Drone-Nous™ C-UAS
Ecosystem
A scalable, multi-domain advanced C-UAS ecosystem delivering seamless detection, identification, and multi-layer neutralization of low-altitude threats through advanced sensor association and open modular architecture.
This system is designed for command, control, and defense operations within the low-altitude layer to detect, identify, and neutralize unmanned platforms. The system integrates and associates advanced sensors, both “soft” and “hard” effectors, and an intuitive human-machine interface. It is designed as a modular system that can be operationally adapted to any required configuration. The system enables flexible management of defense missions, aerial monitoring, and threat neutralization. It can be installed as a fixed or mobile configuration on ground sites and/or on mobile and/or maritime platforms. The system components include radar systems, RF sensors designed to detect wireless communication of drones, and RF-jamming systems.
Massive Scalability & Throughput
Supports thousands of simultaneous targets and hundreds of devices/stations, from single-site to nationwide C2.
Universal Compatibility
Full connectivity with existing sensors/effectors and open architecture for seamless 3rd-party integration.
Precision Intelligence
Advanced algorithmic target-association mechanism for high-accuracy threat tracking.
Operational Agility
Flexible configuration with real-time video streaming, adapted to evolving low-altitude requirements.
Embedded Training
Integrated simulator featuring visual imagery for comprehensive operational-user training.
Full M2M Operational Control
Built for complex multi-drone threats. Synchronized detection, identification, classification, and neutralization all within one operational ecosystem.
TAWA Engine –Threat Assessment & Weapon Allocation
Dynamic threat-to-effector allocation with built-in prioritization, conflict prevention, and full documentation. Precise, proportionate response across any environment.
Radars
Compact AESA pulse-Doppler radars for 4D detection (range, azimuth, elevation, velocity) of low-RCS aerial/ground targets; support multi-target tracking, AI classification (drones, birds), false alarm reduction, and MIL-STD compliance for fixed/mobile deployments in varied environments.
RF Sensors
Advanced RF-based systems for passive scanning of identifying drone signatures, parsing telemetry for location/altitude, and using Integrated Protocol Intelligence (IPI) for seamless takeover or takeoff denial without jamming, supporting up to 4 simultaneous tracks per sensor.
EO Sensors
Rugged electro-optical systems with HD thermal, daylight, and SWIR sensors for 24/7 long-range surveillance in harsh environments; embedded AI enables detection, recognition, identification, and tracking of air/sea/land targets through adverse conditions like fog or smoke.
Effectors
Soft & hard kill centralized control across defense layers, integrating soft- and hard-kill, kinetic and non-kinetic interception within an operational picture. Soft-kill capabilities include RF jammers disrupting communications, GNSS, and frequency hopping via barrage and sweep waveforms across 20–6000 MHz, in directional or omnidirectional modes.