Enhancing UAV connectivity: the integration of Veronte Autopilots and Gotonomi SATCOM Terminals

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    • A barrier to global UAV operations has just been broken. In a major step forward for the drone industry, the seamless compatibility between Veronte Autopilots and Gotonomi’s SATCOM terminals is unlocking true Beyond Visual Line of Sight (BVLOS) capabilities.

    This isn’t just a hardware connection, it’s a strategic alliance between high-performance flight control systems and next-generation satellite connectivity. By combining Embention’s robust control ecosystem with Gotonomi’s lightweight, “always-on” satellite link, operators can now fly further and safer than ever before.

    The connectivity chain: reaching VeronteCloud via Satcom

    The true power of this integration lies in how it leverages the VeronteLink service. The Gotonomi satcom terminal acts as a powerful IP gateway, providing the Satellite network tunnel required for the system to communicate with the Ground Control Station (GCS).

    This robust connection, through Viasat’s L-Band satellite network, allows the autopilot to interface with VeronteCloud. Once the autopilot is successfully connected to the Cloud, the loop is closed: operators can instantly command, monitor, and control the aircraft directly from any computer connected to the internet, meanwhile they have the appropriate access levels. It allows for a seamless operational flow, from the hardware in the sky to the pilot on the ground, regardless of physical distance.

    Reliable, Resilient and Available C2: the lifeline your drone needs

    In long-range missions, a dropped link is a nightmare scenario. This partnership solves that by prioritizing a stable, bidirectional Command and Control (C2) link.

    While the system is smart enough not to clog the bandwidth with heavy video streams, it excels at delivering what actually keeps the drone flying: telemetry and control commands. The integration ensures that vital data, like UAV position, Phase ID, and system health, is transmitted reliably (at approx. 1–2 Hz). It is the perfect balance: Gotonomi provides the pipe, and Veronte ensures the data flowing through it is optimized for safety.

    Smart savings on satellite data

    Satellite airtime is more expensive than LTE, but this duo helps you cut costs. The compatibility allows for the configuration of a custom telemetry vector containing only the required data stream, maximizing the value of the data transmitted over the upto 200kbps link.

    Instead of burning through data credits with unnecessary noise, the Veronte Autopilot intelligently filters the data stream, sending only the variables required for mission success.

    Native integration: the power of Veronte Autopilot 1x 4.12

    For system integrators, the news gets even better. With the release of the Veronte Autopilot 1x hardware version 4.12 and software 7.8, connectivity has become plug-and-play.

    While previous setups successfully used RS485-to-Ethernet converters, the new v4.12 hardware features a native Ethernet port. This allows for a direct, clean connection to Gotonomi terminals. It simplifies the internal layout of the UAV, reduces weight, and eliminates potential points of failure. It is a modern hardware solution for a modern connectivity problem.

    Flexibility & security for professional Ops

    This joint solution is designed for engineers who need highly flexible network configuration:

    • Custom Protocols: Choose between TCP or UDP based on your architecture.
    • Easy Setup: Support for DHCP allows the system to automatically detect the Gotonomi antenna, removing need for static IP management during initial setup.
    • Secure Routing:. Gotonomi support implementing private routing (WAN),ensuring your drone is invisible to bad actors.

    Elevating airworthiness: C2 link capabilities

    The practical benefits of this integration go far beyond extended range; they introduce a crucial extra layer of airworthiness for advanced platforms. By leveraging this combined technology, operators gain the strategic advantage of configuring the SATCOM terminal either as the primary Command and Control (C2) link for extended BVLOS missions, or as a critical, redundant communication system. Should the main C2 link experience any disruption, the satellite connection seamlessly acts as a fail-safe, guaranteeing continuous control, telemetry acquisition, and operational safety throughout the flight. A prime example benefiting from this architecture is the Xsun project. The innovative solar-powered UAV manufacturer is set to become the first to fly with the integrated Veronte Autopilot and Gotonomi SATCOM solution, demonstrating how this communication redundancy paves the way for safer, highly reliable operations.

    Conclusion

    The compatibility between Veronte Autopilots and Gotonomi SATCOM tools represents the future of remote sensing and logistics. By bringing together the best in flight control and the best in compact satellite communication, this partnership offers a ready-to-fly solution for the industry’s toughest challenges.

    About Embention:

    Leading provider of advanced control systems for autonomous vehicles with 18 years of experience. Embention offers reliable autopilot systems, motor controllers, and avionics for drones and eVTOL. With over 180 employees, it has a strong dedication to safe, efficient, and innovative autonomous flight. Listed on Euronext stock exchange, the company showcases its commitment to transparency and to address company growth to create value for stakeholders.

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