New Platform Enables Adaptive Optical Sensing for Robotics
The Sirius Max system uses solid-state beam steering to replace multiple fixed sensors in robotic vision stacks.
Updated on Oct. 12, 2026 in Robotics
Live Poll
Do you trust that increasingly autonomous robots working alongside people in your community will be safe?
Leopard Imaging and Lumotive have developed the Sirius Max, a new perception platform that integrates RGB data with depth sensing. The system is designed to provide programmable, high-range vision capabilities for robotics and smart infrastructure.
Why it matters
By replacing multiple fixed-function sensors with a single programmable unit, the platform reduces system size and total cost of ownership. This flexibility allows robots to dynamically adjust their field of view and resolution in response to changing environments.
The Sirius Max platform achieves iToF sensing at ranges exceeding 20 meters. It utilizes a Light Control Metasurface to steer laser light electronically, outperforming traditional mechanical lidar systems in compact, solid-state form.
The players
Leopard Imaging
A developer of embedded camera modules and vision systems that support complex robotic perception tasks.
Lumotive
A specialist in solid-state beam-steering technology utilizing metasurfaces to replace mechanical lidar components.
The details
The platform functions by concentrating laser illumination into specific regions of interest rather than flooding an entire scene. A Light Control Metasurface — a semiconductor chip that shapes and steers light — manages the beam. The system also employs on-the-fly High Dynamic Range (HDR) functionality, which identifies and re-exposes saturated pixels within a single frame to handle reflective surfaces.
Timeline
October 12, 2026: Official publication of the technical platform details.
The Tech Race
This development pits solid-state programmable sensing against established mechanical scanning methods. By moving to a software-defined architecture, the platform aims to establish a new building block for physical AI, moving beyond the current generation of static optical sensors.
The platform is currently an announced technology targeted at robotics developers and smart infrastructure architects. Users can expect the system to eventually simplify sensor calibration and reduce the physical footprint of vision stacks in future autonomous machines.
The takeaway
Programmable optical sensing is shifting the robotic vision paradigm from fixed hardware to software-defined perception. Watch for future integration announcements from major robotics OEMs to see how this technology scales across factory and field environments.
Further reading
Learn more about the latest innovations in hardware for autonomous systems in our Robotics section.
Source note: This article includes information reported by Vision Systems Design.
Live Poll
Do you trust that increasingly autonomous robots working alongside people in your community will be safe?
