AI-POWERED RADAR & DETECTION PLATFORM

Detect. Classify.
Protect.

AISAR builds AI-powered radar systems that detect, classify, and locate drone threats — from passive RF mesh networks to active phased array radars. All powered by our proprietary Digital Twin simulation platform. No active transmission. Edge-autonomous. EU sovereign.

37+ Drone Types ClassifiedNo Active Transmission3,360× Faster SimulationEdge AI: No CloudField-ValidatedEU Sovereign
THE THREAT

Europe's Airspace Is Under Attack.
Most Infrastructure Has No Protection.

Airport shutdowns. Energy facility overflights. Border incursions. The EU CER Directive mandates detection by 2027. Less than 5% of critical infrastructure is covered.

Airport Drone Disruptions
Incidents increased 4× between 2024–2025. Each shutdown costs €4–10M.
2027
CER Directive Deadline
EU mandates detection for critical infrastructure across 11 sectors. Penalties: €10M or 2% turnover.
<5%
Infrastructure Protected
Military-grade systems cost €1–10M+. No affordable integrated civilian solution exists. Until now.
COPENHAGEN AIRPORT SHUTDOWN · POLAND INVOKES NATO ART.4 — 23 DRONES · GERMANY: 192 DRONE INCIDENTS 2025 · HEATHROW INVESTS €18M IN C-UAS · EASA MANDATES DETECTION FOR ALL EU AIRPORTS >1M PAXCOPENHAGEN AIRPORT SHUTDOWN · POLAND INVOKES NATO ART.4 — 23 DRONES · GERMANY: 192 DRONE INCIDENTS 2025 · HEATHROW INVESTS €18M IN C-UAS · EASA MANDATES DETECTION FOR ALL EU AIRPORTS >1M PAX
THE PLATFORM

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.

AISAR passive radar nodeNO EMISSIONS
AISAR Detect
Passive RF Detection

AI-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.

Receiver tuning range900 MHz – 5.8 GHz
Classification37+ drone types via CNN (controlled RF conditions)
Detection rangeUp to 40 km (LOS, typical consumer drone link)
TransmissionNone — license-free in most jurisdictions
Edge processingNVIDIA Jetson, <50 ms
Explore Passive RF Detection
AISAR active AESA radar arrayMOST ADVANCED
AISAR Track
Active AESA Radar

X-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.

FrequencyX-band (9.0–10.0 GHz)
Array256–1024 T/R modules
Detection range5–12 km (RCS 0.01 m²)
Doppler resolutionUp to 0.5 m/s (depending on CPI)
DevelopmentAI-accelerated via Digital Twin
Explore Active AESA Radar
CAPS mobility UGV platformMOBILE SENSOR FUSION
CAPS
CAPS Mobility Platform

Complete 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.

SensorsRF + Acoustic (8-mic MEMS) + Optical (YOLOv8)
Fusion confidence97% detection rate (3-sensor fusion, lab conditions)
Tethered UAV150 m altitude, 24/7, cable-powered
Edge computeNVIDIA Jetson AGX Orin
Deployment<15 minutes to operational
Explore CAPS Mobility Platform
AISAR mesh network deploymentMETER-LEVEL GEOLOCATION
AISAR Grid
Mesh Network and Fusion AI

Self-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.

Nodes3, 5, 7, 10, 25+
GeolocationMeter-level via TDOA/FDOA (conditions dependent)
SynchronizationGPS PPS across all nodes
Coverage25+ km² with 5 nodes
TopologySelf-healing, autonomous
Explore Mesh Network and Fusion AI
HOW IT WORKS

From Deployment to Threat Alert in Minutes

01
DEPLOY

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.

02
LISTEN

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.

03
CLASSIFY

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.

04
LOCATE

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.

COMMAND & CONTROL

AISAR Fusion Dashboard: Full Situational Awareness

One dashboard. Every sensor. Every threat. Full CER Directive compliance reporting.

AISAR Fusion Dashboard — live threat map, RF spectrogram, mesh status
Live threat map with detection overlays, track history, and confidence levels
RF spectrogram waterfall with signal classification overlays
Mesh network health: node status, signal strength, GPS lock
Drone fingerprint database: 37+ types with RF signatures and threat profiles
Automated alerting: configurable threat levels, SMS/email/API
CER Directive-ready incident logs and audit exports
Edge-first: on-site with zero cloud dependency. Air-gapped supported.
AISAR Radar Simulation View
Radar Simulation & Spectrum View
OUR UNFAIR ADVANTAGE

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.

CAPS Fusion Dashboard
Live operational awareness for every deployment.
CAPS Fusion Dashboard
SensorsRF + Acoustic + Optical
Fusion Confidence97%
Edge Latency<50 ms
CER DirectiveCompliant
AISAR Digital Twin
Simulate before you build. Test before you deploy.
AISAR Digital Twin interface
Speed vs full-wave EM simulationup to 3,360×
Simulation-based validationReduces physical test costs significantly
Scenario capacity10,000+ overnight
Cost reduction60–70% vs traditional R&D
AI Optimization Lab
127 evaluations instead of 10,000.
AI Optimization convergence
Bayesian optimization127 vs 10,000 evals
Surrogate model accuracyR² > 0.98 (validated dataset)
Time-to-market6–8 months vs 18–24
Validated againstReal-world operational RF data
0×
faster than full-wave EM simulation
0%
R&D cost reduction
HOW WE COMPARE

The Integration Gap No One Has Filled

CapabilityAISARDroneShieldDedrone (Axon)HENSOLDTRobin 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.

WHO IT'S FOR

Protecting What Matters

Border & Maritime Security

Detect drone-based drug trafficking and human smuggling across borders and coastlines. Mesh covers long perimeters with meter-level tracking.

Guardia Civil · Border agencies · Coast Guard

Passive RF DetectionMeshCAPS

Airports & Aviation

Meet EASA counter-drone mandates. Protect approach paths and runways. Passive detection avoids spectrum interference with ATC. Each incident costs €4–10M.

AENA · Airport operators · ANSPs

Passive RF DetectionActive AESAMesh

Energy & Critical Infrastructure

CER Directive (2027) mandates drone detection for critical infrastructure. Dams, power plants, pipelines, water treatment, wind farms, LNG terminals.

Confederación Hidrográfica · Utilities · Grid operators

Passive RF DetectionMeshCAPS

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

CAPS Mobility Platform
OUR ORIGIN

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.

🇺🇦
Designed & Trained
Kyiv, Ukraine · Operational RF data
🇪🇺
Engineered & Manufactured
Zaragoza, Spain 🇪🇸 · EU sovereign
GET STARTED

From Pilot to Full Coverage

PILOT
3-Node Mesh
Coverage
~5 km²
Timeline
1 day

Single-site coverage. Evaluation and proof of concept. Includes Fusion Dashboard, deployment support, 90-day AI model tuning.

STANDARD
5–7 Node Mesh
Coverage
15–25 km²
Timeline
Full-site

Perimeter coverage. Triangulation-grade geolocation. Self-healing mesh. For airports, energy sites, border sectors.

ENTERPRISE
10+ Node Network
Coverage
Multi-site
Timeline
Custom

Multi-site deployment. Centralized C2. API integration with existing security infra. Custom AI model training. Dedicated account engineering.

ALL DEPLOYMENTS INCLUDE
AISAR Fusion Dashboard
Edge AI classification
Mesh auto-configuration
CER Directive compliance reporting
12-month software updates & threat intel
Deployment support

See AISAR in Action

Whether you're protecting an airport, securing critical infrastructure, or integrating passive detection into a larger system — let's talk.

Request a DemoExplore Digital Twin
Offices
🇪🇸 EU Office: Zaragoza, Spain
🇺🇦 R&D: Kyiv, Ukraine