Lantronix has introduced a new “Drone Reference Platform” designed to make building defense and commercial unmanned aerial systems (UAS) smarter and easier.
The AI-powered system, built to meet US security standards, lets developers move from concept to prototype in just weeks, cutting down a process that typically takes months.
It combines computing, sensors, and flight controls in one easy-to-use package, eliminating the hassle of connecting separate components.
What’s Under the Hood?
This platform supports drones for everything, from surveillance and security to industrial inspections.
It is built to let drones think for themselves in real time, basically using AI to make decisions while in the air.
At its core is the Open-Q 8550 Micro System on Module (µSOM), powered by Qualcomm’s Dragonwing QCS8550 chip, delivering up to 50 trillion operations per second — enough for industrial drones, robotics, smart cameras, and cloud gaming.
The system runs on Linux and comes with software and documentation to get prototypes flying quickly.
It also includes native FLIR Hadron 640 and supports optional integrations for similar payloads, enabling thermal and optical video capture.
Flight control is handled via the Pixhawk PX4 autopilot board, offering flexible operations.
Lantronix Enters the Drone Game
By jumping into the drone space, Lantronix is branching out from its traditional “Internet of Things” hardware solutions.
The California-based firm is positioning itself to lead in UAS tech as the drone market is projected to hit $57.8-billion industry by 2030.
The Drone Reference Platform is currently being showcased at the annual CES tradeshow in Las Vegas.
