Bright Machines

GrayMatter Robotics transforms manufacturing through AI-powered robotic cells that deliver superhuman capabilities to the workforce. Our proprietary GMR-AI™ technology enables manufacturers to achieve 2-4x productivity improvements while reducing consumables by 30-50% and cutting training time from months to just one day. We serve high-mix, high-variability manufacturers across aerospace, defense, marine, specialty vehicles, and general manufacturing, solving the most difficult surface treatment and finishing challenges. Our Scan&Sand™, Scan&Grind™, Scan&Blast™, and Scan&Coat™ solutions deliver consistent quality at unprecedented speeds. Backed by leading investors including 3M Ventures, Bow Capital, and Wellington Management, GrayMatter Robotics has raised $45M in Series B funding to accelerate its unique AI-powered robotics solutions. Named winner of the U.S. Navy's Advanced Manufacturing Innovation for Maritime Readiness Challenge, we've opened a 100,000 sq ft headquarters in Carson, California. Our Robot-as-a-Service model eliminates upfront CapEx costs, providing comprehensive solutions including hardware, software, training, and 24/7 support - enabling manufacturers to achieve instant ROI while empowering their workforce with safer, more rewarding careers.

Red Rabbit Robotics develops autonomous humanoid robots designed to address labor shortages in manufacturing and supply chain operations. Led by co-CEOs Lingkang Zhang and David Goldberg, the US-based company is building general-purpose humanoid platforms capable of performing what it categorizes as dull, dangerous, and dirty jobs across manufacturing, logistics, packaging, and food sectors. The company's technical approach combines sophisticated sensors with advanced machine learning to enable robots to handle complex tasks requiring human-like precision and adaptability. The company's flagship product, the RX1 humanoid robot, follows a development path that begins with remote teleoperation and progresses toward full autonomy. This staged approach allows the system to operate in real-world industrial environments while the autonomy capabilities mature. The platform is designed for continuous operation without the fatigue and error patterns associated with repetitive human labor. Red Rabbit's technical domains span humanoid robotics, sensors, advanced machine learning, teleoperation, robot autonomy, and industrial automation. Red Rabbit Robotics has set an ambitious deployment target of one million humanoid robots, positioning its technology against a projected need for 3.8 million new manufacturing employees by 2033. The company estimates that nearly half of these positions may remain unfilled due to skills gaps. Its stated performance targets include operational costs at half that of human labor while delivering three times the productivity, though these represent mission-level goals rather than validated field metrics. The company frames its technology as a means to shift human workers toward creative and strategic roles while robots handle routine operational tasks.

Intuitive Machines is making history as the first commercial company to successfully achieve an uncrewed lunar landing since Apollo's 1972 mission. With 400+ employees and an executive team boasting 250+ combined years of aerospace experience, we're pioneering access to the Moon with 4 NASA lunar missions already underway. Our company has secured major contracts including a $118 million NASA deal, delivering breakthrough achievements like the Odysseus lunar lander that captured worldwide headlines and marked America's return to the lunar surface after more than five decades. We deliver comprehensive space services across three core pillars: lunar delivery, data transmission, and infrastructure. Our Nova-C lunar lander family supports current market demand for precursor missions while preparing for cargo and resupply for sustained human lunar operations. We're developing advanced satellite constellations capable of 4K lunar surface streaming, navigation, and communications. From our Houston headquarters, we're building the foundational systems required for sustainably living and working on the Moon, enabling commercialization that will transform cislunar space.

We're building autonomous systems to accelerate the construction of renewable energy infrastructure and transform field construction. Our first product, Cosmic-1, is a fully autonomous robot designed to install solar panels 10x faster than current methods - helping us transition to a clean energy future while laying the groundwork for autonomous construction beyond Earth. Our team combines deep expertise in robotics, AI, and construction automation. We've developed Particle AI, a physical AI engine that powers real tools in the real world, driving decision-making and adaptability across dynamic site conditions. Our Constellation platform serves as a digital twin, coordinating robotic tools, tracking work-in-progress, managing projects, and generating real-time insights for construction sites. Based in San Francisco's Dogpatch neighborhood, we're working to meet the massive demand for electricity and renewable energy targets - over 600 million solar panels need to be installed on utility-scale projects by 2030, and our technology is critical to making that happen.

We're a team of robotics engineers and researchers building software intelligence that transforms industrial robots into plug-and-play systems for material handling. Born at ETH Zurich's Computational Robotics Lab, we're tackling a real problem: today's robots work great in controlled factory settings, but fall apart in dynamic environments like warehouses and logistics centers. That's why we developed FlinkAI - a system combining vision, reasoning, and control capabilities that lets robots adapt to messy real-world conditions without extensive custom engineering. Our robots can pack, unload, sort, and handle materials right out of the box, with installation taking just minutes rather than months. We believe automation shouldn't require a fleet of engineers or a massive CAPEX budget, which is why we offer our systems as a monthly subscription with rapid ROI. Backed by top VCs and working closely with our research partners, we're making it possible for businesses of all sizes to deploy intelligent automation where it matters most: on the shop floor, handling real work alongside real people.

Fleet Robotics Inc., formerly Bluetech Robotics, develops autonomous submersible swarm robots for continuous ship hull cleaning and inspection. The company was founded by microrobotics pioneers and is headquartered in the United States, with CEO Sidney McLaurin leading operations. The core technology addresses biofouling - the accumulation of marine organisms on ship hulls that increases drag and fuel consumption - through a system designed to operate continuously at sea without requiring vessels to stop at port. The technical architecture centers on tiny autonomous robots that operate in coordinated swarms to clean and inspect hulls during normal maritime operations. These submersible units are purpose-built for extended deployment in marine environments, handling the mechanical constraints of underwater operation while maintaining autonomous navigation and task execution. The system integrates with an intelligent data platform that processes sensor data from the robot fleet to provide performance insights for vessel operators, enabling data-driven optimization of ship operations. Fleet Robotics claims its technology can reduce fuel emissions by up to 35% through proactive hull maintenance combined with performance analytics. The approach represents a shift from periodic drydock cleaning to continuous maintenance, requiring the robots to handle variable hull geometries, different coating types, and diverse biofouling conditions across global maritime routes. The company's work spans multiple technical domains including microrobotics, swarm coordination algorithms, underwater autonomy, sensor integration, and maritime data analytics, serving the shipping and marine transportation sectors.