Cucuyo and Cavok’s unmanned aerial systems (UAS) collaborate with laser communication experts to unlock new possibilities for UAVs.
Cucuyo, a German-based innovator, and Cavok UAS, a French company, have formed a strategic alliance by signing a Memorandum of Understanding (MoU), bringing together Cucuyo’s cutting-edge laser communication terminal with Cavok’s experienced unmanned aerial systems (UAS). The goal of this collaboration is to verify and validate the performance of Cucuyo’s P-100 terminal on Cavok drones, thereby unlocking opportunities for rapid, reliable data transmission in unmanned aerial systems (UAS).
Laser Communication: A Resilient Various
Laser-based communication systems offer significant advantages over traditional radio-frequency (RF) links, including higher data transmission rates, improved signal security, and reduced interference susceptibility. The Cucuyo P-100 terminal, a state-of-the-art Free Space Optics (FSO) communication device, enables high-speed data transmission at an impressive rate of 1 gigabit per second, covering distances of up to 40 kilometers. With its lightweight 1.5 kg mass and effortless plug-and-play setup, this component is ideally suited for integration into aerial platforms such as drones.
A standout feature is the technology’s robust resistance to jamming, spoofing, and interception, ensuring seamless communication. In addition, the P-100 can serve as a fallback option for satellite-based navigation systems, offering reliability in hostile environments where GNSS signals might be intentionally disrupted or jammed.
Dr. According to Markus Knapek, CTO and Managing Director at Cucuyo, “The platforms’ capabilities make them well-suited for hosting our demo functions and potentially fostering a strategic partnership in the future.”
Testing Phases for the Partnership
The partnership will unfold in a sequential manner, comprising two distinct phases.
- Cavok’s Unmanned Aerial Systems (UAS) will integrate the P-100 terminal into one of its drones to validate system compatibility, assess vibration resilience, and evaluate interface performance during flight operations.
- Reside testing of the terminal’s capabilities takes place, simultaneously establishing a robust laser communication link between the drone and a ground station.
“Cavok UAS is actively seeking innovative solutions that enhance our aircraft’s resistance to detection and countermeasures.” The Cucuyo laser communication system holds great promise as a near-perfect solution.
Implications for the UAV Market
High-speed laser communication terminals akin to the P-100 have the potential to significantly transform drone operations, primarily in scenarios demanding secure and large-scale data transmissions. Drones deployed for protective, safe, and industrial inspection purposes produce immense amounts of sensor data. Laser communication enables efficient and secure transmission of data without relying on traditional frequency-regulated channels.
The lack of regulatory hurdles surrounding laser-based approaches enables seamless global implementation, rendering them an attractive option for operators across various sectors.
Increasing UAV Capabilities
Cucuyo and Cavok’s strategic partnership marks a significant milestone in the evolution of laser-based communication technology for unmanned aerial vehicles (UAVs). By facilitating faster and more reliable data transfer, this expertise empowers drones to operate effectively in challenging settings.
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