Verified organizations with active robotics products or documented robotics development in North America.
Regional coverage and verification
32 organizations are listed for North America, across United States, Canada. Profiles describe each company’s products and role, from complete robots to software and components. Regional placement follows the published company location, with notes where a business operates from multiple countries. A listing does not establish local sales or support.
Company profiles
United States
1X Technologies
Verified source
1X Technologies develops NEO, a humanoid intended for tasks in the home. Its work combines robot hardware, learned control and human assistance during development and operation.
AMP develops AI-based sorting systems for recycling facilities. Cameras identify materials on moving streams, and robotic or other automated equipment separates selected items for recovery.
Burro builds outdoor mobile robots for hauling and towing materials. The platforms are used in agricultural settings such as nurseries and vineyards, where repeated transport work runs between people and work areas.
Carbon Robotics builds laser-weeding equipment that uses cameras to identify weeds and direct lasers at them. Its Carbon Autonomy programme adds autonomous operation capabilities around agricultural machinery.
Dexterity develops robot systems and AI software for logistics handling. Its work includes manipulating boxes and loading trucks, using perception and planning to select grasps and arrange goods.
Diligent Robotics develops Moxi, a mobile manipulator for hospital logistics. Moxi transports items such as supplies and laboratory samples so clinical staff can delegate routine delivery tasks.
FieldAI develops autonomy software for robots operating in changing physical environments. Its platform combines perception and planning for tasks such as moving through industrial sites and collecting inspection data.
Foxglove builds software for inspecting and managing robot data. Developers can view live or recorded sensor streams together, replay a run and investigate how perception and control behaved over time.
Robotics software
Role
Robotics software developer
Location
United States
Products
Foxglove visualization, Foxglove Data Platform, Foxglove Bridge
GreyOrange develops GreyMatter warehouse orchestration software and Ranger robot systems. The software assigns movement and fulfilment tasks across robots and workstations within a facility.
Intrinsic develops software for building and running industrial robot applications. Flowstate brings together perception, motion planning and task programming so integrators can configure robot workcells.
Locus Robotics develops warehouse robots and fleet software for order fulfilment. Its range covers mobile platforms that move work between people and storage areas, alongside systems that combine movement with robotic item handling.
Mecademic makes compact industrial robot arms for precision automation. The Meca500 is designed for installations where the robot must fit within a small machine, inspection station or laboratory workcell.
NVIDIA supplies robotics computing and software, including Jetson hardware, Isaac development tools and GR00T robot models. Its tools support simulation, perception and learned control in systems built by robot developers.
Physical Intelligence develops learned control models for robots. Its pi0 research describes a vision-language-action model that uses observations and instructions to generate actions across multiple robot platforms.
PickNik Robotics develops MoveIt Pro, a software platform for robot manipulation. It combines planning, perception and task tools for developing, simulating and deploying applications that control robot arms.
Robotiq develops grippers and application packages for collaborative robots. Its products combine end-of-arm tools, control interfaces and supporting equipment for tasks such as handling and palletizing.
Seegrid develops mobile robots for moving pallets and carts through industrial facilities. Its fleet software coordinates transport missions and gives operators tools to supervise the vehicles.
Serve Robotics develops small wheeled robots for local delivery on sidewalks. Its service combines onboard navigation with remote operational support to move orders between businesses and customers.
Skild AI develops Skild Brain, a learned control system intended for different robot bodies. Its public work covers locomotion and manipulation; support for a particular robot or task depends on the implementation.
Skydio develops camera-equipped drones and flight software for inspection and public-safety work. Its X10 aircraft can be paired with Dock for X10 to support remotely managed missions.
Symbotic builds automated warehouse systems for storing, retrieving and organising cases. Mobile robots, storage infrastructure and software work together to assemble loads for downstream distribution.
Autonomous mobile robotsIndustrial robotsRobotics software
Tesla develops Optimus, a humanoid robot programme that combines electric actuation, onboard sensing and learned control. Public demonstrations and stated development goals should be distinguished from independently measured factory performance.
A company directory is more useful when it separates robot makers, integrators and component suppliers
North American robotics activity spans humanoids, industrial arms, mobile robots, inspection systems, surgical platforms, agriculture and software. The directory should help a reader identify what each company actually sells or tests, where the robot is used and whether the evidence is a product page, pilot, research project or deployed commercial system.
Verified context
Industrial robot manufacturers, collaborative-robot vendors and general-purpose humanoid companies serve different deployment models.
A named customer pilot is stronger deployment evidence than a company description alone, but a pilot still does not establish fleet-scale reliability.
Official product pages are useful for specifications; independent deployment evidence is needed for uptime, intervention rate and operating cost.
What the available evidence does not prove
Company count is not market share.
Funding, valuation or media visibility does not measure robot reliability or shipped fleet size.