A EUR 53 drone defeats
a EUR 3,000,000 missile.
56,000 : 1
Eight interceptor classes. Subsonic to Mach 12. 40,978 lines of Rust. Every design computationally validated, EU-buildable, field-deployable.
You Cannot Shoot Down a EUR 20K Drone
with a EUR 4M Missile
Current air defence systems were designed for manned aircraft and cruise missiles. Using them against cheap drones is economic suicide. The attacker wins by making you spend.
| Defence System | Cost per Shot | vs. EUR 20K Shahed | Exchange Ratio |
|---|---|---|---|
| Patriot PAC-3 | EUR 4,100,000 | 205x overspend | 1 : 0.005 |
| IRIS-T SLM | EUR 430,000 | 21x overspend | 1 : 0.05 |
| Gepard SPAAG | EUR 5,000 | 4:1 exchange | 4 : 1 |
| AirGuard Wasp | EUR 53 | 377:1 exchange | 377 : 1 |
The insight: At EUR 53 per intercept, the defender can afford to lose interceptors. The attacker cannot afford to lose their advantage. This is how you break the economics of drone warfare.
8 Interceptor Classes
From a EUR 53 disposable micro-drone to a EUR 232K hypersonic kill vehicle. Each defined by a 22-gene evolutionary genome, optimized across the Mach 0 -- 12 flight regime. Click any card for detail.
Wasp
Swarm-deployable micro-interceptor. Modified FPV form factor. Direct kinetic collision with commercial drones. 5-unit swarm costs EUR 265 -- still cheaper than one Shahed.
Hawk
Net-deployment interceptor for non-destructive capture. Reusable airframe with replaceable net cartridges. Ideal for civilian airspace protection near airports and critical infrastructure.
Falcon
Transonic kinetic interceptor. Terminal guidance with onboard imaging. Optimized for Shahed-class targets. 4:1 cost exchange against EUR 20K threats.
Eagle
Dual-mode interceptor: electronic warfare disruption + kinetic backup. Can jam drone navigation then close for physical kill. Effective against GPS-guided and autonomous threats.
Peregrine
Ramjet-boosted supersonic interceptor. 50 km engagement range. Designed for fast-moving targets and cruise missile precursors. Named after the fastest animal on Earth.
Merlin
Multi-warhead area denial interceptor. Deploys sub-munitions against drone swarms. One Merlin can engage 4-8 targets in a single pass. Critical for saturated attack scenarios.
Kestrel
Scramjet-powered hypersonic interceptor for cruise missile defence. Terminal ceramic TPS with ablation cooling. Orders of magnitude cheaper than conventional SAM systems for the same mission.
Phoenix
The apex interceptor. Hypersonic kill vehicle for ballistic missile and Kinzhal-class threats. Active cooling TPS, plasma-tolerant sensor suite. Still 17x cheaper than a Patriot shot.
Eight classes. EUR 53 to EUR 232,000. Subsonic to Mach 12. Every scenario covered -- from a farmer's field to a capital city. The design engine breeds the right interceptor for the threat.
Virtual Test Facility -- 8 Chambers
A computational NRC: every interceptor design is validated across 8 physics domains before it leaves the engine. 100,000+ evaluations per second vs. hours per physical test run.
Wind Tunnel
Subsonic to Mach 12 compressible flow, shock modeling
Propulsion
Electric, turbine, ramjet, scramjet thrust curves
Thermal
Heat flux, TPS sizing, ablation at extreme Mach
Structures
Load paths, flutter, fatigue, FEA-equivalent
Materials
4-scale fractal: 8 zones, 13 fibers, 10 matrices
Avionics
GNC, sensors, datalinks, ATAK/CoT integration
Mission
Trajectory, engagement, kill probability analysis
Manufacturing
Assembly validation, 12 integration checks, BOM
Genome → 8 Chambers → Fitness Score → Selection → Next Generation. Evolutionary optimization explores the full design space in minutes, not months. Every design that ships has been validated 100,000 times.
EU Sovereign Supply Chain
60+ real component SKUs. 50+ EU suppliers mapped. Every interceptor links directly to purchasable parts with no dependency on non-EU sources. Bill-of-materials generation is built into the engine.
Three optimization modes: Cost-Minimum for mass production, Performance-Maximum for high-value targets, Availability-First for wartime urgency. The engine also accepts inventory constraints -- designing optimal interceptors from whatever is in stock.
What No One Else Has
Five capabilities that do not exist in any other counter-UAS system, commercial or military.
13-Level Polymorphism (L0 -- L12)
A hierarchy from fixed-geometry to swarm-morphing. Each level adds capability: material switching, topology change, mission reconfiguration, collective intelligence. No existing taxonomy goes beyond L3.
METAMORPHIC SYSTEMSAdversarial Coevolution
Interceptors evolve against threats. Threats evolve against interceptors. Arms-race-robust designs emerge from Red Team AI, not human assumptions. 10 seed threats including Kinzhal, Shahed-136, Lancet-3.
RED TEAM AI22-Gene Evolutionary Genome
Every interceptor encoded as 22 parameters. Genetic algorithms breed, mutate, select across generations. The engine discovers airframe designs that human engineers would never try -- and validates them.
EVOLUTIONARY COMPUTATIONUnified Detection + Design + Space
First system combining drone detection (acoustic + RF + ACIR), interceptor design, and microsatellite constellation planning from a single architecture. Detection feeds design feeds deployment.
FULL STACKDual-use by design. Same computational engine designs vehicles for agriculture, search and rescue, wildfire, logistics, maritime patrol, and 6 more civilian domains. 36 civilian missions mapped. PESCO, EDF, Horizon Europe, NATO DIANA eligible.
8 Satellite Classes -- Same Framework, Orbit
The 22-gene genome and virtual test facility extend to space. 34 space-grade materials with ECSS compliance. Keplerian orbital mechanics built in. Aligned with Copernicus, Galileo, and IRIS².
PocketQube
0.25 kg1U CubeSat
1.3 kg3U CubeSat
5 kg6U CubeSat
12 kg12U CubeSat
24 kgSmallSat-50
50 kgSmallSat-150
150 kgSmallSat-400
400 kgThe EUR 45 Interceptor
When professional systems are unavailable, the engine designs improvised counter-UAS from civilian hardware. Field-constructible in hours. 10 designs from EUR 6 to EUR 200.
FPV Kamikaze
Modified racing drone. Direct collision.
Balloon Barrier
Tethered obstacles, trailing cables.
Net Launcher
Pneumatic net from fixed positions.
Acoustic Disruptor
Audio interference with MEMS gyros.
Signal Spoofer
GPS/GNSS spoofing from SDR.
This is what Ukraine taught us. Professional systems run out. Supply chains break. The ability to design effective counter-UAS from hardware-store components is not a nice-to-have -- it is a survival capability.
By the Numbers
Built in Rust for safety, speed, and correctness.
Zero undefined behavior. Zero data races. Memory-safe by construction.