§ 02 · 01 — RAPTOR INTERCEPTOR
INT-004 · 2026
Raptor.
Expendable. Autonomous. Built to close the last stage of the kill chain at interceptor economics.
Legacy counter-UAS stitches together sensing, command, and effectors from disconnected vendors. We built the full kill chain into a single deployable architecture at the cost point defense economics actually require.
Every Neura deployment runs the same intelligence layer. Neurex fuses evidence from every sensor, assesses each track against a versioned threat ontology, and cues the response within defined rules of engagement — then signs the record of what it saw and did. Hardware carries it; Neurex is the platform.
Select a layer of the stack.
At the core of Neurex is a versioned threat ontology — a structured model of everything the system knows about airborne threats. Every track is assessed through six layers before a recommendation is made, and the ontology itself keeps learning: federated updates move knowledge between deployments without moving raw data.
Platform classes and signature profiles place every track in a taxonomy.
Flight patterns, intent, and coordination with other tracks.
Payload, endurance, and the threat the track could become.
What the track depends on — and what that exposes.
Asset value, airspace, weather, friendly forces.
Priority and escalation mapped to rules of engagement — as a recommendation. A person approves, modifies, or holds.
Signed at every step · Observation → Feature → Fusion → Assessment → ROE → Recommendation → Human action → Outcome
The airframe stows compactly for launch and deploys in the air. Expendable by design — the launcher isn't.
One integrated engagement loop. Neurex classifies the threat, cues the launch, and the Raptor closes the engagement — within defined rules of engagement, with a human on the loop.
Multi-sensor fusion — RF, radar, EO/IR, acoustic — converges on one ground node. Target enters classification within milliseconds.
Neuromorphic compute at the edge — no cloud round-trip. Threat class assigned, tube allocated, ROE locked.
The Raptor leaves its cell and transitions to powered flight in seconds, clear of the Station.
The Raptor closes on the target through evasion. Kill confirmed; the platform returns to the loop for the next inbound.
Side-by-side against the stacks Neura replaces. Cost, latency, swarm tolerance, software layer — every dimension that matters in a contested environment.
| Dimension | Legacy stack | Neura Defense |
|---|---|---|
| Interception cost | $100K–$3M+ per shot | ~$4,500 per Raptor |
| Reaction time | Minutes, fragmented stack | Seconds, integrated S→K chain |
| Swarm handling | Saturates quickly | Simultaneous multi-target AI logic |
| Engagement decision | Manual targeting loop | AI-cued within ROE · human on the loop |
| Infrastructure footprint | Disconnected sensor + weapon | One integrated station: sense + launch |
| Software layer | Legacy, no update path | Neurex SaaS: detection, tracking, adaptation |
The 2026 commercial briefing deck — the threat landscape and its economics, the platform, deployment models, and what an engagement looks like. Built to be forwarded to your security, operations, and finance stakeholders.
Multi-modal sensor fusion, neuromorphic compute, adversarial robustness, and the 27-filing patent program that protects the full kill chain.