X Square Robot

X Square Robot is a humanoid robotics company building Quanta X2, a wheeled humanoid with embodied AI for adaptable industrial, service, and home tasks.

X Square Robot develops general-purpose embodied intelligence robots with high-precision manipulation. Its WALL-A model combines perception, decision-making, and control for robots used in industrial, service, logistics, and home tasks.

Upside Robotics

Upside Robotics builds solar-powered farm robots that cut fertilizer use and costs by applying nutrients precisely when and where crops need them.

Upside Robotics develops autonomous, AI-guided farming robots that handle fertilizer application across crop fields. These lightweight, solar-powered machines move between rows, place nutrients directly where plants can use them, and avoid compacting the soil. Farmers use the system to lower input costs, reduce chemical waste and emissions, and keep crops supplied through the growing season without constant field passes.

Trener Robotics

Trener Robotics develops AI software that lets industrial robots handle complex, changing tasks with easier programming and scalable automation.

Trener Robotics develops Physical AI software that becomes the intelligence layer for industrial robots in factories and warehouses. Its platform replaces rigid point-to-point programming with skill learning and foundation models, so robots can be trained, refined, and continuously improved instead of hard-coded. This helps automate complex, variable tasks with higher reliability, flexibility, and real-time adaptation on the factory floor.

Noetix Robotics

Noetix Robotics develops humanoid and service robots that move dynamically, interact with people, and support real-world industrial and consumer tasks.

Noetix Robotics builds humanoid and service robots for everyday environments, from warehouses and logistics hubs to homes, schools, and public spaces. Its robots combine agile movement with human-like interaction to handle reception, guidance, education, and collaborative industrial work.

Allonic

Allonic builds robotic limbs and bodies with a 3D braiding process that speeds up production, cuts parts, and delivers lifelike, flexible movement.

Allonic develops robotic limbs and full robot bodies using a 3D tissue braiding platform that weaves soft, tendon-like structures over a simple skeletal frame. This process replaces many separate mechanical parts, reduces complex assembly lines, and makes it faster to prototype and produce robots. The technology supports lifelike, compliant movement for applications from industrial automation to healthcare and research.

Bedrock Robotics

Bedrock Robotics equips heavy construction machines with autonomy kits. The Operator uses sensors for precise, 24/7 jobsite work without operators. Boosts safety and speed.

Bedrock Robotics adds autonomy to existing heavy equipment like excavators for construction sites. The Bedrock Operator kit installs quickly using lidar, GPS, and sensors to let machines navigate, dig, and adapt on their own. It handles real-world changes with machine learning from field data, cutting accidents and enabling nonstop operation. Contractors gain productivity without new machines or long downtime. This supports faster building of housing, factories, and infrastructure amid labor shortages.

Botsync

Botsync builds no-code software to integrate robots from different makers. It supplies autonomous mobile robots that move pallets and boxes in factories and warehouses.

Botsync creates SyncOS, a no-code platform that connects autonomous mobile robots, AGVs, cobots, and other gear from various suppliers. This setup lets factories run tasks like pallet transport, box sorting, and end-of-line packing without custom coding. The company also provides MAG robots for safe, reliable material handling in production lines and storage systems. These tools cut manual work and boost operations across warehouses and plants.

Deft Robotics

Deft Robotics integrates wheeled humanoid robots into production lines for automotive, appliance and electronics makers. Plug-and-play cells deliver fast ROI through flexible subscriptions.

Deft Robotics sets up wheeled humanoid robots in factories. These robots handle tasks in automotive, appliance and electronics manufacturing. Companies deploy drop-in work cells that fit existing lines. Pricing uses monthly or yearly subscriptions with no long contracts. Start with one unit at peak stations and scale up. Payback comes in about one month, beating costly fixed systems.

Foundry Robotics

Foundry Robotics builds autonomous robots that handle assembly and production tasks in manufacturing. They use AI for precise operations in factories.

Foundry Robotics creates autonomous robotic systems powered by AI for manufacturing settings. The robots perform assembly, production, and handling of parts with computer vision and software control. They deploy reliable solutions that run in demanding factory conditions to boost efficiency. This setup supports high-volume output through advanced robotics technology.

Irréversible

Irreversible builds ultra-low-power analog chips for energy-efficient AI on edge devices like drones and sensors.

Irreversible designs chips that use analog processes for machine learning tasks. These processors run AI with far less power than digital ones. They target edge applications in drones, remote sensors, and autonomous systems where energy limits performance. The company also develops supporting software for these chips.