Forterra

Forterra builds autonomous driving systems that let military and industrial vehicles operate off-road, handle complex missions, and keep people out of danger.

Forterra develops hardware and software that turn ground vehicles into self-driving systems for defense and industrial use. It provides navigation, perception, and remote operation so vehicles can move off-road, carry weapons or sensors, and complete hazardous tasks without exposing operators. Its technology integrates into existing fleets, helping contractors and logistics teams upgrade vehicles for complex, contested, or heavy-duty environments.

Formic Technologies

Formic provides robots-as-a-service so manufacturers can add robotic palletizing and material handling with a simple pay-per-use model.

Formic provides robots-as-a-service for manufacturers that need reliable palletizing, packing, and material handling automation without buying equipment. It installs, operates, and maintains robotic systems for a predictable usage-based fee, so factories can increase output, cut manual bottlenecks, and keep lines running with minimal internal engineering effort.

FireDrone

FireDrone builds heat‑resistant autonomous drones that deliver real-time thermal and visual data for firefighting and high‑temperature industrial inspections.

FireDrone develops heat‑resistant autonomous drones that keep operating where standard drones fail. They provide real-time thermal and visual data in burning buildings, smoky sites, and high‑temperature industrial plants. This helps firefighters and industrial teams see hazards, detect hotspots, and inspect assets without shutdowns, improving safety and reducing downtime in extreme environments.

Fauna Robotics

Fauna Robotics builds Sprout, a compact humanoid robot platform for developers to test, train, and deploy real-world robotics applications.

Fauna Robotics develops Sprout, a small humanoid robot designed to operate safely around people in homes, schools, labs, and offices. It offers built-in movement, control, and social behaviors so developers can prototype and test real-world robotics use cases faster. The platform includes modular software, powerful onboard computing, and core APIs to support autonomy and custom applications without starting from scratch.

CenoBots

CenoBots builds autonomous commercial cleaning robots that vacuum, scrub, and sweep large indoor spaces for consistent, hands-free floor care.

CenoBots designs and manufactures autonomous cleaning robots for commercial buildings and industrial facilities. Its robots vacuum, scrub, and sweep floors without constant supervision, keeping large indoor spaces clean on a predictable schedule. Solutions support malls, warehouses, airports, offices, and other high-traffic sites that need reliable, everyday floor maintenance.

Coratia Technologies

Coratia builds unmanned underwater vehicles that inspect submerged structures and support marine surveys for industry, defense, and infrastructure projects.

Coratia develops unmanned underwater vehicles that work underwater for long periods and capture detailed data on submerged structures. Its systems support inspection of ports, pipelines, dams, and offshore assets, helping teams see damage, corrosion, and other risks without sending divers. The vehicles handle demanding marine environments and deliver data that can be used for maintenance, safety checks, and research.

Cornerstone Robotics

Robotics company developing endoscopic surgical systems that help surgeons perform safer, more precise minimally invasive operations.

Cornerstone Robotics is a medical robotics company that builds endoscopic surgical systems that help surgeons perform minimally invasive procedures with better accuracy, control, and visibility. Its in-house platform supports complex operations through robotic arms, advanced imaging, and intuitive surgeon controls, helping reduce complications and improve recovery times for patients.

Cyberwave

Cyberwave provides a cloud platform to deploy, operate, and manage fleets of robots with edge AI, teleoperation, and digital twin tools.

Cyberwave develops a cloud-based platform that lets teams connect, control, and update fleets of robots from one place. The platform combines digital twins, teleoperation, edge AI, and orchestration so robots can be monitored, reconfigured, and automated in real time across different sites and use cases. Developers get SDKs, command-line tools, and a web app to build, test, and roll out new robotic skills without rebuilding hardware or custom infrastructure. This helps companies move from pilot robots to reliable, large-scale physical automation.

Dexory

Dexory builds autonomous warehouse robots and software that scan inventory, create digital twins, and give real-time visibility into stock and storage.

Dexory develops autonomous warehouse robots and analytics software that scan racks and pallets, track inventory, and capture storage conditions in real time. The robots move safely through aisles, read barcodes at full height, and feed data into a digital twin of the warehouse for accurate, daily visibility. Teams use this live view to reduce stock errors, cut audit time, and improve space utilization without stopping operations.

Distalmotion

Distalmotion develops Dextera, a robotic surgery system that lets surgeons switch between laparoscopic and robotic control for precise, minimally invasive procedures.

Distalmotion builds Dextera, a robotic surgery system used for minimally invasive procedures in gynecology, urology, and general surgery. It lets surgeons work at the patient’s side, move the system between operating rooms, and switch smoothly between standard laparoscopy and robotic control. Hospitals and surgery centers use Dextera to increase access to robotic surgery while keeping existing workflows and equipment.