Sovato

Sovato links healthcare systems, robotic tools, and surgical teams for remote robotic surgery programs. It connects patients to distant surgeons and equipped operating rooms.

Sovato runs a platform that connects healthcare systems with robotic systems and surgical teams. This setup lets surgeons perform remote robotic surgery and procedures from afar. Patients link to remote experts and prepared operating rooms, helping overcome location barriers. The system works with leading robotic tools and supports safe remote care programs for hospitals.

Sunday Robotics

Sunday builds AI-powered humanoid robots like Memo for household chores such as laundry and table clearing.

Sunday Robotics is a robotics company developing AI-powered home robots for everyday household tasks. Its Memo robot combines robotics, machine learning, and real-world household data to perform tasks such as clearing tables, loading dishwashers, folding clothes, and other repetitive chores. The company develops its own robot foundation models and uses human demonstrations to help Memo learn physical skills in real-world homes.

Summer Robotics

Summer Robotics builds machine vision software that lets industrial robots recognize, track, measure, and control parts of any shape, size, material, or motion. It works in any lighting.

Summer Robotics creates software for robots used in factories and mobility. The software gives robots sharp vision to spot parts no matter the shape, size, material, speed, or light conditions. Robots can track moving items without blur, scan 3D surfaces down to 100 microns, and adjust actions on the fly. This cuts the need for fixtures and boosts precision in manufacturing tasks. Their laser-event tech reacts fast like animals to handle tough real-world setups.

Lymow

Robotic mower company providing intelligent, reliable lawn care robots that handle complex yards and deliver consistent, low-effort grass cutting.

Lymow develops intelligent robotic lawn mowers designed to handle real, complex lawns with minimal effort from the user. Its robots manage large areas, steep slopes, and uneven terrain while delivering consistent, precise cuts. The products replace manual mowing with automated yard care that runs on schedules, avoids obstacles, and maintains healthy grass without boundary wires or constant supervision.

iNGage

iNGage makes high-performance inertial MEMS sensors. These track movement precisely for robots, vehicles, and drones without GPS. Affordable for mass production.

iNGage builds integrated MEMS sensors that measure motion accurately. The sensors work as gyros and IMUs on a single chip. They enable navigation in places without GPS signals, like indoors or tunnels.

Products serve industrial robots, autonomous cars, and drones. Tactical-grade performance comes at lower costs than traditional options. This opens use in high-volume markets.

Technology uses patented M&NEMS designs for better sensitivity and size. Sensors detect small changes in speed and direction reliably. Development focuses on scaling production with partners.

FoxEyes

FoxEyes develops AI‑driven robotic systems and tools that support safer, more precise automated spine and pedicle screw surgery.

FoxEyes develops robotic surgical equipment and automated components for hospitals and clinics, focusing on safer, more precise spine procedures and pedicle screw placement. Its compact, vision-based systems use artificial intelligence to support surgeons, reduce hardware complexity in the operating room, and improve workflow during spine surgery and other medical procedures. The company builds flexible, user-friendly platforms that integrate with existing systems and help bring advanced automated surgery into everyday clinical practice.

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.