ANSCER ROBOTICS PVT LTD

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.

Gritt Robotics is building physical AI to accelerate energy infrastructure development, making construction projects faster, safer, and more efficient. The company focuses on automating renewable energy construction, specifically targeting solar infrastructure projects with AI-powered robotics that amplify labor 10x. Their technology delivers accurate placement every time, works 5X faster than manual methods, and operates reliably in challenging conditions including heavy mud and uneven terrain. Gritt has been recognized as a Top U.S. Solar Innovator by the Department of Energy, winning Round 7 of the American-Made Solar Prize after being selected from more than 800 startups. The company's AI-driven foundation models are designed for repetitive outdoor tasks, enabling rapid scaling across multi-gigawatt installations while significantly reducing costs compared to traditional installations. By minimizing heavy-load injuries and improving safety for on-site workers, Gritt Robotics allows small teams to deliver more projects with the same labor. Backed by top venture capital firms that have previously funded Uber, Notion, Lyft, and Fervo, Gritt is scaling solar construction to meet the terawatt era's demands. Their systems integrate seamlessly into existing installation workflows, are built to scale from the ground up, and represent a transformative approach to energy infrastructure development.

Ubica Robotics GmbH develops autonomous scanning robots that generate daily digital twins of retail environments. Founded in 2020 as a spin-off from the University of Bremen's REFILLS research project, the company's UB5 robots operate after hours in stores across Germany, autonomously navigating retail spaces to capture, recognize, and identify furniture and inventory. The system updates 3D digital twins daily for inventory monitoring and store operations optimization. The company employs approximately 70 people and received the euRobotics Technology Transfer Award in 2022 at the European Robotics Forum in Rotterdam. The technical implementation spans mobile robotics, autonomous navigation, computer vision for object recognition, and 3D reconstruction. The company handles hardware development and production in-house, as well as distribution and deployment. Robots currently operate in major retail chains including dm-drogerie markt. The software stack includes ROS for robot control, OpenCV and PCL for computer vision, and Halcon for machine vision tasks. Backend systems run on Azure Container Apps with Kafka for message streaming, while frontend interfaces use React and TypeScript. Development workflows use C++ and Python for robotics components, with Kotlin and Java for backend services. The daily operational cadence - robots scanning stores every night to maintain current digital twins - creates distinct engineering requirements around autonomous navigation reliability, object recognition accuracy in variable lighting, and system uptime in production retail environments. The hardware-software boundary involves perception systems that must handle diverse retail layouts and products, with edge cases including seasonal merchandise changes and store reconfigurations.

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.

Sunrise Robotics is on a mission to augment humanity through intelligent robotics, starting with industrial manufacturing - the key catalyst of human progress. Every product we touch and use in our daily lives is manufactured, yet the industry faces escalating challenges: acute labor shortages with 32% of manufacturing workers aged 50-64 retiring this decade, the need for greater flexibility, and rising supply chain risks. Only 14% of Gen Z would consider industrial work as a career. Sunrise exists to solve these fundamental problems by democratizing automation through intelligent, autonomous robotic cells that can be deployed in hours, not months. By uniting advanced software and AI in intelligent robotic cells equipped with dual arms, advanced perception systems, and sensors, Sunrise accelerates high-mix production and removes friction from automation. Their simulation-first approach trains robots in virtual replicas of work environments, compressing automation cycles to be ten times faster and cheaper than traditional methods. Each cell continuously observes, interprets with advanced AI, and executes processes autonomously in real time - learning from each cycle to deliver unmatched performance. The company enables software-defined craftsmanship at scale, helping manufacturers compete and grow in a rapidly changing world while empowering workers to focus on higher-value activities.

Energy Robotics GmbH develops a hardware-agnostic AI software platform that enables autonomous robots and drones to perform industrial facility inspections across oil & gas, chemical, and power sectors. The platform manages fleets of ground robots and aerial drones, processing sensor data to detect gas leaks, read analog gauges, identify valve positions, and conduct thermographic analysis - all while removing human workers from hazardous inspection environments. Led by CEO Marc Dassler and headquartered in Germany, the company has deployed its technology to over 80 robots operating across four continents. The software architecture is built for interoperability with multiple robot hardware platforms, allowing asset owners to integrate existing or new robotics into a unified fleet management system. The platform's AI capabilities handle the complexity of autonomous navigation in industrial environments while performing real-time analysis of visual, thermal, and gas sensor data. This approach has proven effective at scale: deployments have freed workers from more than 19,000 hours of repetitive surveillance rounds, shifting human labor away from routine tasks in confined spaces, high-temperature zones, and areas with potential toxic exposure. Energy Robotics focuses on capital-intensive industries where inspection frequency, site hazards, and facility scale make autonomous systems economically and operationally advantageous. The platform delivers predictive maintenance insights by correlating sensor readings over time, enabling operators to identify equipment degradation before failures occur. By maintaining hardware independence, the company allows customers to select robots optimized for specific site conditions - wheeled platforms for flat industrial floors, legged robots for stairs and uneven terrain, or drones for overhead infrastructure - while managing all assets through a single software interface.