWL
0 %
BASELINE
0 %
THREATS LEAKED · LOWER IS BETTER
THE OWL
0
BASELINE
0
TOTAL COST, INCL. LEAK COST · LOWER IS BETTER
THE OWL
$0 M
BASELINE
$0 M
Same effector inventory, same physics, same guidance geometry; only the routing differs. Totals include a $10M-per-leak cost, a stated judgment anchored to public Abqaiq damage estimates, not a measurement; effector spend alone is $3.5M vs $3.2M. The headline is protection per dollar, not savings. Sim-validated, not field data.
ONE RAID, DECIDED TICK BY TICK
DECISION TRACE · RECORDED, NOT ILLUSTRATED
t+03HARD fpv_demo_0 → INT-SOUTH — JAM INFEASIBLE (1614 M > 1500 M) → KINETIC BACKUP
t+07HARD shahed_demo_1 → INT-EAST — AUTONOMOUS/DARK → KINETIC
t+15HARD shahed_demo_3 → INT-WEST — FOURTH AND LAST INTERCEPTOR COMMITTED
t+23HOLD shahed_demo_5 — KINETIC REQUIRED (AUTONOMOUS) BUT INTERCEPTORS EXHAUSTED
t+44BDA 4 NEUTRALIZED · 1 LOST · 2 STILL INBOUND, NOTHING LEFT TO SEND
Every assignment spends an interceptor that cannot be spent again. By t+15 all four were committed; the Shahed that arrived at t+23 was held for want of a magazine, not for want of a decision. Rows are read from the recorded trace shown on the board above. Sim-validated, not field-validated.
05 · SPEC
On paper.
UPDATE CYCLE
1.0 S
MODES
AUTO / ASSIST / MANUAL
STANDARDS
OPEN INGRESS · SAPIENT-ALIGNED · ASTERIX CAT 048 · CoT OUT, PUBLISH-ONLY
DEPLOYMENT
ON-PREM · DOCKER
DETERMINISM
PYTHONHASHSEED=0 · SEEDED, REPEATABLE RUNS
REPLAY
.RAID.JSONL · BYTE-IDENTICAL VS GOLDEN
AUTONOMY
SOFT-KILL AUTO-CAPABLE · HARD-KILL HUMAN-SUPERVISED
06 · AUTONOMY
Where the human sits.
GREEN · AUTO
Soft-kill runs autonomous inside doctrine.
AMBER · CONFIRM
Hard-kill release waits for a human, every time.
RED · MANUAL
The operator can take the board at any moment.
A hold is a decision, not the absence of one.
07 · OPEN SEAMS
No part owns the brain.
SENSORS · ANY KIND, ANY VENDOR
RADAR
ANY BAND · ANY VENDOR
OPTICS
EO · IR · CAMERA
RF
PASSIVE EMITTER
+ ANY SENSOR
POSITION + UNCERTAINTY
OPEN INGRESS — READINGS IN, UNCERTAINTY ON THE WIRE
THE OWL
FUSES THE PICTURE
READS THE MANIFEST
ALLOCATES THE SCARCE THING
READS THE MANIFEST
ALLOCATES THE SCARCE THING
CAPABILITY MANIFEST — EFFECTORS DESCRIBED AS DATA
EFFECTORS · ANY KIND, ANY VENDOR
JAMMER
range · band · slots
INTERCEPTOR
speed · magazine
+ ANY EFFECTOR
DESCRIBED AS DATA
If it can report a position with uncertainty, the Owl can read it. If it can be described as data — range, speed, sector, count, cost — the Owl can task it. Nothing is wired in; everything is manifested.
Built here, owned here.