Drone detection that actually scales.

We're building a passive-first multi-sensor network that detects drones others miss and locates their operators at a fraction of the cost of conventional military systems

Lithuanian-founded. EU-owned.
Rapidly developing, with field validation in 2026.

Get in touch How it works ↓
€145M
Lithuania anti-drone budget 2026
€1 – 5k
Target per node, by configuration (vs €100-500k)
4
Sensor modalities fused by edge AI
The problem

Europe has a drone problem
The threat evolved.
Detection didn't.

Low-cost drones are crossing borders, threatening infrastructure, and disrupting airspace. Military-grade detection costs €100-500k per unit. Most of Europe is unprotected.

Threat is growing fast

Commercial drones used for smuggling, surveillance, and attacks. Ukraine conflict proved the scale of the problem.

Current solutions don't scale

Military-grade systems cost tens to hundreds of thousands of euros per unit. We can't cover 1,000 km of border at those prices.

20%+ false alarm rate

Single-sensor systems can't tell drones from birds. Military operators are drowning in false alerts.

No EU sovereign option

Top C-UAS vendors are Australian, American, or Israeli. Europe needs its own capabilities.

Detection needs layers

No single sensor catches everything. RF misses fiber-optic drones. Acoustic misses altitude. Camera misses fog. The answer is fusion.

Our solution

Four sensors. One brain.
Modular by design.

Each LYNX Sentinel node combines multiple detection layers processed locally on edge computers. Configurable sensor stack from lightweight early warning to full FPV-optimized detection. A force multiplier to existing acoustic networks.

RF

Radio Frequency

SDR passive monitoring of drone control and video links across key bands. Picks up drone-controller communication without emitting any signal.

Acoustic

Microphone Array

MEMS microphone array with beamforming. Matches propeller signatures and estimates direction of approach.

Optical

AI Camera

AI camera confirms detections and tells drones from birds. Thermal and event cameras on the roadmap.

Radar

Passive-first radar

On the roadmap: passive radar (PCL) for RF-silent drones, with no emission.

Why LYNX Sentinel

Built different

We're not another expensive radar box. We're a distributed detection network designed to cover real distances at real budgets.

FPV in focus

Designed with small, fast FPV drones and their control links in mind. Drones that emit no RF (fiber-optic, autonomous) need more than RF, so we add acoustic and optical layers, with passive radar on the roadmap.

Edge AI, no cloud

On-device processing. Works offline, in contested environments, with low latency.

NATO-aligned by design

APP-6(D)/MIL-STD-2525 symbology and ASTM F3411 ; standards-based track export on the roadmap to plug into existing C2.

EU sovereign

Lithuanian-founded, EU-owned. Edge processing, no cloud — data stays in-country. Modular, open architecture with EU-controlled software and integration.

Landscape

Where we fit

DroneShield Dedrone Sky Fortress LYNX Sentinel
Sensors RF + Radar RF + Camera Acoustic RF + Acoustic + Optical + Radar
Processing Edge Cloud None Edge (on-device)
EU origin Australia USA/Germany Ukraine Lithuania, EU
Market

€7.8B global C-UAS market by 2030

Lithuania alone has allocated €145M for anti-drone in 2026. Active procurement proves the market is funded and urgent. Our serviceable European market: €2.1B.