Alternatives to SiLC Technologies

Ouster is a lidar manufacturer that has acquired StereoLabs, specializing in vision-based perception systems, to create a unified sensing and perception platform for advanced physical AI systems.

Develops laser-integrated silicon photonics for high-speed optical interconnects in AI data centers.

Global leader in autonomous driving technology and ADAS chips, providing vision-based sensing and AI software for vehicles worldwide.

Hailo develops AI processors for edge devices, enabling on-device generative AI.

Velaura AI develops ultra-low power silicon and software technologies for AI infrastructure, focusing on energy efficiency for data centers and physical AI applications.

A leading semiconductor manufacturer providing advanced chip manufacturing services.

Anello Photonics delivers resilient, high-precision navigation solutions for GPS-denied environments using proprietary SiPhOG™ technology.

Pioneering mass-market CMOS-based Short-Wave Infrared (SWIR) sensing for automotive imaging.

Develops advanced pure solid-state scanning LiDAR for ADAS and autonomous vehicles.

High-resolution radar for automotive ADAS, enabling perception in all conditions.

Develops high-performance LiDAR and vehicle software for automotive safety and autonomy.

Autonomous mobility solutions for controlled environments.

Develops and supplies solid-state LiDAR sensors and perception software for autonomous vehicles.

Ouster provides digital lidar sensors and AI vision for automation, drones, and robotics.

Cortica develops Autonomous AI technology based on proprietary brain research for visual understanding in autonomous platforms.

AI computing company providing programmable edge AI hardware and software solutions.

Einride develops and deploys autonomous electric freight transport solutions.

Develops artificial perception technology for mobile robots to navigate complex environments autonomously.

Deep-tech startup developing a novel 3D sensing architecture for perception industries.

Develops next-generation SPAD-based image sensors with on-chip computation for machine vision, industrial automation, and physical AI.