Polymath Robotics Inc

Roam Robotics, Inc., based in San Francisco, is at the forefront of enhancing human capabilities through innovative robotic technology. Their products are designed to augment strength and endurance, reduce pain, and minimize the risk of injury, making them ideal for both military and medical applications. The company's flagship product, the Forge robotic knee brace, utilizes advanced materials and a modular system to provide lightweight, ergonomic support while maintaining full range of motion. With a focus on comfort and performance, Roam Robotics aims to unlock human potential and enhance mission assurance for operators in various demanding environments. Generated from the website

Hermes Robotics Inc is a San Francisco-based company that specializes in developing autonomous truck technology to enhance road safety and alleviate urban congestion. Their innovative kit allows for the retrofitting of most trucks into low-speed self-driving vehicles, making transportation more efficient and secure. With a strong emphasis on safety, Hermes Robotics prioritizes the well-being of both humans and machines. Their commitment to incorporating safety measures into every aspect of their design, testing, and operations is evident in their comprehensive safety report, which outlines their dedication to creating a secure environment for their autonomous truck technology.Generated from the website

The Virtual Robotics League, Inc., based in Sausalito, CA, is revolutionizing the intersection of robotics education and esports by offering immersive online multiplayer competitions that emphasize career technical skills. Through imaginative environments and complex storytelling, the league engages students in learning about robotics while tackling real-world climate science challenges. Players participate in team-based competitions, utilizing advanced gaming mechanics to analyze physics variables and run experiments within the game. This innovative approach not only fosters critical thinking and collaboration but also encourages students to see the practical applications of their academic knowledge in a dynamic, engaging setting. Generated from the website