01 AI Vision Autonomous Guidance

Terminal-stage autonomous lock without GPS dependency. In an electronic warfare environment, GPS jamming is the norm — Kestrel Eye's onboard vision processor identifies, locks, and pursues targets independently.

  • Jam-resistant terminal guidance
  • Operator only confirms target
  • Reduces human workload

02 Swarm Coordination Algorithm

JZ-Hive coordinates up to 48 interceptors simultaneously. It automatically assigns targets, ranks threats, and plans saturation intercept paths — no manual scheduling required.

  • Auto target assignment
  • AI-driven threat prioritization
  • Saturation swarm intercept

03 Low-Cost Engineering

3D-printed modular airframe reduces part count and assembly complexity. Commercial-grade sensors replace expensive mil-spec components. At scale, unit cost can drop below $3,000.

  • 3D-printed modular airframe
  • Commercial-grade sensors
  • Mass-production cost <$3,000

04 Combat Data Flywheel

Every intercept feeds data back to the AI model. The more engagements, the smarter the system becomes — a data moat that new entrants cannot replicate without combat exposure.

  • Continuous AI model iteration
  • Combat-validated algorithms
  • 18–24 month lead over new entrants

Cost Comparison

One missile budget. One hundred intercepts.

MetricTraditional SAMKestrel Eye
Cost per Shot$100,000+~$5,000
Collateral DamageHighMinimal (Kinetic)
ReusabilityNoSelect Models
Deployment BarrierHighSingle-Soldier
Saturation ResponseLimited AmmoSwarm Coordination

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