Leopard Imaging

Fremont – October 21, 2026 -- AglaiaSense and Leopard Imaging have been selected as finalists in the fifth urban challenge of Barcelona Innova Lab Mobility (BILM) with AI-VIVA, a proposal to apply artificial intelligence to traffic-light regulation.

The two companies will demonstrate the system live at Smart City Expo World Congress, held November 3–5, 2026, at Fira Barcelona Gran Vía.

AI-VIVA pairs edge-AI cameras with a patented privacy architecture

AI-VIVA (Vision Intelligence for València and Arterials) combines AglaiaSense's edge-AI traffic solutions with Leopard Imaging's patented privacy architecture. The demonstration will feature the MS500 and GS500 cameras and the AglaiaSense AI Box, powered by NVIDIA, which adds local processing to coordinate groups of neighboring intersections.

Fremont, Calif. – September 29, 2026 -- Leopard Imaging will unveil eight new camera and AI perception platforms at VISION 2026, the machine vision trade show running October 6-8 in Stuttgart, Germany, at Hall 10, Booth 10G79.

Sirius Max combines Lumotive beam-steering with iToF depth sensing for long-range robotics perception

The compact RGB + depth platform supports programmable beam-steered illumination and embedded synchronization for software-defined 3D scanning in autonomous systems.

ASTRO Stereo Camera runs on NVIDIA Jetson Thor with dual 5.1MP global-shutter sensors

The system integrates IR projection, illumination, and NVIDIA Holoscan 10GigE connectivity to deliver synchronized RGB + IR stereo imaging, depth mapping, and 3D reconstruction for AI perception pipelines.

Fremont, Calif. – September 25, 2026 -- Leopard Imaging and Lumotive have unveiled Sirius Max, a solid-state 3D LiDAR camera module extending iToF depth sensing beyond 20 meters in both indoor and outdoor environments, targeting robotics, industrial automation and autonomous machine markets.

Sirius Max combines programmable beam-steering with 1MP depth resolution

The platform, designated LI-AR0234-AF0130-TX10-GMSL2-140H, integrates Lumotive's TX10 programmable beam-steering transmitter with the onsemi AF0130 depth sensor inside a compact GMSL2 camera module. Unlike conventional flood-illumination time-of-flight systems, Sirius Max uses directional beam steering to dynamically control illumination and scanning, improving optical efficiency, ambient light rejection and signal-to-noise ratio while eliminating moving mechanical parts.