C2LYNX by ITE is a real-time command and control platform for drone operations. Designed for security forces and professional operators, it enables simultaneous management of multiple aircraft, sensors, and communication channels from different points of responsibility, with mission-critical interfaces that enhance coordination and decision-making.
C2LYNX by ITE is a real-time command and control platform for drone operations. Designed for security forces and professional operators, it enables simultaneous management of multiple aircraft, sensors, and communication channels from different points of responsibility, with mission-critical interfaces that enhance coordination and decision-making.
MULTI-DRONE
- DJI
- MAVlink
- Other
MULTI-ROLE
- Pilot/operator
- Leadership
- Data Analyst
MULTI-MISSION
- Surveillance & reconnaissance
- Search & Rescue
- Custom
CONTROL APP
- Drone control for operator
- Real time data
- Automatic Missions and procedures
COMMAND CONSOLE
- integral vision for command post
- Operations and mission planning
- Mission data storage
DEPLOYMENT
- Central Backend
- Deployable nodes (vehicles)
- Data synchronisation
SENSORS
- RGB/IR/Multispectral cameras
- RF signal analysers
- Integration of 3rd party sensors
AI
- Data and image analytics
- Specific AI models development
- Integration of 3rd party AI models
COMMUNICATIONS
- Agnostic and scalable
- 5G, optic fiber, Datalink, Satellite, ...
- TCP/IP secure communications
C2LYNX by ITE integrates video, telemetry, and mission data in real time. It is designed to provide differentiated user experiences according to role — from field operators to strategic commanders, including data analysts and support personnel — enabling comprehensive and coordinated management of operations.
C2LYNX by ITE integrates video, telemetry, and mission data in real time. It is designed to provide differentiated user experiences according to role — from field operators to strategic commanders, including data analysts and support personnel — enabling comprehensive and coordinated management of operations.
TECHNOLOGY
C2LYNX builds on the operational and technological expertise of CANARD by ITE, a globally recognized platform for managing airport maintenance operations with drones. Based on this proven foundation, C2LYNX expands its capabilities toward a
It combines mobile applications, edge and cloud processing, and modern interfaces tailored to each role (operator, commander, analyst, etc.), ensuring a seamless, secure experience aligned with best practices in interoperability.
Its modular and scalable architecture allows the integration of new functionalities, emerging technologies, and aircraft models as current and future operational needs evolve. C2LYNX thus operates as a living, updatable, and adaptable ecosystem, capable of incorporating new sensors, communication systems, and data flows — ensuring long-term relevance and sustainability.
C2LYNX builds on the operational and technological expertise of CANARD by ITE, a globally recognized platform for managing airport maintenance operations with drones. Based on this proven foundation, C2LYNX expands its capabilities toward a
It combines mobile applications, edge and cloud processing, and modern interfaces tailored to each role (operator, commander, analyst, etc.), ensuring a seamless, secure experience aligned with best practices in interoperability.
Its modular and scalable architecture allows the integration of new functionalities, emerging technologies, and aircraft models as current and future operational needs evolve. C2LYNX thus operates as a living, updatable, and adaptable ecosystem, capable of incorporating new sensors, communication systems, and data flows — ensuring long-term relevance and sustainability.
KEY CAPABILITIES
- Multi-level command and control with role-specific interfaces
- Real-time integration of video, telemetry, and mission data
- Network-agnostic communications architecture (5G, LTE, fiber optic, satellite, IP radio, ...)
- Compatibility with multiple drones using standard protocols (DJI SDK, MAVLink, etc.)
- Scalability — from standalone operations to distributed deployments
- Adaptability to diverse operational scenarios and organizational structures
- Interoperability with other systems and command centers
- AI-based data and image processing, with integration of AI models
- GIS capabilities for mapping, orthophotos, and terrain surveying