ASMUND Counter-UAS System

Modular Architecture | Combat-Proven Performance

ASMUND

C-UAS System – Drone Detection, Tracking, Identification, Classification, and Neutralization or Interception

ASMUND CUASx is a comprehensive, operational, combat tested and proven system.  It is fully automated for detection, tracking, identification, classification, and if enabled neutralization, or interception of any threat UAS.

ASMUND CUASx uses a superior processor with built-in decision making and AI capabilities with machine learning.

The systems is the multi-sensor,

multi-effector, multilayered modular solution and includes passive and active sensors and effectors to detect and defeat the

specific threats faced by each customer.

ASMUND CUASx incorporates a C2 system to integrate inputs from other external systems

– combining and correlating it all into a single comprehensive Situational Picture with an exceptionally high refresh rate

System Attributes

  • Modular configuration tailored to customer’s requirements

  • Modular open system architecture Approach (MOSA) ensures ease of integration

  • System is future proof – easily updated as threat changes

  • End-to-end solution

  • Comprehensive C2 System ensures Full Situational Awareness

  • 3600 Coverage

  • Interoperable with most sensors/ effectors

  • Easily integrated in defense networks

  • Proven success against all drones

  • Combat-proven and operational today

  • Local or remote operation

  • IP66/67 compliant

  • Ruggedized to meet MIL-Standards

  • Easy to deploy - compact, lightweight

  • ASMUND CUASx avoids ‘gold plating’ through use of proven components and avoidance of R & D and testing expenses

The ASMUND Counter-Unmanned Aerial System (C-UAS) delivers a mission-tailored, modular defense solution built on a Modular Open Systems Architecture (MOSA). Designed for rapid integration and scalable deployment, ASMUND is operational, fielded, and combat-proven across diverse environments.

41+

Years of experi

ASMUND Counter-Drone Systems

Modular Architecture | Combat-Proven Performance

Why ASMUND?

✅ Modular & Scalable

✅ Rapid Integration via MOSA

✅ AI-Driven & RF-Resilient

✅ Operationally Deployed & Combat-Tested

ASMUND is designed to adapt, scale, and dominate in the evolving counter-UAS landscape.

Key Features & Capabilities

Layered Defense Architecture

Follows the full kill chain: Detect → Track → Identify → Evaluate → Neutralize, enabling adaptive and synchronized threat response.

Detection System Components

  1. Passive Optical System with 360° panoramic IR scans every 3 seconds; Detection range: 400m – 12km. Immune to RF jamming; AI/ML object classification.

  2. X-Band AESA Radar with FMCW with 360° azimuth/120° elevation coverage; AI-based processor with machine learning for discrimination of non-targets (pedestrians/birds). Processor has Hover detection, clutter rejection and is clutter- resistant tracking. Proven detection: nano UAS (10 km), medium (45 km).

  3. RF Intercept System with signal detection (40–6000 MHz); no GPS needed. Direction-finding with RNN-enhanced signal analysis.

Counter UAS Components:

  1. Electronic Countermeasures (Jammers) either Omni/or directional jamming up to 5+ km. Multiple programmable suppression channels.

  2. Counter-Telecom UAS Enhancements to defend against drones leveraging LTE/5G and RF-based command links. System can Jam, spoof, and scramble telecom protocol signals within designated zones and based on RF and LTE/5G surveillance systems (SIGINT nodes). Portable LTE/5G analyzers at key sites are used to monitor and screen perimeter activity. Fuse telecom telemetry with EO/IR and radar for multilayer UAS detection. System can detect and track drone controllers.

  3. Interceptor Drone System with Autonomous UAS interceptor at up to 300 km/h speed with a 20 km range. System control station for up to 9-UAV interceptors via encrypted communications.

summary

ASMUND includes mission-specific configurations (command post, jammer, radar) via MOSA backplane integration for plug-and-play modules. This approach and battlefield experience strengthen site-level resilience and deepen detection fidelity through signal intelligence (SIGINT) and protocol-level disruption. Interdiction of UAS via electronic means or soft-kill system is proven. System is operationally deployed and combat tested. ASMUND is designed to adapt, scale, and dominate in the evolving counter-UAS landscape.

Products

  • ASMUND Counter-Drone Systems

  • Remote Weapon Stations

  • Mobile Systems

  • Effectors

  • Vehicle C-2 systems

  • Sensors

    DESIGN DIRECTOR

  • diverse sensors and effectors

  • Containerized Systems

  • Mobile Command Posts

  • Multiple Mast Configuations

ASMUND Drone Interceptor System

An autonomous defense system designed to intercept unmanned aerial vehicles (UAVs) which pose a threat to critical infrastructure. The system provides full automation of the processes of monitoring, identification, and neutralization of aerial threats.

System Specifics:   

  1. Equipped with artificial intelligence (AI) and machine learning algorithms

  2. Integrated into C-UAS systems as an additional layer of protection

  3. Significantly cheaper than anti-aircraft missile systems (SAMs) or MANPADS, Reduces the cost of destroying enemy drones, especially in swarm attacks

  4. Search systems continuously scan the airspace to detect enemy drones

  5. Track data is transmitted to the central control server

  6. The interceptor drone follows pre-set waypoints provided by the onboard computer

  7. Final targeting is carried out using an advanced tracking algorithm, ensuring maximum

  8. Installation possible on the roof of a car

INTERCEPTOR AIRCRAFT Ground Communication Station

  1. Multi-platform control: Supports real-time management of up to 9 UAVs from а single station, including mixed formations (e.g., 5 aircraft + 4 drones).

  2. Protocol compatibility: Native support for MAVLink 2.0 for telemetry, navigation, and payload commands over LTE or RF.

  3. Secure communications, End-to-end encryption via AES-256, Transport-layer protection via SSL/TLS

  4. Optional VPN tunneling for remote operations and mobile HQ scenarios open architecture: Seamlessly integrates with external search systems (radar RLS), optical sensors, and third-party command software via оpen Arais

Interceptor Drone-Missile

  1. Maximum speed – 300 km/h

  2. Climb rate 25 m/s, Flight altitude up to 4 km

  3. Maximum engagement range 20 km

  4. Flight range on a single charge 25 km at a speed of 200 km/h and 5 km at a speed of 300 km/h

  5. Flight time from 20 min

  6. Warhead (optional and added at operator site) weight 500 grams

  7. Control principle: automatic takeoff and flight with optimal trajectory calculation for target approach.

  8. Guidance: automatic, after visual confirmation.

  9. Camera type: day/night. Night option requirement must be requested.

  10. Autonomous targeting principle: After detection, it reaches the target in automatic mode. Destruction: after operator confirmation.

Control and Display - Command & Control Center

  1. Data processing server and flight control system

  2. 4 monitors with multi-window operator interface

  3. 2 operator control panels, Uninterruptible Power Supply (UPS) unit

  4. Software for mission planning, monitoring, tracking, and video analytics