Global Brain

RLWRLD is a robotics company that develops "Physical AI" solutions. It creates robotics foundation models (RFMs) which enable robots to operate autonomously in real-world environments. These models combine large language models with traditional robotics software, allowing robots to perceive their surroundings, make decisions, and manipulate objects, much like humans do.

Turing develops and manufactures fully autonomous vehicles.

SiLC Technologies is a startup specializing in Silicon Photonics, focusing on developing novel photonic sensors and 3D imaging solutions. The company aims to enable machines to perceive their environment like humans do, offering long-range, interference-free operation for object classification, threat detection, and motion measurement.

GITAI is a Tokyo-based space robotics company developing humanoid telepresence robots to enable labor in space. Founded in 2016, it designs and deploys robotic systems for tasks on space stations, lunar bases, satellites, and related infrastructure, with the aim of reducing human workload and operational costs. Its products include the G1 general-purpose robot for automating a broad range of internal and external activities on space platforms, the S1 for specialized tasks and on-orbit servicing, and the H1 robot manipulation system for ground-based teleoperation of in-space operations. Through agile development and vertical integration, GITAI seeks to advance safe, reliable robotic labor for exploration, construction, maintenance, and research in space.

Sibros is a technology company that specializes in software-defined vehicle management through its Deep Connected Platform™. This platform integrates real-time data collection, software configuration management, remote updates, and diagnostic commands, all while adhering to stringent automotive safety, security, and data privacy standards. Sibros's solutions are versatile and can be implemented across various vehicle architectures, including legacy gas and diesel engines, next-generation battery electric vehicles, fuel cells, motorcycles, buses, commercial trucks, and heavy machinery. By leveraging advanced technology developed in Silicon Valley, Sibros empowers original equipment manufacturers (OEMs) to enhance customer experiences, reduce costs, and explore new revenue opportunities throughout the entire mobility product life cycle. The company's software manages a vehicle's complete software inventory and configurations, facilitating the delivery of connected vehicle services and personalized mobility solutions at scale.

Turing develops and manufactures fully autonomous vehicles.

SLAMcore develops simultaneous localization and mapping (SLAM) solutions for augmented/virtual reality, robotics, and autonomous vehicles. Its technology enables moving robots to localize, navigate, and understand unfamiliar surroundings using visual SLAM, sensor fusion, and event camera SLAM. The company's ETAM 2D and ETAM 3D methods demonstrate real-time, high dynamic range, and resolution intensity for event-based cameras. SLAMcore licenses its algorithms for smart technology like drones and self-driving vehicles.

SiLC Technologies is a startup specializing in Silicon Photonics, focusing on developing novel photonic sensors and 3D imaging solutions. The company aims to enable machines to perceive their environment like humans do, offering long-range, interference-free operation for object classification, threat detection, and motion measurement.

GITAI is a Tokyo-based space robotics company developing humanoid telepresence robots to enable labor in space. Founded in 2016, it designs and deploys robotic systems for tasks on space stations, lunar bases, satellites, and related infrastructure, with the aim of reducing human workload and operational costs. Its products include the G1 general-purpose robot for automating a broad range of internal and external activities on space platforms, the S1 for specialized tasks and on-orbit servicing, and the H1 robot manipulation system for ground-based teleoperation of in-space operations. Through agile development and vertical integration, GITAI seeks to advance safe, reliable robotic labor for exploration, construction, maintenance, and research in space.

Founded in 2014, StradVision develops perception algorithms for advanced driver assistance systems and autonomous vehicles. Its core product, SVNet, enables external vehicle perception through various platforms to detect and recognize objects, while SVNet Internal monitors driver and passenger status for personalized vehicle settings. StradVision's Auto Labeling Tool automates object annotation for efficient data processing. With headquarters in San Jose, USA, and R&D centers globally, the company is renowned for its high-performing machine learning algorithms and extensive patent portfolio.