- U.S.-based Canine Defense Technologies has released its K9 Fiber C2 System for the Genesis tactical drone family as an open-source fiber-optic command-and-control framework.
- The system draws on battlefield experience from Ukraine and uses fiber-optic links to reduce exposure to electronic warfare compared with radio-based drone control.
U.S.-based Canine Defense Technologies has introduced the K9 Fiber C2 System for its Genesis family of tactical drones, expanding the company’s use of open-source architectures for command-and-control technologies.
According to Counter Unmanned Systems News, Canine Defense has made the K9 Fiber C2 System open-source for the Genesis tactical drone family, following a similar decision for the drones themselves.
The company says the move is intended to make fiber-based drone control more accessible while lowering costs and simplifying integration.
According to information published on the company’s website, the system is built around what it calls the Modern Fiberoptic Drone Framework, or MFDF. The Modern Fiberoptic Drone Framework is described as an open-source fiber-optic framework for drones developed by Canine Defense Technologies. The company says modern drones rely on IP-based protocols to communicate both internally between subsystems and externally with ground control stations.
Building on that approach, the framework repurposes existing information technology infrastructure components for use in drones. Company materials state that this design choice keeps costs low and makes the setup easier to access for developers and operators.
The company explains that the framework is based on a conventional Ethernet-over-fiber configuration. In a standard setup, a fiber media converter module allows host devices to interface through Ethernet while transmitting data over long distances via fiber-optic cable. MFDF uses this same concept, but adapts it specifically for drone data transmission, enabling secure, high-bandwidth communication between the platform and its control systems.
Canine Defense says the K9 Fiber C2 System applies this architecture to command and control, allowing fiber-optic links to replace or supplement traditional radio-frequency communications. Fiber-based control has gained attention in recent conflicts due to its resistance to electronic warfare, including jamming and interception.
The new development is based on combat experience gained during the war in Ukraine, where such strike and reconnaissance systems were used for the first time on a wide scale, including ground-based platforms.
While the company has not released operational performance data, the open-source nature of the framework allows independent developers and military users to inspect, adapt, and modify the system to meet specific mission requirements.
The Genesis tactical drone family is positioned for defense and security missions, including reconnaissance and precision strike roles. By pairing the platform with a fiber-based command-and-control system, operators can reduce reliance on radio links that are vulnerable to detection or disruption.