The One and Only

Autonomous drone hunter

EAGLE.ONE is an autonomous counter-drone system powered by on-board AI, precision navigation, and advanced interception technology. It detects, tracks, and intercepts unauthorized drones to protect critical airspace around airports, military facilities, and major public events.

The Future of Autonomous Drone Defense

Drones are becoming a constant presence in modern airspace. As they grow more accessible and capable, they are increasingly used in ways that threaten critical infrastructure, public venues, and sensitive facilities. Securing the airspace above these locations is becoming a core part of modern security.

EAGLE.ONE Drone Hunter delivers an active aerial defense against this threat. It can rapidly deploy, pursue hostile drones, and neutralize them using a range of interception tools. Depending on the mission configuration, the system can capture or disable the target and secure the intercepted drone for recovery and analysis.

Deals with every type of threat

Drone threats vary widely in size, speed, and capability, and no single interception method can address them all. EAGLE.ONE turns this complexity into an advantage by offering a modular architecture with different interception tools suited to different threat types. This allows the system to be matched to the specific operational environment and threat profile from the outset.

Fixed net Fixed net

Fixed net

Provides multiple close-range capture attempts during pursuit, improving the chances of successfully entangling small to medium rogue drones.

Net gun Net gun

Net gun

Captures small to medium drones from a safe distance by launching a net that disables the target without causing structural damage.

Rocket launcher Rocket launcher

Rocket launcher

Targets large or fast-moving drones that cannot be safely captured, delivering a rapid neutralization option for high-threat scenarios.

Net dropper Net dropper

Net dropper

Drops a net onto the target from above to entangle propellers, making it suitable for areas where a falling drone does not pose a risk to the surrounding environment.

Operate Beyond Limits

Keep the Mission Moving

EAGLE.ONE is built to operate in GNSS-denied environments using advanced onboard systems. While no system can guarantee perfect performance under all conditions, it is designed to stay effective and keep the mission moving when signals are no longer available.

Navigate Through Anything

Obstacle avoidance enables confident movement through complex airspace. EAGLE.ONE continuously adapts to its surroundings in real time. Known locations can be scanned and uploaded to the Drone Hunter to enable faster movement.

EAGLE.ONE operating in a GNSS-denied environment

Use Cases

Discover how our advanced solutions can meet a wide range of operational needs and how can they help you solve yours.

Military<br>& defence Military<br>& defence

Military
& defence

Especially for military, small drones can pose a significant threat which is necessary to be dealt with.

Read more
Airport<br>security Airport<br>security

Airport
security

With over £50 million lost in damages, Gatwick Airport has become a wake-up call to airports all over the world.

Read more
VIP Guard VIP Guard

VIP
guard

High-profile individuals at public events face increasing drone-based threats that traditional security measures cannot adequately address.

Read more
Industrial<br>complexes Industrial<br>complexes

Industrial
complexes

Even a small drone can cause severe damage not only to a critical infrastructure, but to its surroundings as well.

Read more

Blog

Stories from the EAGLE's nest

See the latest news regarding the EAGLE.ONE project and related drone technology. Find out more about our journey and history right here.

Why Low Collateral Risk Is Critical in Anti Drone Operations

Why Low Collateral Risk Is Critical in Anti Drone Operations

20. 3. 2026

Stopping a drone is only part of the job. This article explains why low collateral risk is critical in anti drone operations and why falling debris can still cause major harm even after a successful interception.

How Drone Detection Works: RF Sensors vs Radar vs Optical Systems (EO and IR)

How Drone Detection Works: RF Sensors vs Radar vs Optical Systems (EO and IR)

05. 2. 2026

Drones are small, fast, and often fly low, which makes detection harder than most people expect. This article explains the three main approaches to drone detection, RF detection, radar, and optical systems including EO and IR, what each does well, where it fails, and why real world protection usually relies on combining multiple sensors.

What Could Happen If One Drone Went Unnoticed at a Power Plant

What Could Happen If One Drone Went Unnoticed at a Power Plant

15. 1. 2026

An unauthorized drone is not just a nuisance. Around critical infrastructure like power plants, even a single unnoticed flight can trigger a serious incident with cascading consequences. This short, hypothetical scenario shows what could happen if one drone slipped through unseen

Subscribe to newsletter

Stay up to date with the latest news from the world of anti-drone technology

Awards and Recognition

Partners

Team

Meet the best people in their fields who dedicated a significant amount of their time and effort to bring EAGLE.ONE to life.

Team
View more

Contact us

Phone

+420 605 892 203

Email

[email protected]

Company

EAGLE.ONE s.r.o., ORG ID: 03947394

Povltavska 5/74, 171 00 Praha 7