C Speed

Modular airborne and ground-based surveillance systems powered by the LightWave Software Defined Radar core. Ground-Based Radar and Elevated Surveillance Radar platforms deliver overlapping coverage and layered early warning detection of airborne, GMTI, and maritime threats.

• Ground-Based Radar (GBR)

  Medium-range and long-range air surveillance platforms, including the GBR/TR10, GBR/TS10, and LSR/1000 systems, designed to detect higher-flying airborne threats such as fighter aircraft, missiles, and UAS.

• Elevated Surveillance Radar (ESR)

  Aerostat-deployable and elevated systems, including the ESR/TR10, ESR/TS10, and ESR/SR40, providing early warning for low-flying, small radar cross-section threats such as cruise missiles, unmanned systems, ground targets, and maritime vessels.

• Airborne Surveillance Platforms

  Elevated, over-the-horizon surveillance platforms featuring fully integrated, flexible payloads that combine radar, EO/IR, SIGINT, and cUAS, deployable on aerostats and interoperable with command and control networks.

Agile, consultative engineering services for mission-critical systems across radar, medical, IoT, and other sectors. C Speed helps partners define requirements and builds scalable solutions from concept through delivery.

• Software Development

  Custom software engineering for mission-critical applications, including embedded systems, software-defined architectures, and secure communications.

• Quality Assurance and Test

  Rigorous verification, validation, and testing services to ensure high reliability and compliance with demanding operational and safety standards.

• Project Management

  Collaborative and structured project delivery processes to manage scope, timeline, and resources effectively from discovery to deployment.

• Hardware Engineering

  Physical system design and electronics engineering to support advanced defense, industrial, and medical product development.

• Mechanical Engineering

  Mechanical design and structural analysis for ruggedized operational environments, ensuring environmental compliance and thermal durability.

• Digital Design (FPGA / VHDL / Verilog)

  High-speed digital design, FPGA firmware development, and hardware description language programming for advanced signal processing.

Service Life Extension Programs (SLEP) for legacy 2D, 3D, military, and air traffic control radar systems. Upgrades extend operational life and enhance mission readiness using software-defined LightWave Radar technology.

Proactive sustainment and maintenance programs designed to keep deployed surveillance systems mission-ready with minimal downtime by aligning support with natural operational pauses.