Skyshyld (C2 + Android app)
Command and Control for Drone Detection Operations
Skyshyld C2 is the command and control platform that connects the Skyshyld ecosystem.
The system aggregates detection data from multiple sensors and presents it through an intuitive interface that provides a shared operational picture.
Users can view drone activity on a live map and receive real-time alerts when drones are detected.
C2 Platform enables organisations to coordinate responses more effectively by ensuring that all relevant personnel have access to the same situational awareness information.
Unified Command & Control Platform
Skyshyld C2 is the command-and-control platform that enables operators to monitor and manage counter-drone systems from a single interface. The platform aggregates data from multiple detection sensors and mitigation devices, providing a unified operational view of aerial activity across the protected area.
Through the C2 Platform dashboard, security teams can monitor drone detections, control connected devices, and coordinate response actions in real time. The system is designed to support layered counter-UAS deployments, allowing organisations to integrate detection, tracking, and mitigation technologies within one central platform.
C2 Platform can be deployed either on-premise or in the cloud, offering a flexible architecture that can scale to support multiple users, devices, and operational environments. Administrators can configure access permissions for individuals or teams, while real-time alerts and system notifications can be delivered through the platform or integrated communication channels.
Multi-Sensor Integration
C2 Platform supports integration with a wide range of detection and monitoring technologies to create a comprehensive counter-UAS ecosystem.
The platform can combine data from:
RF Sensors
Radars
EO/IR
ADS-B
Jammers
Through API connectivity and web-based integrations, C2 Platform can also connect with third-party systems and existing security infrastructure. This multi-sensor fusion enables organisations to build layered airspace monitoring capabilities while maintaining a single command interface for operators.
