Drone-Hand

Autonomous drone software that helps livestock farmers monitor animals, check water and inspect property with real-time AI-powered farm insights.

Drone-Hand provides autonomous drone software for livestock and property monitoring, using AI and fixed-camera systems to check stock, water and farm infrastructure in real time. It helps farmers replace long manual checks with automated flights that track livestock location, welfare and risks across small farms and large-scale operations. The platform works with different drone types and supports safer, more efficient daily farm management.

GALE Project Technologies

Modular edge-AI platform turning existing infrastructure into 24/7 remote monitoring, early alert, and autonomous drone deployment hubs.

Gale Project Technologies builds a modular edge-AI platform that converts poles, towers, and buildings into smart monitoring stations. Its GALE System combines AI cameras, environmental sensors, and an autonomous drone dock to provide continuous remote monitoring, early alerts, and rapid drone response. The technology supports public safety, wildfire detection, border security, and critical infrastructure monitoring with real-time situational awareness.

Hypershell

Wearable exoskeletons that use AI to support walking, hiking, and daily movement so people can go farther with less effort.

Hypershell designs wearable robotic exoskeletons that support the legs during walking, hiking, and everyday activities, helping people move farther with less fatigue. Its battery-powered systems use sensors and AI motion control to adjust assistance in real time across hills, uneven ground, and long distances. Products like Hypershell X and X Ultra are built for outdoor adventures and daily use, not industrial or medical settings.

Hullbot

Hullbot provides autonomous underwater robots that clean and inspect vessel hulls to prevent biofouling, reduce fuel use, and cut emissions.

Hullbot develops autonomous underwater robots that clean and inspect ship and boat hulls directly in the water, removing early biofouling before it slows vessels down. This frequent robotic cleaning reduces drag, lowers fuel consumption and emissions, and avoids hazardous manual hull cleaning or drydocking. The system also handles propellers and hard-to-reach areas, helping operators keep fleets efficient, available, and compliant with environmental standards.

Red Barn Robotics

Red Barn Robotics provides autonomous weeding robots that remove intra-row weeds for farmers, cutting hand labor and supporting sustainable crop yields.

Red Barn Robotics builds autonomous weeding robots that work in crop rows to remove weeds without human crews. Farmers use the service to replace hand weeding, cut labor costs, and keep fields clean through the growing season. The robots follow custom weeding plans and use mechanical cultivation to protect soil health while helping maintain strong, consistent yields.

RoboParty

RoboParty develops low-cost open-source humanoid robots and tools that help developers build, test, and refine embodied AI projects at full stack scale.

RoboParty builds affordable, full-stack open-source humanoid robots and hardware–software kits that developers can modify, replicate, and deploy for embodied AI projects. Its bipedal humanoid platforms validate the entire workflow from design to real-world testing, helping teams learn, experiment, and share solutions through a growing open-source community and problem list for humanoid robotics.

ROBOTERA

ROBOTERA builds general-purpose humanoid robots and embodied AI systems for real-world work in factories, logistics, and commercial spaces.

ROBOTERA develops general-purpose humanoid robots and embodied AI systems that handle physical work in real environments. Its robots combine in-house hardware, dexterous hands, and control software to move, see, and manipulate objects with precision. The company delivers platforms for tasks such as industrial automation, logistics support, and customer-facing services, focusing on robots that learn from their surroundings and adapt to different scenarios.

ROLO Robotics

Rolo Robotics builds autonomous micro-kitchens that cook and serve fresh, customizable meals using robotics and AI for efficient, unmanned food service.

Rolo Robotics develops autonomous kitchen systems that cook and serve meals without staff on site. Its modular micro-kitchens use robotics, automation, and AI to prepare and deliver fresh, customizable fast food around the clock, helping restaurants and food operators reduce labor costs, improve consistency, and keep kitchens running in small spaces like campuses, hospitals, and transport hubs.

Robotic Crew

Robotic Crew connects robotics companies with remote Latin American engineers and operators for robot development, support, and fleet management.

Robotic Crew connects robotics companies with skilled remote teams for robot development, technical support, and fleet management. It sources, trains, and manages engineers and operators who handle tasks like software development, integration, testing, monitoring, and day-to-day robot operations. By providing specialized robotics talent on a flexible basis, the company helps organizations scale projects faster, reduce overhead, and keep robotic systems running smoothly.

Replit

Replit lets anyone describe an idea in plain language and get a working app, with built‑in coding, deployment, and collaboration tools.

Replit is a browser-based platform for building software from a simple text prompt instead of a complex setup. Users describe what they want, and Replit generates the code, connects services, and produces a working app they can test and share. It combines an online code editor, AI assistant, and hosting in one place so people at any skill level can move from idea to running software quickly.