DRONEWALL cUAS
COUNTER-UAS SYSTEM
The DroneWall cUAS system is a modular counter UAS platform designed for drone detection, spectrum monitoring, and selective RF mitigation in sensitive security environments. Integrated with unival Spectrum Guard (USG) and XWJ2 technologies, the system supports real time drone detection, signal classification, localization, and controlled disruption of unauthorized drone communications.
DroneWall supports modular sensor integration, centralized monitoring, and scalable counter drone deployments with selective RF mitigation designed to reduce impact on authorized wireless communications.
Adaptive Security by Design
Security threats evolve continuously. Technologies, regulations, operational environments and mission requirements change faster than ever before.
At unival, we believe that effective security is not created by deploying a single product. It is created by intelligently combining the right technologies into an adaptive operational capability.
Through our X-Factor methodology, eXPOSE, eXPAND and eXECUTE, we design, integrate and continuously optimise security ecosystems that remain effective as threats evolve.
Whether the requirement involves border security, critical infrastructure protection, corrections facilities, transportation hubs or counter-UAS operations, our focus is always the same: Delivering the right capability for the mission.
Key Features
DroneWall cUAS
Adaptive Counter-UAS Capability
The counter-UAS challenge continues to evolve.
New drone technologies, autonomous navigation systems, AI-supported flight capabilities, changing communication methods and increasingly sophisticated attack concepts require a fundamentally different approach to airspace protection.
At unival, we do not believe that any single sensor, jammer or interceptor can solve the counter-UAS challenge on its own.
DroneWall has therefore been designed as an adaptive operational framework that combines detection, classification, command-and-control and mitigation capabilities into a unified ecosystem.
Depending on operational requirements, DroneWall can integrate a broad range of technologies, including:
- Radar systems
- RF detection systems
- Electro-optical and thermal sensors
- Acoustic detection technologies
- Electronic countermeasure systems
- Autonomous interception capabilities
- Third-party command-and-control platforms
- Future sensor and mitigation technologies
The objective is not to deploy a predefined technology stack. The objective is to deliver the most effective operational capability for the specific threat environment.
Selective Drone Mitigation
Critical Site Protection
Advanced UAV Threat
Centralized Threat Monitoring
Rogue Drone Activity
Payload Enabled UAVs
Built to Adapt
Counter-UAS effectiveness is no longer determined by the quality of a single sensor or effector. It is determined by the ability to adapt faster than the threat evolves. DroneWall is built around this principle.
By combining open architectures, technology-independent integration and continuous capability development, DroneWall enables organisations to maintain effective protection against current and emerging aerial threats without becoming locked into a single technology path.
As new threats emerge, capabilities can evolve.
As regulations change, architectures can adapt.
As technologies improve, solutions can be enhanced.
This is the foundation of the DroneWall philosophy.
Benefits & Applications
Key Functional Benefits
- Real time drone detection and RF monitoring
- Selective mitigation with reduced impact on authorized communications
- Centralized spectrum visibility and threat analysis
- Scalable architecture for expanding security environments
- Integration with existing security and monitoring infrastructure
- Rapid drone signal identification and response capability
- Modular upgrade path for evolving drone threats
Client Benefits
- Enhanced protection against unauthorized drone activity
- Continuous autonomous RF monitoring and analysis
- Improved situational awareness for security operators
- Flexible deployment across critical infrastructure environments
- Reduced operational interference through selective RF mitigation
- Centralized management and response coordination
- Scalable architecture for future operational expansion
Use Cases
- Critical infrastructure protection
- Government and diplomatic facilities
- Airport and aviation security
- Border protection and customs environments
- Correctional facility security
- Military and tactical perimeter monitoring
- VIP and executive protection
- Event security and temporary deployments
- Sensitive facility spectrum monitoring
Integration & Compatibility
- unival Spectrum Guard (USG) integration
- XWJ2 RF mitigation platform compatibility
- RadioInspector monitoring and visualization software
- Distributed RF sensor arrays
- Centralized command and monitoring environments
- TSCM and spectrum monitoring operations
- Remote monitoring and networked deployment support
Deployment Options
- Fixed perimeter installations
- Mobile counter UAS deployments
- Distributed multi sensor coverage layouts
- Centralized or standalone operation
- Indoor and outdoor operational environments
- Scalable modular deployment configurations
Technical Specifications
- Spectrum Monitoring: USG20 real time spectrum analyzer
- Frequency Range: 100 kHz to 20 GHz
- Instantaneous Bandwidth: 160 MHz
- Detection Capability: UAV communication signal detection, classification, and identification
- Common UAV Bands: 2.4 GHz, 5.8 GHz, 900 MHz, and 433 MHz
- Direction Finding: Four parallel antennas with 90 degree sector coverage
- Localization: RF triangulation for drone and operator location support
- RF Mitigation Integration: Compatible with XWJ2 cUAS countermeasure systems
- Sensor Integration: RF sensors, radar systems, and electro optical verification options
- Deployment: Fixed, relocatable, and mobile platform configurations
- Command Integration: Compatible with centralized command and control environments
- Architecture: Modular layered counter UAS architecture
