Civil Modular
Drone Detection
Deployable. Zero Emissions. Zero Licensing.
CAPS is a modular ground-air platform for passive drone detection and critical infrastructure monitoring. No radar emissions. No spectrum licenses. Deploys in minutes, operates autonomously at the edge. Built with combat-tested expertise from Ukraine.
Europe's Drone Crisis is Accelerating
Airspace violations increased 4× in 2025. Critical infrastructure remains unprotected. EU regulations now mandate action.
36 airspace violations in 10 months of 2025. Copenhagen shutdown: 20,000 passengers stranded. Each incident costs €4–10M.
EU Directive 2022/2557 mandates physical detection for energy, transport, water, health, and digital infrastructure. Deadline: mid-2027.
Less than 5% of European critical infrastructure has drone detection. Military systems cost €1–10M+. No affordable civilian solution existed — until now.
COPENHAGEN AIRPORT SHUTDOWN · SEPT 2025 | POLAND INVOKES NATO ART.4 · 23 DRONES | GERMANY: 192 DRONE INCIDENTS 2025 | LITHUANIA STATE OF EMERGENCY | HEATHROW INVESTS €18M IN C-UAS | EASA MANDATES DETECTION FOR ALL EU AIRPORTS >1M PAX
Not a Sensor.
An Infrastructure Platform.
CAPS is a modular robotic ground-air system that deploys mobile, autonomous monitoring infrastructure — anywhere, in minutes.
Real-Time Operational Awareness
One dashboard. Every sensor. Every threat. Full CER compliance reporting.
Multi-Sensor Fusion at the Edge
Three independent detection layers confirm threats with military-grade accuracy at civilian-grade cost.
RF, acoustic, and optical sensors independently scan for drone signatures. Each runs its own AI model on the edge — no single sensor is a single point of failure.
The fusion engine correlates detections across sensors: bearing match, time correlation, confidence boosting. Two or more sensors confirming the same track = confirmed threat.
Confirmed threats generate instant alerts, full track history, and automated CER Directive compliance reports. All data stays local — GDPR privacy-by-design.
97% fusion confidence measured in lab-controlled conditions with all three sensors active. Real-world performance varies with environment, weather, RF noise floor, and drone countermeasure techniques. Independent third-party evaluation planned prior to commercial deployment.
Tethered UAV at 150 m.
Cable-powered. 24/7.
The CAPS UAV is permanently tethered to the UGV by a power-over-tether cable. Continuous power and data — no battery swaps, no duty-cycle interruptions. At 150 m AGL the sensor suite has unobstructed line of sight over buildings, trees, and terrain.
All optical and thermal video, acoustic beamforming output, and RF detection events flow down the tether to the Jetson for local fusion, then to the CAPS dashboard.
The Integration Gap No One Has Filled
No competitor offers integrated passive-RF, acoustic, tethered-UAV, UGV, and edge-computing in one civilian platform.
Competitors sell sensors that need existing infrastructure. CAPS IS the infrastructure. A self-contained node that drives to location, deploys, and operates.
Zero RF emissions means zero spectrum licensing, zero regulatory delays, and immediate deployment across all 27 EU member states.
Our team developed systems for the Ukrainian military during the most drone-intensive conflict in history. No lab can replicate this data.
All processing happens locally. No cloud dependency. Works in disaster zones, disconnected environments, and EW-contested areas.
REGULATORY COMPLIANCE
EU DEFENCE & RESILIENCE ECOSYSTEM
Built by Engineers Who've Seen the Battlefield
Our team combines hardware engineering, AI/ML expertise, and real-world combat system experience from Ukraine.
Ukraine war veteran 2022–24. Business strategy, product vision, investor relations. Combat systems experience.
UGV/UAV platform design, RF/antenna systems, embedded electronics. 15+ years in hardware engineering. Led development of multiple systems deployed in Ukraine.
Solution architecture, machine learning, computer vision, RF signal classification, sensor fusion. 10+ years in AI/ML. Degree in Signal Processing.
Our team developed systems for the Ukrainian military during the most drone-intensive conflict in history. This experience — analyzing millions of drone sorties, evolving electronic warfare, and real-world signal intelligence — is the foundation of CAPS.
Ready to Close Europe's
Drone Defense Gap?
Whether you're an investor, partner, or infrastructure operator — let's talk. CAPS Mobility is entering prototype trials in 2026. We are working with a limited number of partners for field evaluation and co-development.