XSun Picks Sierra Wireless’ IoT Solution for Solar Drone

The company has architected the 4.5m-wide SolarXOne with a wide surface of solar panels and a large variety of sensors, giving it the ability to fly autonomously for days, covering long distances while collecting data.

XSun, a startup based in France, has selected Sierra Wireless’ device-to-cloud IoT solution, including AirLink® RV50 gateways, multi-operator smart connectivity services and the AirVantage® IoT platform, for its solar-powered Unmanned Aerial Vehicle (UAV).

XSun’s SolarXOne is designed to be autonomous in energy and flight control to enable long-endurance flights for agriculture, maritime, land and industrial infrastructure surveillance.

The company has architected the 4.5m-wide SolarXOne with a wide surface of solar panels and a large variety of sensors, giving it the ability to fly autonomously for days, covering long distances while collecting data.

The company has chosen Sierra Wireless’ solution to enable reliable connectivity and real-time data transmission, which allows its customers to see exactly what’s happening on their sites at any time, so they can intervene quickly, even immediately, in the event of an emergency.

This solution also enables the company to measure data consumption and manage its entire fleet lifecycle from its control center.

Commenting on the deal, XSun, CEO and Founder, Benjamin David said, “Sierra Wireless provided us with a complete solution to cover all aspects of communication and monitoring, including multi-operator coverage to ensure a continuous connection between the drone and XSun’s control center. This allows us to focus on bringing a drone to market that can secure critical infrastructure, protect the environment and save lives.”

“Integrating IoT technology into the SolarXOne allows XSun to create new business opportunities for its customers,” said Marc Overton, senior vice president and general manager, IoT Services, Sierra Wireless. “With real-time intelligence, XSun customers can automate operations, increase responsiveness and lower their costs to survey and maintain critical infrastructure.”