


Industrial robot arms, GoFa cobots and AMRs.



A-series and Lingxi humanoids; released the AgiBot World dataset.



Digit bipedal humanoid for tote handling in warehouses and logistics.



ANYmal quadruped for autonomous industrial inspection.



Apollo general-purpose humanoid robot for logistics and manufacturing.



Servi, an autonomous serving and bussing robot for restaurants and hospitality.



Spot quadruped, Stretch warehouse robot and Atlas electric humanoid.



Desktop and collaborative robot arms and an Atom humanoid.



Industrial robot arms, CRX cobots, CNC controllers and factory automation.



Rizon force-controlled adaptive robot arms for assembly, polishing and other contact tasks.
GR-series humanoid robots and rehabilitation robotics.



Franka Research 3 and FR3 force-sensitive robot arms widely used in research.



Wheeled dual-arm embodied-AI robots for retail and logistics.



Stretch mobile manipulator for home and research use.



K-series humanoid robots for industrial and commercial use.



Gen3 and Link 6 lightweight robot arms for research and assistive uses.



A camera-driven home robot vacuum and mop that maps and cleans floors on its own.
Builds Asimov, an open-source developer-friendly humanoid robot sold as a DIY kit with public CAD files and simulation models.



MAiRA and LARA cobots, 4NE1 humanoid and sensor-equipped robot arms.



Carter, a collaborative mobile robot that works alongside warehouse staff for picking and transport.



Phoenix general-purpose humanoid robots with teleoperation-driven learning.



Autonomous drones for public safety, inspection and defense, with onboard obstacle avoidance.



RO1 six-axis robot arm with AI-based programming.



Memo wheeled home robot trained on data from a skill-capture glove.



Tesla's in-development bipedal humanoid robot for factory tasks.



Startup developing general-purpose household robots.



Walker series humanoids, educational robots and service robots.
Quadrupeds (Go2, B2), G1 and H1 humanoids, and robot arms.



UR-series collaborative robot arms; part of Teradyne.



Isaac, a home robot that tidies rooms, makes beds and folds laundry.



LaserWeeder tractor implement that uses computer vision and lasers to remove weeds on farms.



Autonomous delivery robots for sidewalks, campuses and indoor or outdoor material transport.



Corvus One autonomous indoor drones that scan pallet inventory in warehouses, sold as a service.



Moxi mobile manipulator deployed in hospitals for supply tasks.



Skypod warehouse system of climbing robots that retrieve inventory from tall racking.
Wall-climbing inspection robots and analytics software for industrial boilers, pipes and tanks.



Warehouse fulfillment robots and the gStore orchestration software, deployed for retail and 3PL customers.



Autonomous security robots that patrol parking lots, campuses and buildings, sold as a subscription.



Warehouse autonomous mobile robots for order picking, offered through a robots-as-a-service model.



Flippy and other robotic kitchen assistants deployed in restaurant fry stations.



Robotic picking and packing systems that run e-commerce fulfillment as a robotic 3PL.



Robots that unload trailers and containers, deployed with parcel and logistics operators.
Operates sidewalk delivery robots for restaurant delivery platforms; publicly traded.



Tally, a store robot that scans shelves for retailers to track stock, prices and availability.



Six-wheeled sidewalk robots that deliver food and groceries on campuses and in cities.



Rents its OP1 dual-arm warehouse robot as a service for packing, sorting and kitting.



Operates autonomous drone delivery services for healthcare, retail and food customers.



NEO home humanoid and world models for robot learning.
Develops the DYNA-1 robot foundation model and runs it on manipulation tasks for commercial customers.



General-purpose humanoid robots (Figure 03) with the Helix vision-language-action model.
The Robotics Map
A map of the robotics industry, from data and simulation to models, robots and deployments.
Filter Robots
How to read this map ⌄
- Each station is one layer of the robotics stack, and its number counts the companies in it. The tiers read bottom-up, from data sources to what runs in the field.
- A line joins two layers that share companies, ones selling a real product in both. Its number says how many, and thicker lines mean more. Hover a line to see who; click it to keep the list open.
- +Zoom into a station, or click it, to open it. Companies only in that layer ring the station; companies that also work elsewhere sit on the line to that other layer.
- A company in four or more layers (today only NVIDIA) draws no lines. It sits inside every layer it works in instead.
Layers⌄
Busiest connections⌄
174 companies · 44 span more than one layer. Updated October 2026.
Maintained by Sam Padilla and Varun Nair