mDiamond

AI-powered drone detection system.
Easy integration
Full coverage of the sky
AI powered
SECURING THE SKIES

Empowering Ground Forces

mDiamond is an AI-powered anti-drone defense system designed for military and security applications. It combines triple thermal camera arrays with advanced LWIR (Long-Wave Infrared) detection to deliver a 360° x 120° field of view that operates flawlessly in all conditions, including fog, haze, and light smoke. The system uses a sophisticated AI engine and an extensive drone signature database to detect, identify, classify, and localize aerial threats with exceptional precision, even at extended ranges.
KEY BENEFITS

The Ultimate 360° AI‑Powered Threat Detection System

Enhanced Security
Provides reliable detection and classification of multiple drone threats simultaneously, reducing risk to personnel and assets.
All-Weather Performance
Operates effectively in fog, haze, smoke, and low-light environments, ensuring uninterrupted protection.
Comprehensive Situational Awareness
Eliminates blind spots with full sky coverage, enabling proactive threat response.
Operational Efficiency
Fast installation and intuitive interface minimize downtime and training requirements.
Scalable Integration
Easily connects with countermeasure systems and adapts to mobile or stationary platforms for flexible deployment.
Future-Ready Technology
AI engine continuously updates with new drone signatures, improving detection accuracy over time.

AI-Powered 360° Drone Threat Awareness

Triple Thermal Camera Array

Three synchronized thermal cameras provide 360° horizontal and 120° vertical coverage for complete aerial threat monitoring.

LWIR Imaging

Long-Wave Infrared sensors ensure detection in fog, haze, smoke, and low-light conditions.

AI-Powered Detection Engine

Advanced algorithms classify and track multiple drones in real time, reducing false alarms and improving response speed.

Integrated Drone Signature Database

Continuously updated library enhances identification accuracy for emerging drone models and tactics.

Rapid Deployment Design

Compact, ruggedized hardware enables quick installation on vehicles or fixed sites for immediate operational readiness.

Countermeasure Connectivity

Seamless integration with neutralization systems allows instant engagement once a threat is confirmed.

Specifications & Components

Technical Specifications

  • Video engine
    VOx microbolometer
  • Imaging system
    Uncooled LWIR thermal imager
  • Resolution
    640 × 480
  • Image sensitivity
    NETD < 35 mK (no noise reduction)
  • Frame rate
    High, adjustable
  • Field of view
    Wide HFOV & VFOV
  • Multi-target tracking
    Latest AI-based tracking (10+ targets)
  • Threat detection latency
    < 500 ms
  • CPU
    8-core 64-bit ARM-based
  • Memory
    16 GB LDDR5
  • NPU
    Embedded 30 TOPS
  • Local video output
    HDMI
  • Network video interface
    10/100/1000 Base-T Ethernet (H.265 compressed)
  • Debug/system integration
    10/100/1000 Base-T Ethernet
  • Touch-screen interface
    USB 2.0
  • Open API
    For C4I and countermeasure applications
  • Cyclical video recording
    Built-in
  • Threat coordinate pinpointing
    Exact coordinates
  • Dimensions (W × D × H)
    17.5 × 17.5 × 12 cm
  • Weight
    3 kg
  • Power consumption
    Low
  • Cooling
    Effective passive design
  • Sunlight exposure
    Built to withstand direct sunlight
  • Power supply
    18–36 VDC, central feed and protected
  • Power standard
    MIL-STD-1275
  • Operating temperature
    -25ºC to +65ºC
  • EMI/EMC
    MIL-STD-461F
  • Environmental
    MIL-STD-810F
  • Humidity
    0–95%