DETECT DRONES
BEFORE THEY BECOME A THREAT
VISION-AI
DRONE DETECTION
THE FIRST LINE OF DEFENSE AGAINST DRONES
FOR INDUSTRY AND CRITICAL INFRASTRUCTURE
THE FIRST LINE OF DEFENSE AGAINST DRONES
FOR INDUSTRY AND CRITICAL INFRASTRUCTURE
Our VISION-AI transforms any camera system (EO) into an autonomous drone detection system – enabling
real-time detection of drones (UAVs) in close-range and low-altitude flight, including automated alerts, visual evidence capture, and situational awareness in the airspace.
Developed for critical infrastructures, industry
and defense applications.
AIRSPACE SECURITY GAP.
A MILLION-DOLLAR RISK!
THE PROBLEM
HIGHLY SECURED ON THE GROUND
- VULNERABLE FROM THE AIR!
Industrial and KRITIS sites are comprehensively protected:
✔ Perimeter protection
✔ Access controls
✔ Video surveillance
✔ Control centers
But the airspace often remains unmonitored!
DRONES AS A NEW SECURITY RISK
A commercially available drone can:
❌ Spy on your premises
❌ Paralyze production processes
❌ Analyze security structures
❌ Prepare sabotage
❌ Operate unnoticed
Cost of the drone: less than €1,000
Potential damage: millions of euros
Reputational risk: incalculable
-
eSpionage
Drones open up a whole new dimension of industrial espionage. Equipped with high-resolution cameras, they can observe production processes, storage areas, supply flows, or secret infrastructure from the air—without being noticed.
Consequences: Loss of trade secrets, loss of reputation and trust
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Interference from jammers
Drones can be equipped with RF jammers (interference transmitters), which they then place on the roof without being noticed. These devices interfere with radio and GPS signals and specifically interrupt communication. This can lead to harmless malfunctions or even complete production failures.
Consequences: Radio/Wi-Fi/Bluetooth and GPS failure, production interruptions, and security risks
-
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Sabotage
Today, drones can do more than just observe.
They are capable of transporting small loads, including sensors, RFID listening devices or in extreme cases even dangerous substances for possible acts of sabotage or attacks.
Consequences: Damage, destruction, and contamination
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Attack
Kamikaze attacks use drones as weapons — targeting infrastructure through direct impact or explosive payloads.
ASO enables early visual detection and tracking, allowing countermeasures before impact.
SOLUTIONS
Autonomous drone detection
through edge-AI camera
& Vision-AI intelligence
The ASO integrated solution combines leading edge-AI camera technology with ASO Vision-AI intelligence to deliver the world’s first fully autonomous EO-based drone detection system, including automated alerting and evidential recording.
With an ultra-wide field of view of up to 130°, 48MP, IP67 protection, PoE power supply and up to 48 TOPS of edge computing performance, the system provides reliable operation even in the most demanding environments.
Request a proposal
DRONE DETECTION
FOR EXISTING CAMERA SYSTEMS
USE WHAT
IS ALREADY INSTALLED.
ASO transforms existing IP cameras into intelligent Vision AI sensors for drone detection.
❌ No new hardware required
❌ No system conversion.
❌ No replacement of existing infrastructure.
What you get
✔ Immediate integration via ONVIF / RTSP
✔ AI drone detection within minutes
✔ Scalability across multiple locations
✔ Cost-effective expansion
Your existing video infrastructure becomes an active airspace monitoring system.
Request a proposal
TECHNOLOGY
Vision-AI Core
Architecture
ASO’s Vision-AI core integrates multiple specialized neural networks, trained on distinct drone types, altitude ranges, and environmental conditions.
>95% detection rate (in defined altitude range)
Hybrid Deployment
Architecture
Built for hybrid operation — supporting cloud-based intelligence or fully on-premise environments, with seamless compatibility across Edge-AI and IP/PTZ camera infrastructures.
Cloud
Intelligence
The ASO Cloud Intelligence Platform connects all deployed sensors into an intelligent security and airspace surveillance system—it enables real-time monitoring, instant alarm distribution, evidence analysis and storage, and serves as the central host of the Vision AI architecture.
ASO Flight Data Center
On 2 dedicated 1,000 m² test sites, ASO operates its own Flight Data Centers (FDC) — a real-world environment where drones fly under diverse operational conditions.
Multiple optical sensors and Edge-AI cameras capture high-resolution, real-time flight data that continuously feed and refine ASO’s detection models.
The FDC is the core of ASO’s data advantage — enabling us to generate, validate, and improve our AI-driven detection intelligence based on live flight scenarios.
In addition, the facility is available for external flight testing, providing partners and clients with access to a controlled, sensor-rich environment for validation, calibration, and performance benchmarking.
On a dedicated 1,000 m² test site, ASO operates its own Flight Data Center (FDC) — a real-world environment where drones fly under diverse operational conditions.
Multiple optical sensors and Edge-AI cameras capture high-resolution, real-time flight data that continuously feed and refine ASO’s detection models.
The FDC is the core of ASO’s data advantage — enabling us to generate, validate, and improve our AI-driven detection intelligence based on live flight scenarios.
In addition, the facility is available for external flight testing.
+250 Real Drone Flights
+12M Datas Points Generated
+250
Real Drone Flights
+12M
Datas Points Generated
SHOWROOM
Experience how ASO revolutionizes airspace security.
Our short videos demonstrate how the system detects, classifies, and tracks drones in real-world scenarios — fully autonomous, scalable, and seamlessly integrated into existing infrastructure.
NEWSROOM
Discover the latest from ASO Airspace Surveillance — research, product updates, and field insights driving the evolution from drone detection to holistic airspace intelligence.
Here we share how our AI-driven, embedded technologies are shaping the future of secure and connected airspace — from groundbreaking developments in real-time detection and identification to advances in Urban Airspace Mobility and autonomous aerial operations.
OUR PARTNERS
