Teledyne FLIR launches Prism Supervisor to give drones more autonomy in flight
Teledyne FLIR has launched Prism Supervisor, new software that lets unmanned aircraft adapt missions in real time while airborne.
The software joins the company’s Prism embedded software ecosystem and links drone autopilots with AI-driven real-time observations. The aim is simple. Cut operator workload and improve mission safety, efficiency and performance. Teledyne FLIR said Prism Supervisor can dynamically generate mission segments and revise flight plans as conditions change, reducing the need for constant manual intervention. In a search mission, for example, a drone can automatically enter an orbit and alert the operator after detecting a person or a potential threat.
Prism Supervisor also targets ease of use on the ground. It includes a graphical user interface for mission planning, live visualization and execution on desktop and mobile devices. The software supports Windows, Linux, macOS, iOS and Android. It can stream and record full-frame-rate video, path data and metadata, while also enabling collaborative behaviors and synchronized operations across multiple UAVs. That matters for missions where several aircraft need to share awareness and coordinate movements in real time.
The release expands Teledyne FLIR’s broader Prism digital ecosystem, which is focused on AI and image processing for low-power processors. The company said the platform supports object detection, tracking and computational imaging, helping improve mission performance without imposing large hardware demands. That approach could help drone makers and integrators add advanced autonomy faster and at lower development cost, especially as commercial and defense users seek more capable systems with fewer operators.
The launch underlines a wider shift in the drone market. Autonomy is moving beyond payload analytics and into mission control itself. If adopted broadly, software such as Prism Supervisor could push UAV operations further into commercial, industrial, public safety and military roles by enabling faster responses, lighter operator workloads and more adaptive behavior in the field.