Radar mesh
to detect Drones.
AISAR detects, classifies, and locates drone threats across borders, airports, and critical infrastructure — passive and active mode. Self-organizing mesh. Battlefield-trained AI. Engineered in Spain, EU compliance.
Europe has 18 months to comply.
Less than 5% is ready.
Most existing solutions were built for military budgets or single-sensor detection. Neither fits 80% of the EU compliance market.
Three Products. One Integrated Ecosystem.
From single-site passive detection to continent-wide active radar networks — AISAR covers the full spectrum of drone defense. Each product works standalone. Together, they're unmatched.
NO EMISSIONSAI-powered passive RF detection. Listens to the electromagnetic spectrum without transmitting. Classifies 37+ drone types from RF fingerprints (under controlled RF conditions). Mesh-scalable. Deployable in minutes.
MOST ADVANCEDX-band phased array with 256–1024 T/R modules and digital beamforming. Detects targets at 5–12 km including Shahed-type threats. AI-accelerated development via AISAR Digital Twin.
MOBILE SENSOR FUSIONComplete deployable infrastructure node. UGV mobile base with tethered UAV at 150 m altitude. Three sensors fused: RF + acoustic + optical. 97% detection confidence. Operational in under 15 minutes.
METER-LEVEL GEOLOCATIONSelf-organizing mesh of 3–25+ AISAR nodes. TDOA/FDOA triangulation delivers meter-level geolocation. Self-healing topology with no single point of failure. 5 nodes cover 25+ km².
From Deployment to Threat Alert in Minutes
Place AISAR nodes at your perimeter. Each unit is self-contained: SDR antenna array, edge compute, rugged enclosure, GPS/PPS synchronization, mesh radio. Power on and the mesh auto-configures. No infrastructure required.
Nodes continuously scan the RF spectrum across all commercial drone bands. The Spectrum Environment Monitor builds a baseline of your local electromagnetic environment, then flags anomalies — reducing false positives 5–15× vs. traditional detection.
Detected signals are classified in real-time by a three-level CNN: Is it a drone? What type? What model? 37+ drone types from RF fingerprints — including DJI, Autel, FPV racing drones, and custom platforms.
Multiple nodes correlate time-of-arrival data to triangulate position, heading, speed, and altitude. Results appear on the AISAR Fusion Dashboard within milliseconds. Operators see the threat on a map with classification, confidence, and track history.
AISAR Fusion Dashboard: Full Situational Awareness
One dashboard. Every sensor. Every threat. Full CER Directive compliance reporting.
Built Faster. Tested Deeper. Optimized by AI.
AISAR isn't just a radar product. It's an AI-powered development ecosystem. Our Digital Twin and AI Optimization Core mean we develop in weeks, not years — and every unit ships tested against 10,000+ simulated scenarios.
The integration gap.
European drone detection sits between two markets that don't fit most buyers.
Full sensor stacks, but built for military budgets — €1–10M+ per site. Often ITAR-constrained. Long deployment cycles. Overspecified for civilian compliance.
Affordable, but single-sensor. Blind to autonomous drones operating under radio silence or fiber-optic control. Limited geolocation accuracy without mesh architecture.
Mesh-native passive RF with optional fusion layers. Civilian price point. EU sovereign by design. Built for the compliance market that neither category serves.
| Capability | AISAR | DroneShield | Dedrone (Axon) | HENSOLDT | Robin Radar |
|---|---|---|---|---|---|
| Passive RF Detection | ✕ | ||||
| Active AESA Radar | ✕ | ||||
| Acoustic Detection | ✕ | ✕ | ✕ | ||
| Optical AI | ✕ | ||||
| Mobile UGV Platform | ✕ | ✕ | ✕ | ✕ | |
| Tethered UAV | ✕ | ✕ | ✕ | ✕ | |
| Edge Computing (No Cloud) | Partial | ✕ | Partial | ✕ | |
| Multi-Sensor Fusion | Partial | ✕ | |||
| Digital Twin / Simulator | ✕ | ✕ | ✕ | ✕ | |
| EU Sovereign Mfg. | ✕ | ✕ |
No competitor offers integrated passive RF + active AESA + acoustic + optical + UGV + tethered UAV + edge computing + digital twin in one civilian-affordable platform.
Where the mesh fits.
Critical Infrastructure — CER Directive 2027
Energy grids, water systems, dams, LNG terminals, telecommunications. The directive mandates detection capability across 11 sectors before 2027. Passive architecture is preferred where active emission is restricted or where EMC compatibility with existing infrastructure is required.
Confederación Hidrográfica · Utilities · Grid operators
Aviation — EASA C-UAS Mandate
All EU airports above 1M PAX. Passive detection avoids spectrum interference with ATC and primary surveillance radar. Each unplanned shutdown costs €4–10M; insurance markets are repricing accordingly.
AENA · Airport operators · ANSPs
Border & Maritime — Frontex, ISF-Borders
Land borders, coastal corridors, maritime SAR zones. Drone-based smuggling — narcotics, contraband, irregular migration support — is now a primary operational concern across the southern and eastern EU perimeter. Mesh architecture covers long linear borders without dense infrastructure.
Frontex · Guardia Civil · Coast Guard
Law Enforcement & Events
Secure public events, government buildings, VIP protection zones. Mobile CAPS units deploy in under 15 minutes. Edge-only — no cloud exposure.
National Police · Event security · Private security
Designed and Trained in Ukraine.
Engineered in the EU, Spain.
AISAR was born from necessity. Our team designed drone detection algorithms and trained AI models under operational conditions in Ukraine — the most drone-intensive environment in history. Millions of drone sorties. Every electronic warfare scenario. Real RF signatures from real threats.
We brought that intelligence to Europe. AISAR is engineered, manufactured, and supported from Zaragoza, Spain — with partnerships across the European defense ecosystem. EU sovereignty. No ITAR. No non-European supply chain risk.
From Pilot to Full Coverage
Single-site coverage. Evaluation and proof of concept. Includes Fusion Dashboard, deployment support, 90-day AI model tuning.
Perimeter coverage. Triangulation-grade geolocation. Self-healing mesh. For airports, energy sites, border sectors.
Multi-site deployment. Centralized C2. API integration with existing security infra. Custom AI model training. Dedicated account engineering.
See AISAR in Action
Whether you're protecting an airport, securing critical infrastructure, or integrating passive detection into a larger system — let's talk.