Vilota

Vilota develops visual positioning systems that enable robots, drones, and autonomous vehicles to navigate environments where GPS signals are unavailable or unreliable. Its technology combines stereo cameras, inertial sensors, and computer vision algorithms to deliver real-time localization and positioning for robotics, mining, construction, and industrial mobility applications.
Agtonomy

Agtonomy develops physical AI software that enables tractors and off-road equipment to perform agricultural and land management tasks autonomously. Its platform integrates computer vision, autonomous navigation, and fleet management technology to automate mowing, spraying, hauling, and other field operations across orchards, vineyards, and specialty crop farms.
Ottonomy

Ottonomy is a robotics company developing autonomous mobile robots for indoor and outdoor deliveries across healthcare facilities, industrial campuses, airports, and commercial environments. Its Ottobot robotic systems transport medical supplies, laboratory samples, packages, and other materials using contextual AI and autonomous navigation technology. The company also develops Ottumn.AI, a software platform for coordinating robotic operations across facilities. Ottonomy combines autonomous mobility, fleet orchestration, and logistics automation to support unattended deliveries and material transportation across complex environments.
Ark Robotics

Ark Robotics is a defense robotics company developing autonomous ground vehicles, robotic fleet coordination software, and communication systems for military operations. Its Frontier System connects multiple robotic platforms into a coordinated network, supporting collaborative autonomy, mission planning, and real-time operational control. The company’s technology includes Frontier OS, drone networking hardware, and portable unmanned ground vehicles designed for remote operations. These systems support military reconnaissance, distributed robotic missions, and the deployment of connected autonomous vehicles in challenging environments.
Overland AI

Overland AI is a defense robotics company that develops autonomous ground vehicles and artificial intelligence software for off-road military operations. Its OverDrive autonomy system combines terrain perception, adaptive route planning, and autonomous navigation to enable vehicles to operate across challenging environments, including areas with limited GPS availability. The company’s platforms include ULTRA and IBEX autonomous tactical vehicles, SPARK vehicle autonomy kits, and OverWatch command software. These technologies support military logistics, reconnaissance, and coordinated unmanned ground operations.
Saronic

Saronic is a maritime defense technology company that develops autonomous surface vessels (ASVs) for naval operations, maritime logistics, and unmanned missions. Its vessels integrate artificial intelligence, autonomous navigation, sensor systems, and mission-control software to operate across complex maritime environments. The company’s vessel portfolio includes Corsair, Mirage, and Marauder, designed for different payload capacities and operational requirements. Saronic focuses on expanding autonomous maritime capabilities through scalable vessel manufacturing, modular payload integration, and coordinated unmanned operations.
Matic Robots

Matic is a consumer robotics company that develops autonomous home cleaning robots combining vacuuming and mopping in a single system. Its Matic robot uses computer vision and intelligent navigation to understand indoor environments, avoid obstacles, and clean different floor surfaces. The robot incorporates a self-cleaning mopping system, controlled water delivery, and automated debris collection. Matic focuses on applying robotics and artificial intelligence to everyday household floor cleaning with minimal manual intervention.
FieldAI

FieldAI is a robotics artificial intelligence company that develops foundation models and autonomy software for mobile robots operating in complex, unpredictable environments. Its Field Foundation Models (FFMs) use risk-aware world modeling to help robots perceive surroundings, navigate unfamiliar spaces, and make decisions under uncertainty. The company’s hardware-agnostic EDGE platform supports autonomous robotic operations across industrial facilities, manufacturing sites, and other environments where conventional navigation systems face limitations.
Haystack RoboticsĀ

Haystack Robotics is a robotics company that develops autonomous robots for disinfection and commercial cleaning. Its Violet robots combine UV-C light, cameras, AI, and autonomous navigation to disinfect surfaces and air in hospitals, clinics, nursing homes, schools, fitness centers, and other facilities. The company also provides autonomous floor-cleaning and service robots for commercial environments.
Evolunar

Evolunar is a space technology company developing autonomous mobility and navigation systems for lunar exploration and terrestrial robotic applications. Its LuNaDrone is a compact, rocket-powered lunar vehicle designed to travel across the Moon’s surface and explore locations inaccessible to conventional rovers, including craters, lunar pits, and permanently shadowed regions. The company also develops POLARIS, a navigation system that combines cameras, inertial sensors, and onboard processing to guide drones and robotic vehicles without relying on satellite positioning. These technologies support lunar scouting, payload transportation, infrastructure inspection, and defense operations.