Reliable Robotics

Reliable Robotics develops autonomous aircraft systems that enable remote piloting, safer flights, and more efficient air cargo and passenger operations.

Reliable Robotics builds certified autonomous flight systems that let aircraft be operated remotely from the ground while still complying with aviation safety standards. The company focuses on retrofitting existing airplanes with advanced automation, including precise flight control, navigation, and monitoring software that can handle critical phases like takeoff, landing, and rerouting. Its technology is designed to reduce pilot workload, improve situational awareness, and enable new models for regional air cargo, emergency response, and passenger transport. By partnering with regulators and aviation operators, Reliable Robotics helps modernize fleets without requiring entirely new aircraft designs.

Algorized

Algorized builds edge-AI models for people sensing using wireless sensors like UWB radar and Wi-Fi. It detects human presence, tracks position, and monitors vitals through obstacles for robotics, automotive, and industrial safety.

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AheadForm

AheadForm builds humanoid robot heads that show emotions, sense surroundings, and connect naturally with people through AI and robotics.

AheadForm focuses on developing advanced humanoid robot heads. These heads express emotions, perceive their environment, and interact seamlessly with humans. By integrating cutting-edge AI and robotics, the company works to make human-robot interactions more lifelike and effective. This technology supports realistic machine behaviors in various settings.

Allen Control Systems

Allen Control Systems builds AI-powered robotic weapon stations like Bullfrog to counter drones and upgrade existing guns for precise battlefield targeting.

Allen Control Systems develops autonomous robotic weapon stations that integrate with legacy and modern firearms. Their Bullfrog system uses computer vision, AI, and machine learning to detect, track, and neutralize drone threats automatically. It mounts on combat vehicles, fixed sites, or maritime platforms, handling the full kill chain from sky scanning to engagement. This technology boosts accuracy for U.S. and allied forces facing low-flying drones in contested environments. The hardware includes custom motors and software for ballistic calculations, turning standard machine guns into precision tools.

Augmentus

No‑code AI‑powered robotics platform that automates complex industrial robot programming for welding, spraying, and surface‑finishing tasks.

Augmentus provides a no‑code robotics software platform that uses 3D scanning, computer vision, and AI to generate robot toolpaths for welding, thermal spraying, surface finishing, sandblasting, and similar industrial processes. The system lets manufacturers automate complex, high‑mix tasks without deep robotics expertise, reducing setup time from days to minutes and cutting downtime and programming costs on the factory floor.

RT Corporation

RT Corporation develops AI‑driven robotics and ROS‑based platforms for education, research labs, and industrial automation, including food‑processing lines and collaborative robots.

RT Corporation builds AI and robotics products centered on ROS, supplying research and educational institutions with robot platforms and simulation tools while also deploying collaborative robots, AI vision systems, and production‑line automation for food‑processing and light‑manufacturing facilities. The company focuses on practical, ROS‑integrated robots that can be used in classrooms, research projects, and industrial settings where automation must run reliably alongside human workers.

Agile Medical Technology

Agile Medical Technology (AGIBOT) builds embodied AI robots and robotic systems for manufacturing, healthcare, and other real-world tasks.

Agile Medical Technology (AGIBOT) develops embodied AI robots, humanoid robots, and robotic platforms for practical use in manufacturing, healthcare, logistics, and service settings. Its product lineup includes general-purpose robots, industrial robots, and application ecosystems built around AI and robotics.

ARIS Robotics

AI waste sorting and recycling tech for waste recognition, sorting, and circular operations.

ARIS Robotics builds adaptable AI for waste recognition and sorting. Its technology supports recycling workflows, waste analysis, and circular operations for businesses and public sector teams working with waste streams and resource recovery.

Appetronix

Appetronix builds autonomous robotic kitchen systems for quick-service restaurants and high-traffic foodservice spaces.

Appetronix develops autonomous robotic kitchen systems for quick-service restaurants and foodservice operations. Its technology combines robotics, AI, and automation to prepare made-to-order meals in high-traffic environments like airports, hospitals, universities, and stadiums.

Akson Robotics

AI and drone software for precision farming, weed detection, and spray maps that reduce chemical use and improve yield.

Akson Robotics develops AI and drone-based software for precision farming. Its CropUp platform detects weeds and crops from aerial images, then creates spray maps for targeted application. The technology supports weed mapping, crop mapping, and smarter field spraying for agriculture and related farm operations.