Including Funding rounds, Bull / Bear thesis, Stock + earnings, Roster changes, Patents, News, and Open roles.
Already subscribed? Sign in →
Robotics foundation model purpose-built to absorb massive amounts of data and environments, enabling robots to perform complex, long-horizon tasks with unmatched dexterity and human-level capabilities. Paired with a human-scale dexterous robotic hand enabling direct skill transfer from humans to robots and a powerful data engine. Its simulator combines hyper-realistic rendering with physics tuned to mimic real-world conditions, narrowing the sim-to-real gap. Targets automotive, electronics, pharmaceuticals, and logistics—domains where conventional grippers stumble on tasks like wire harnessing. Can drive a wide range of robots, including hardware built by other manufacturers.
Simulation platform for physical AI development combining a unified multi-physics engine, photo-realistic renderer (Nyx), and cross-platform compiler (Quadrants) behind a Pythonic interface. Scales from single laptop to datacenter-grade GPUs. Focuses on closed-loop model evaluation: foundation model evaluations requiring nearly a week of real-world testing can run in ~30 minutes on GPU. Achieves 89% correlation with on-hardware rollouts and 45% smaller reality gap than alternative simulators. Open-source.
Wheeled general-purpose robot designed to extend human capabilities, featuring a wheeled base and human-scale dexterous hands for precise manipulation. Combines Genesis AI's full-stack hardware platform with GENE, the company's robotics-native AI brain, which enables the robot to reason through tasks, adjust when conditions change, and carry out jobs beyond pre-programmed movements. Designed to perform a range of physical tasks across manufacturing, logistics, laboratories, healthcare and hospitality environments. Genesis AI plans to begin production and targeted customer deployments by the end of 2026.