Counter-UAS · Milan

For a safer airspace.

Autonomous, reusable drone interceptors for critical infrastructure.

Project in validation · TRL 2 · Incorporation in progress

Illustrative schematic: the protected site at the centre of detection and engagement rings, an incoming drone track and an interceptor path SWARM ALERT · 0 TRACKS CAPTURED 0 / 0 DETECTION ENGAGEMENT PROTECTED ASSET ILLUSTRATIVE SCHEMATIC — NOT OPERATIONAL DATA
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Detect. Classify. Respond.

Sensor-fused detection combining RF, optical and acoustic inputs into a unified threat picture.

Built for industry.

Designed for airports, energy infrastructure, and logistics hubs. Hardened for continuous all-weather operation.

* 3D render does not represent the final project design.
Technology

Optimize the kill chain.

01

Threat Detection

External radar, RF and optical sensors keep the protected airspace under constant monitoring and detect potential drone threats before they enter restricted areas.

02

Threat Identification

Detected objects are analyzed and classified by the existing security infrastructure, building the situational awareness needed for an effective response.

03

Engagement Decision

The moment a threat has been confirmed, an interceptor is assigned to the target and cleared for deployment.

04

Interceptor Launch

The mission data is transmitted to the interceptor, which is then deployed from its launch station.

05

Autonomous Pursuit and Precision Capture

Making use of onboard AI-assisted guidance, EO/IR sensing and resilient navigation systems, the interceptor pursues, tracks and captures the target with high precision.

06

Recovery and Reset

The interceptor is recovered for analysis and reuse, minimizing operational costs and enabling rapid systematic re-deployment.

A generational security shift.

Counter-UAS demand spans defence, public safety and critical infrastructure. Our entry strategy focuses first on sectors where unauthorized drone activity can create immediate disruption to safety, continuity and operations, while preserving expansion paths across the wider security market.

NOW
Current stage – pre-prototype
TRL 2
DIC '26
Digital testing complete
TRL 3
2027
Starting field testing
TRL 5
2028
First prototype target
TRL 6
Reusable
Multiple missions,
lower cost per interception
Autonomous
AI-driven guidance,
minimal operator input
Speed
Response in seconds
to aerial threats
Precision
Designed for safe
target interception
Mission readiness
Built for critical
infrastructure protection
Purpose-built
Engineered for
modern C-UAS operations

The sky is not
neutral territory.

We're building the infrastructure to protect you.
Investors, partners, and accelerators - let's talk.

Contact Lūa Industries