Airspace intelligence

Detect what
other radars
miss.

Millimeter-wave radar engineered to detect, track, and classify the small drones other systems miss: from $50 quadcopters to autonomous swarms.

DroneTector detection frame: orange-ringed detections across a cloudy sky

Live detection

Drones, birds, and clutter — separated in real time

The technology

Know what's in your airspace.

Most counter-UAS systems were built for the threats of a decade ago. We rebuilt the stack from first principles — sensors, fusion, and classification — for the small, low-signature drones now showing up at airports, substations, and forward bases.

DroneTector sensor unit mounted on a tripod

DroneTector

A sensor stack purpose-built for small UAS.

Deployed standalone at a single site or networked across a distributed perimeter. Scalable from a single tower to a multi-site detection grid, with onboard compute for low-latency detection in real-world environments.

Sensors
MM-Wave · Camera · Acoustic
Targets
Micro UAS and greater
Deployment
Standalone or mesh
Operating
All-weather · 24/7

Where Milliray deploys

  • Airports
    01

    Stop the next Gatwick.

    A single small drone can close runways and cost airlines millions. Conventional radar wasn't designed to see them.

    Coverage
    Perimeter + approach path
    Integration
    Existing tower systems
    Tuned for
    False-positive-sensitive ops
  • Critical Infrastructure
    02

    Protect the grid, plant, and pipeline.

    Substations, refineries, water treatment, and data centers are the highest-value soft targets in the country. Drone intrusions are routine.

    Modality
    All-weather, low-altitude
    Topology
    Distributed mesh
    Hardware
    Tamper-resistant edge
  • Defense
    03

    Field-grade radar for forward sites.

    Front-line teams need cost-aligned detection for the new asymmetric threat: $50 quadcopters and improvised weaponized UAS.

    Form factor
    Rapid-deploy, vehicle-mount
    RF profile
    Cluttered environments
    Credentials
    NATO DIANA + UKDI-DASA
  • Portrait of Dr Matthew Moore

    Chief Executive Officer

    Dr Matthew Moore

    PhD
    St Andrews
    Field
    MM-Wave radar, RF
    Fellow
    Royal Acad. of Eng.
  • Portrait of Dr Thomas Doherty

    Chief Technology Officer

    Dr Thomas Doherty

    DPhil
    Oxford
    Field
    Optical & laser tech
    Fellow
    Royal Acad. of Eng.
  • Portrait of Dr Jordina Frances de Mas

    Chief Operating Officer

    Dr Jordina Frances de Mas

    PhD
    St Andrews
    Field
    ML, automated reasoning
    Focus
    Algorithmic optimization

Talk to the team

Responsible for countering drone threats?

We work with airports, critical infrastructure, defense operators, venues, and VIP protection teams. Send a note — we'll get back the same week.