Lantronix has unveiled a new Drone Reference Platform aimed at simplifying and accelerating the development of both defense and commercial unmanned aerial systems.
Built to meet U.S. security standards, the AI-enabled platform allows developers to move from concept to working prototype in a matter of weeks, significantly reducing development timelines that traditionally span several months.
The integrated solution combines onboard computing, sensors, and flight control systems into a single package, removing the complexity of integrating multiple standalone components.
The platform supports a wide range of applications, including surveillance, security operations, and industrial inspection missions.
Designed for real-time decision-making, the system enables drones to process data and respond autonomously while airborne using embedded artificial intelligence.
At its core is the Open-Q 8550 Micro System on Module, powered by Qualcomm’s Dragonwing QCS8550 processor, delivering up to 50 trillion operations per second to support demanding workloads such as industrial drones, robotics, and advanced imaging.
Running on Linux, the platform includes preloaded software tools and documentation to accelerate rapid prototyping.
Native support for the FLIR Hadron 640, along with optional compatibility for similar payloads, enables both thermal and optical imaging capabilities.
Flight control is managed through the Pixhawk PX4 autopilot, offering flexible and adaptable operational control.
With this move into unmanned systems, Lantronix is expanding beyond its traditional Internet of Things hardware business and positioning itself for growth as the global drone market is projected to reach $57.8 billion by 2030.
The Drone Reference Platform is currently on display at the CES trade show in Las Vegas.
