NVIDIA

• IGX Orin Developer Kit
• IGX Thor Module and Boardkit
• Isaac Lab
• Jetson AGX Orin 64GB

  Jetson AGX Orin

• Jetson AGX Orin Industrial

  Jetson AGX Orin

• Jetson AGX Thor Developer Kit

  Jetson AGX Thor

• Jetson Orin Nano 2

  Jetson Orin Nano

• Jetson Orin NX 16GB
• Jetson Thor
• NVIDIA Isaac ROS
• NVIDIA Jetson AGX Orin Developer Kit
• Project GR00T

• Isaac Lab with Sharpa Wave

  2026-03-09 - Digital Simulation - Connected - A MANUS demonstration teleoperated a simulated 22-DoF Sharpa Wave inside NVIDIA Isaac Lab 2.3 and fed demonstrations into Isaac Lab Mimic.

  Source
• Jetson Orin NX 16GB with AeroDASH research UAV

  Research Experiment - Embedded - AeroDASH flight experiments use Jetson Orin NX 16GB onboard a UAV with a forward-facing RGB camera and PX4 flight controller.

  Source
• Jetson AGX Orin 64GB with KMR iiwa

  Research Experiment - Connected - In the LIRA laboratory study, KMR iiwa connected over LAN to a Jetson AGX Orin 64GB running vision and reasoning software, with a RealSense D435i camera.

  Source
• NVIDIA Isaac Sim with Gento Luna

  Digital Simulation - Tested With - Gento Luna has a digital robot asset in the robot_usds library for Isaac Sim and ROS 2 control. This records a simulation configuration.

  Source
• NVIDIA Isaac Sim with AGIBOT G1

  Digital Simulation - Tested With - AGIBOT G1 has a digital robot asset in the robot_usds library for Isaac Sim and ROS 2 control. This records a simulation configuration.

  Source
• NVIDIA Isaac Sim with Galaxea R1 Pro

  Digital Simulation - Tested With - Galaxea R1 Pro has a digital robot asset in the robot_usds library for Isaac Sim and ROS 2 control. This records a simulation configuration.

  Source
• Jetson AGX Orin Industrial with CUE7

  Research Experiment - Embedded - NVIDIA Jetson AGX Orin Industrial is used in Toyota CUE7’s onboard perception and control research configuration, supplied through Ryosan Ryoyo.

  Source
• Jetson Thor

  Research Experiment - Tested With - HMR and HMR-Lite ran on NVIDIA Jetson Thor for embedded human-mesh benchmarks; HMR-Lite’s 5.5 ms RGB latency excludes person detection.

  Source
• NVIDIA Isaac Sim with ReSim

  Digital Simulation - Tested With - ReSim demonstrated NVIDIA Isaac Sim’s ROS2 Navigation example with goal-distance, trajectory and localization-error metrics.

  Source

Supply chain relationships

• Micron Technology

  Inbound - Compute & Control - Micron states its GDDR6X memory launched with NVIDIA GeForce RTX GPUs and is used in NVIDIA RTX 4090 and 4080 GPUs

  Source
• MANUS

  Inbound - Teleoperation - Deactivated: MANUS in NVIDIA Isaac Lab is platform support, not supplier-to-product supply

  Source
• XYZ

  Inbound - Robot Equipment - XYZ supplies ten DEUX robots for NVIDIA robotics training in Seoul

  Source
• Samsung Electronics

  Inbound - Compute & Control - Samsung Electronics fabricates semiconductor wafers for NVIDIA

  Source
• TSMC

  Inbound - Compute & Control - NVIDIA states Blackwell GPUs are manufactured using a custom-built TSMC 4NP process

  Source
• TSMC

  Inbound - Manufacturing - NVIDIA and TSMC publicly announced production of the first NVIDIA Blackwell wafer from TSMC's Arizona fab

  Source
• SK hynix

  Inbound - Compute & Control - SK hynix supplies HBM memory for NVIDIA AI accelerators

  Source
• Aeva Technologies

  Inbound - Perception - NVIDIA selected Aeva 4D LiDAR as the reference LiDAR sensor for the DRIVE Hyperion platform

  Source
• ENGINEAI

  Outbound - Compute & Control - ENGINEAI T800 Open Source, Pro and Max use NVIDIA Jetson AGX Orin 64GB; Basic uses Orin NX 16GB

  Source
• ENGINEAI

  Outbound - Compute & Control - ENGINEAI PM01-EDU uses NVIDIA Jetson Orin NX for application compute

  Source
• Ti5 Robot

  Outbound - Compute & Control - Ti5 T170A launch and Flagship configurations use NVIDIA Jetson AGX Orin 64 GB; the Standard model uses Orin Nano 8 GB

  Source
• Fancinnov

  Outbound - Compute & Control - Fancinnov's Depth Vision Kit ships assembled with a selected NVIDIA Jetson Orin NX or Nano module

  Source
• NexCOBOT

  Outbound - Compute & Control - NVIDIA IGX T5000 compute is built into NexCOBOT's MARS400 T20-05 robot controller

  Source
• Fancinnov

  Outbound - Compute & Control - Fancinnov's Monocular Vision Kit ships assembled with a selected NVIDIA Jetson Orin NX or Nano module

  Source
• Quantum Systems

  Outbound - Compute & Control - NVIDIA supplies nvidia jetson orin for quantum systems vector ai for Quantum Systems Vector AI

  Source
• Axiomtek

  Outbound - Compute & Control - Axiomtek AIE015-AT includes NVIDIA Jetson Thor T5000; T4000 is available by project

  Source
• Unitree

  Outbound - Compute & Control - Unitree G1-EDU incorporates an NVIDIA Jetson Orin NX development computer

  Source
• Agility Robotics

  Outbound - Robotics Compute - NVIDIA identifies Agility Robotics as an early Jetson Thor adopter

  Source
• RealMan Intelligent Technology (Beijing) Co., Ltd.

  Outbound - Compute & Control - RealMan's RMC-DA configuration uses a 384-core NVIDIA Volta GPU with 48 Tensor Cores

  Source
• Clearpath Robotics

  Outbound - Compute & Control - Clearpath integrated NVIDIA Jetson AGX Orin in a custom Jackal UGV configuration

  Source
• AgiBot

  Outbound - Compute & Control - Agibot states G2 will fully integrate NVIDIA Jetson Thor

  Source
• Humanoid

  Outbound - Compute & Control - Humanoid's HMND 01 Alpha Wheeled uses NVIDIA Jetson Thor in the Siemens factory pilot

  Source
• Pudu Robotics

  Outbound - Compute & Control - NVIDIA supplies nvidia jetson orin for pudu d5 for Pudu Robotics PUDU D5

  Source
• Agility Robotics

  Outbound - Compute & Control - NVIDIA IGX Thor is selected as exclusive onboard compute for the general-availability Digit 5

  Source
• Diligent Robotics

  Outbound - Compute & Control - Diligent Robotics Moxi 2.0 incorporates NVIDIA A2000 compute in the August 2026 rollout configuration

  Source
• Fancinnov

  Outbound - Compute & Control - Fancinnov's Pro Lidar Kit ships assembled with a selected NVIDIA Jetson Orin NX or Nano module

  Source
• Carbon Robotics

  Outbound - Compute & Control - Each LaserWeeder G2 weeding module specifies two NVIDIA GPUs

  Source
• Real-Time Robotics Inc.

  Outbound - Compute & Control - Real-time Robotics integrates NVIDIA Jetson Xavier NX 16GB compute into its HeraSight LR payload

  Source
• Rotaku

  Outbound - Compute & Control - Rotaku offers an optional onboard NVIDIA Jetson Orin NX computer for Domo Plus through its reservation configurator

  Source
• Lucid Bots, Inc.

  Outbound - Compute & Control - Lucid Bots identifies NVIDIA edge compute in Lavo AI

  Source
• Noetix Robotics (松延动力)

  Outbound - Compute & Control - NVIDIA Jetson Orin Nano Super provides the enhanced compute configuration for Noetix Robotics' E1 Education humanoid

  Source
• Orbbec

  Outbound - Compute & Control - Orbbec specifies an NVIDIA Jetson Nano system-on-module in Femto Mega

  Source
• AMOVLAB

  Outbound - Compute & Control - AMOVLAB P450 D435i and G1 configurations include Allspark 2 compute with NVIDIA Jetson Orin NX 8GB

  Source
• Unitree

  Outbound - Compute & Control - Unitree offers three NVIDIA Xavier NX modules as a B1 sensing-compute configuration

  Source
• Booster Robotics

  Outbound - Compute & Control - Booster K1 Education uses Jetson Orin NX 8GB; Professional uses Jetson AGX Orin 32GB

  Source
• Photoneo

  Outbound - Compute & Control - Photoneo MotionCam-3D M incorporates an NVIDIA Pascal GPU with 256 CUDA cores

  Source
• Booster Robotics

  Outbound - Compute & Control - NVIDIA Jetson Thor T5000 is installed in the Booster T2 Pro edition

  Source
• Skydio

  Outbound - Compute & Control - Skydio X2D uses an NVIDIA Tegra X2 SoC with a 256-core Pascal GPU

  Source
• SMP Robotics

  Outbound - Compute & Control - SMP Robotics ships Argus S5.4 with an NVIDIA Jetson Orin NX compute module

  Source
• wheel.me

  Outbound - Compute & Control - wheel.me Genius 2 runs its software stack and RGo Perception Engine on NVIDIA Jetson

  Source
• ZEALS

  Outbound - Compute & Control - ZEALS D1 uses NVIDIA Jetson onboard compute

  Source
• Lumos Robotics

  Outbound - Compute & Control - Lumos specifies Jetson AGX Orin as the LUS 2 high-performance processor

  Source
• Johnson & Johnson

  Outbound - Compute & Control - MONARCH Platform with QUEST navigation uses NVIDIA RTX accelerated compute

  Source
• AgileX Robotics

  Outbound - Compute & Control - AgileX lists NVIDIA Jetson Orin Nano compute in the LIMO PRO configuration

  Source
• PAL Robotics

  Outbound - Compute & Control - PAL Robotics offers an NVIDIA Jetson PC as an optional TIAGo Pro configuration

  Source
• Addverb

  Outbound - Compute & Control - Addverb specifies NVIDIA Jetson Orin as the Elixis intelligence unit

  Source
• Ghost Robotics

  Outbound - Compute & Control - Ghost Robotics specifies NVIDIA Xavier 32GB compute in Vision 60

  Source
• AgileX Robotics

  Outbound - Robotics Compute - NVIDIA supplies jetson nano for scout mini development kit for AgileX Robotics Scout Mini

  Source
• EyeROV

  Outbound - Compute & Control - EyeROV's SAGARA control station incorporates an NVIDIA GPU with Intel or ARM processor configurations

  Source
• Yaskawa Electric Corporation

  Outbound - Compute & Control - MOTOMAN NEX35 uses NVIDIA-based ACU control module

  Source
• ROKAE Robotics

  Outbound - Compute & Control - ROKAE specifies NVIDIA Jetson NX 8 GB as the standard main-control compute configuration for Helios

  Source
• Yaskawa Electric Corporation

  Outbound - Compute & Control - MOTOMAN NEX10 uses NVIDIA-based ACU control module

  Source
• Coco Robotics

  Outbound - Compute & Control - Coco Robotics names Jetson Orin NX as the Coco 2 edge-compute platform

  Source
• D3 Embedded

  Outbound - Compute & Control - D3 offers its 8-camera MIPI A-PHY carrier with an optional NVIDIA Jetson Orin NX 16GB in SKUs 3010197 and 3010198

  Source
• Muks Robotics AI Pvt. Ltd.

  Outbound - Compute & Control - NVIDIA Jetson AGX Orin provides AI compute in Muks Robotics' Spaceo PRO mobile manipulator

  Source
• Monarch Tractor

  Outbound - Compute & Control - Monarch Tractor MK-V uses NVIDIA Jetson edge compute

  Source
• PaXini

  Outbound - Compute & Control - PaXini TORA-DOUBLE ONE uses NVIDIA Jetson AGX Orin compute

  Source
• Amazon Robotics

  Outbound - Robotics Compute - Amazon Robotics is an early Jetson Thor adopter for development and scaling of next-generation logistics robots

  Source
• PrimeBOT / 上纬启元

  Outbound - Compute & Control - NVIDIA Jetson Orin Nano provides onboard compute in the PrimeBOT T1 Pro robot

  Source
• Lumos Robotics

  Outbound - Compute & Control - Lumos MOS 2 incorporates an NVIDIA Jetson AGX Orin core controller

  Source
• Hello Robot

  Outbound - Compute & Control - Hello Robot specifies NVIDIA Jetson Orin NX 16GB for auxiliary compute in Stretch 4

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK DLAP-701 is powered by NVIDIA Jetson Thor

  Source
• Hexagon

  Outbound - Robotics Compute - NVIDIA identifies Hexagon as an early Jetson Thor adopter

  Source
• Roboception

  Outbound - Compute & Control - NVIDIA Jetson Orin Nano 8 GB is specified in the Roboception rc_visard NG

  Source
• PNDbotics

  Outbound - Compute & Control - PNDbotics Adam Standard, SP and Pro use NVIDIA Jetson Orin NX 16GB compute

  Source
• Noble Machines

  Outbound - Compute & Control - Noble Machines Moby incorporates an NVIDIA Jetson Thor development kit for onboard inference

  Source
• ScoutDI

  Outbound - Compute & Control - NVIDIA supplies Jetson Orin NX compute module for ScoutDI's Scout 137 Gen 3

  Source
• Richtech Robotics

  Outbound - Compute & Control - NVIDIA Jetson AGX Thor provides onboard compute for Richtech Robotics' Dex humanoid in development

  Source
• Galbot

  Outbound - Compute & Control - Galbot G1 uses an NVIDIA AGX Orin 64GB platform rated at 275 TOPS

  Source
• Leju Robotics

  Outbound - Compute & Control - NVIDIA Jetson Orin NX is specified for Leju KUAVO 4Pro standard version

  Source
• Quantum Systems

  Outbound - Compute & Control - Quantum Systems specifies two NVIDIA Jetson Orin boards for Reliant AI processing

  Source
• Clearpath Robotics

  Outbound - Robotics Compute - NVIDIA supplies Jetson AGX Orin compute offered in Clearpath's optional Dingo-O Vision Package

  Source
• Telexistence Inc.

  Outbound - Compute & Control - TX SCARA's 2022 configuration used NVIDIA Jetson TX2 in its head for video transmission

  Source
• PAL Robotics

  Outbound - Compute & Control - PAL Robotics offers NVIDIA Xavier NX or Orin GPU configurations for ARI

  Source
• SuperDroid Robots

  Outbound - Compute & Control - SuperDroid's Groundhog Standard includes an NVIDIA Jetson AGX Orin computer

  Source
• 1X Technologies

  Outbound - Compute & Control - 1X NEO uses NVIDIA Jetson Thor for onboard multimodal inference

  Source
• Real-Time Robotics Inc.

  Outbound - Compute & Control - NVIDIA supplies Jetson Xavier NX edge AI compute integrated into the RT Robotics HeraSight drone payload

  Source
• AgileX Robotics

  Outbound - Compute & Control - AgileX T-REX 2.0 uses an NVIDIA Orin Nano industrial computer

  Source
• Real-Time Robotics Inc.

  Outbound - Compute & Control - NVIDIA supplies Jetson Xavier NX edge AI compute integrated into the RT Robotics HERA drone

  Source
• Unitree

  Outbound - Compute & Control - Unitree offers NVIDIA Jetson Orin NX as optional compute for H1

  Source
• Simbe

  Outbound - Compute & Control - Simbe states Tally 4.0 is powered by NVIDIA edge technology

  Source
• Medtronic

  Outbound - Robotics Compute - NVIDIA identifies Medtronic as an early Jetson Thor adopter

  Source
• ROBOTIS

  Outbound - Compute & Control - ROBOTIS AI Sapiens K0 incorporates an NVIDIA Jetson Orin NX 16GB module

  Source
• Segway Robotics

  Outbound - Compute & Control - NVIDIA supplies jetson agx orin 64gb for nova carter for Segway Robotics Nova Carter

  Source
• Unitree

  Outbound - Compute & Control - Unitree GD01 specifies NVIDIA Thor as its main compute platform

  Source
• Addverb

  Outbound - Compute & Control - Addverb specifies NVIDIA Jetson Orin as the Elixis-W intelligence unit

  Source
• GITAI

  Outbound - Compute & Control - GITAI Lunar Rover R1.5 specifications identify NVIDIA Jetson Xavier compute

  Source
• Quantum Systems

  Outbound - Compute & Control - Quantum Systems Twister incorporates an NVIDIA Jetson Orin for onboard AI processing

  Source
• ASUS

  Outbound - Compute & Control - ASUS PE3000N incorporates an NVIDIA Jetson T5000 module

  Source
• Figure AI

  Outbound - Robotics Compute - Figure is adopting Jetson Thor to run generative AI models on its humanoids

  Source
• Fauna Robotics

  Outbound - Compute & Control - Fauna specifies a 64GB NVIDIA Jetson AGX Orin in Sprout Creator Edition

  Source
• Moon Surgical

  Outbound - Compute & Control - Moon Surgical's Maestro system incorporates NVIDIA IGX computing with Holoscan software

  Source
• Caterpillar

  Outbound - Robotics Compute - Caterpillar is adopting Jetson Thor to develop and deploy future construction and mining equipment

  Source
• Innate

  Outbound - Compute & Control - NVIDIA Jetson Orin Nano Super 8GB powers Innate MARS

  Source
• Stereolabs

  Outbound - Compute & Control - Stereolabs ZED Box Orin configurations use NVIDIA Jetson Orin compute modules

  Source
• Westwood Robotics

  Outbound - Compute & Control - NVIDIA Jetson Orin NX 16GB powers head vision on Westwood THEMIS

  Source
• Ecotron

  Outbound - Compute & Control - Ecotron EATHA06 uses NVIDIA Jetson Thor as its autonomy compute platform

  Source
• Advantech

  Outbound - Compute & Control - Advantech AIR-075 is built on NVIDIA Jetson Thor T5000/T4000 modules

  Source
• Robot.com

  Outbound - Compute & Control - Robot.com R Kiwi uses NVIDIA onboard compute

  Source
• Dexmate

  Outbound - Compute & Control - Dexmate Vega integrates NVIDIA AGX Thor compute

  Source
• RanMarine

  Outbound - Compute & Control - NVIDIA Jetson compute module is specified in the RanMarine WasteShark+ Pro

  Source
• Flyby Robotics

  Outbound - Compute & Control - Up to two NVIDIA Jetson Orin NX 16 GB modules are specified in the Flyby Robotics F-11 Series

  Source
• Leju Robotics

  Outbound - Compute & Control - NVIDIA Jetson AGX Orin is specified for Leju KUAVO 5-W Max B

  Source
• Collaborative Robotics

  Outbound - Compute & Control - Collaborative Robotics names NVIDIA Jetson as Proxie on-robot AI compute

  Source
• SMP Robotics

  Outbound - Compute & Control - SMP Robotics Argus S5.3 incorporates an NVIDIA Jetson TX2 module for video analytics

  Source
• AeiROBOT

  Outbound - Compute & Control - Jetson Orin NX is specified in the AeiROBOT ALICE 4

  Source
• X-Humanoid

  Outbound - Compute & Control - X-Humanoid Tianyi 2.0 uses one NVIDIA AGX Orin 64 GB module

  Source
• Roboception

  Outbound - Compute & Control - Nvidia Tegra K1 is specified in the Roboception rc_visard 160

  Source
• Dronehub

  Outbound - Compute & Control - Dronehub HUUVER incorporates NVIDIA Jetson AGX Xavier onboard compute

  Source
• Galbot

  Outbound - Compute & Control - Galbot S1 uses an NVIDIA AGX Orin 64GB platform rated at 275 TOPS

  Source
• Robot.com

  Outbound - Compute & Control - Robot.com R-noid uses an NVIDIA Jetson AGX Orin AI module

  Source
• Boston Dynamics

  Outbound - Robotics Compute - NVIDIA identifies Boston Dynamics as an early Jetson Thor adopter

  Source
• Leju Robotics

  Outbound - Compute & Control - NVIDIA Jetson AGX Orin is specified for Leju KUAVO 5 showroom compute variant

  Source
• Hivebotics

  Outbound - Compute & Control - NVIDIA Quadro RTX graphics provide AI compute in Hivebotics' Abluo Mark 2 cleaning robot

  Source
• Tensor

  Outbound - Compute & Control - Eight NVIDIA DRIVE AGX Thor systems provide the primary autonomous-driving compute in Tensor Robocar

  Source
• Real-Time Robotics Inc.

  Outbound - Compute & Control - NVIDIA supplies Jetson Xavier NX edge AI compute integrated into the RT Robotics OmniSight drone payload

  Source
• Roboception

  Outbound - Compute & Control - Nvidia Tegra K1 is specified in the Roboception rc_visard 65

  Source
• Ally Robotics

  Outbound - Compute & Control - Ally Robotics selected NVIDIA Jetson Orin Nano, NX or AGX Industrial compute options for the Ally Arm under development

  Source
• Blueye Robotics

  Outbound - Compute & Control - NVIDIA Jetson Orin NX provides onboard edge compute in the Blueye X3 Ultra inspection ROV

  Source
• Advantech

  Outbound - Compute & Control - Advantech specifies Jetson Orin NX for MIC-711-OX

  Source
• VideoRay

  Outbound - Compute & Control - VideoRay Mission Specialist Wraith incorporates an NVIDIA Jetson Orin NX in its Ultra 4K smart camera

  Source
• Premio

  Outbound - Compute & Control - Premio JCO-1000-ORN configurations use NVIDIA Jetson Orin NX or Orin Nano modules

  Source
• Draganfly

  Outbound - Compute & Control - Draganfly offers optional NVIDIA Jetson Orin onboard computing in the Apex Ultra configuration

  Source
• Blueye Robotics

  Outbound - Compute & Control - NVIDIA Jetson Orin NX provides onboard edge compute in the Blueye X7 inspection ROV

  Source
• Applied Aeronautics

  Outbound - Compute & Control - NVIDIA Jetson Orin NX 16 GB optional compute module is offered for Albatross UAV

  Source
• EarthSense

  Outbound - Compute & Control - TerraSentia Plus uses NVIDIA RTX 5060 compute and offers NVIDIA Thor as an option

  Source
• Techman Robot

  Outbound - Compute & Control - Techman states TM Xplore-I is powered by an NVIDIA Jetson Thor module

  Source
• Asylon

  Outbound - Compute & Control - Asylon DroneDog-2 integrates a next-generation NVIDIA AI/ML processor

  Source
• Doosan Robotics

  Outbound - Compute & Control - Doosan Agentic Robot OS integrates NVIDIA Isaac, Cosmos, Newton and Jetson Thor technologies

  Source
• 1X Technologies

  Outbound - Software - 1X NEO uses NVIDIA Argus to process camera data for low-latency visual inference

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK's discontinued ROScube-X2 used an NVIDIA Jetson AGX Xavier module

  Source
• Rotaku

  Outbound - Compute & Control - Rotaku offers an optional onboard NVIDIA Jetson Orin NX computer for Domo through its reservation configurator

  Source
• AgiBot

  Outbound - Compute & Control - AgiBot X2 Ultra includes an NVIDIA Jetson Orin NX development compute unit as standard

  Source
• Galaxea Dynamics

  Outbound - Compute & Control - Galaxea R1 Lite integrates an NVIDIA Jetson AGX Orin 32GB compute module

  Source
• UBTECH Robotics

  Outbound - Compute & Control - UBTECH Walker X uses an NVIDIA GT1030 graphics card

  Source
• Bear Robotics

  Outbound - Compute & Control - The earlier Kinisi 01 specification listed NVIDIA Jetson as its main processor

  Source
• BlueHalo

  Outbound - Compute & Control - NVIDIA Jetson Orin NX provides onboard compute in BlueHalo's Mission Specialist Defender ROV configuration

  Source
• Analog Devices

  Outbound - Compute & Control - Analog Devices adopted NVIDIA Jetson Thor for physical-AI sensing, control and edge robotics systems

  Source
• Photoneo

  Outbound - Compute & Control - Photoneo MotionCam-3D L incorporates an NVIDIA Pascal GPU with 256 CUDA cores

  Source
• Booster Robotics

  Outbound - Compute & Control - Booster T1 incorporates NVIDIA Jetson AGX Orin compute

  Source
• Perceptyne

  Outbound - Compute & Control - Perceptyne specifies NVIDIA Jetson Orin in OMNI

  Source
• LuxAI

  Outbound - Compute & Control - QTrobot offers an NVIDIA Jetson as one of two QTPC application-compute options

  Source
• Westwood Robotics

  Outbound - Compute & Control - Westwood THEMIS offers an optional NVIDIA Jetson Orin NX 16GB body vision unit

  Source
• Agile Robots

  Outbound - Edge AI Compute - NVIDIA Jetson Thor is selected as onboard AI compute for the announced Agile ONE SN reference humanoid

  Source
• Geek+

  Outbound - Compute & Control - NVIDIA Jetson Thor provides onboard AI compute for Geek+'s GINO 1 warehouse humanoid

  Source
• PAL Robotics

  Outbound - Compute & Control - PAL Robotics offers an NVIDIA Jetson GPU as an optional KANGAROO configuration

  Source
• Real-Time Robotics Inc.

  Outbound - Compute & Control - NVIDIA supplies Jetson Xavier NX edge AI compute integrated into the RT Robotics Vega tactical UAS

  Source
• Skydio

  Outbound - Compute & Control - Skydio X10 lists NVIDIA Jetson Orin as part of its onboard compute stack

  Source
• Skydio

  Outbound - Compute & Control - Skydio X10D lists NVIDIA Jetson Orin as part of its onboard compute stack

  Source
• Telexistence Inc.

  Outbound - Compute & Control - TX SCARA's 2022 configuration used NVIDIA Jetson AGX Xavier in its base for grasp-point recognition

  Source
• UBTECH Robotics

  Outbound - Compute & Control - Panda Robot uses NVIDIA GT1030 graphics card

  Source
• Tokyo Robotics

  Outbound - Compute & Control - Tokyo Robotics specifies an optional onboard NVIDIA RTX 4070 PC for Torobo, which is under development

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder sells ROSpider with selectable Jetson Nano, Orin Nano or Orin NX controllers

  Source
• Auterion

  Outbound - Compute & Control - Auterion specified NVIDIA Jetson Xavier NX for the AI Node introduced for pre-order in May 2022

  Source
• Differential Robotics

  Outbound - Compute & Control - Differential Robotics Non-Convex Alpha integrates an NVIDIA Jetson Orin NX 16GB core board

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder sells JetRover configurations with NVIDIA Jetson Orin Nano

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare JetBot AI Kits A and B include NVIDIA Jetson Nano; accessories-only versions exclude the controller

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare UGV Rover Jetson Orin AI Kit offers NVIDIA Orin Nano 4GB; the Acce version excludes the controller

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare JetRacer ROS AI Kits A and B include NVIDIA Jetson Nano; accessory-only versions exclude the controller

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder sells JetAcker with selectable Jetson Nano, Orin Nano or Orin NX controllers

  Source
• Differential Robotics

  Outbound - Compute & Control - Differential Robotics C5 integrates an NVIDIA Jetson Orin Nano 8GB module

  Source
• Galaxea Dynamics

  Outbound - Compute & Control - Galaxea R1 Pro 2026 uses NVIDIA Jetson AGX Orin 32GB as its core computing unit

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare JETANK AI Kits A and B include NVIDIA Jetson Nano; accessory-only versions exclude the controller

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare offered the JetBot 2GB AI Kit with an optional NVIDIA Jetson Nano 2GB controller; accessory-only kits exclude it

  Source
• QCraft

  Outbound - Compute & Control - QCraft’s L4 robotaxi configuration incorporates two NVIDIA DRIVE Orin processors

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare UGV Beast Jetson Orin AI Kit offers NVIDIA Orin Nano 4GB; the Acce version excludes the controller

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare JetBot ROS AI Kits A and B include NVIDIA Jetson Nano; accessories-only versions exclude the controller

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder sells JetAuto with selectable Jetson Nano, Orin Nano or Orin NX controllers

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder offers JetAuto Pro configurations with NVIDIA Jetson Nano controllers

  Source
• LG Electronics

  Outbound - Robotics Compute And Software - LG is integrating NVIDIA Cosmos models, Isaac robotics platform and Omniverse libraries into its Data Factory and Robot Foundation Model programme

  Source
• ARK Electronics

  Outbound - Compute & Control - NVIDIA Jetson compute is offered in controller-equipped ARK Just A Jetson Orin NX NDAA bundle configurations

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare JetRacer Pro AI Kits A and B include NVIDIA Jetson Nano; accessories-only versions exclude the controller

  Source
• XBOT

  Outbound - Compute & Control - XBOT robotic baristas use an embedded NVIDIA RTX module for perception

  Source
• Waveshare

  Outbound - Compute & Control - Waveshare JetRacer AI Kits A and B include NVIDIA Jetson Nano; accessory-only versions exclude the controller

  Source
• Suzhou TZTEK Technology

  Outbound - Compute & Control - NVIDIA Jetson compute underpins TZTEK Xingzhi 001 and 007 embodied AI controllers

  Source
• EEVE

  Outbound - Compute & Control - NVIDIA supplies Jetson Nano compute integrated into EEVE Willow

  Source
• Aetina

  Outbound - Compute & Control - Aetina AIB-AT78 uses an NVIDIA Jetson T5000 module

  Source
• Enchanted Tools

  Outbound - Robotics Compute And Software - Enchanted Tools Mirokaï robots use NVIDIA Jetson compute

  Source
• Aitech Systems

  Outbound - Compute & Control - Aitech’s A230 Vortex integrates an NVIDIA Jetson AGX Orin Industrial module

  Source
• Gatik

  Outbound - Compute & Control - NVIDIA supplies drive agx compute for level 4 autonomous trucks for Gatik Gatik-Isuzu Level 4 trucks

  Source
• Apptronik

  Outbound - Compute & Control - Apptronik's 2024 Apollo architecture included onboard NVIDIA Jetson AGX Orin and Jetson Orin NX modules

  Source
• AgileX Robotics

  Outbound - Robotics Compute - AgileX LIMO Cobot integrates NVIDIA Jetson Orin Nano compute

  Source
• Exelon

  Outbound - Compute & Control - Exelon's OptoAI inspection drones integrate NVIDIA Jetson onboard compute

  Source
• KION Group

  Outbound - Robotics Compute And Software - KION Group is an early adopter of NVIDIA Isaac Perceptor for autonomous material-handling operations

  Source
• ROBOTIS

  Outbound - Robotics Compute - ROBOTIS AI Worker FFW-SG2 and FFW-BG2 use NVIDIA Jetson AGX Orin 32GB computers

  Source
• BYD

  Outbound - Robotics Compute And Software - BYD is an early adopter of NVIDIA Isaac Perceptor for autonomous material-handling operations

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers ROSMASTER X3 Plus kits with NVIDIA Jetson Nano, Orin Nano or Orin NX included

  Source
• Gremsy

  Outbound - Compute & Control - NVIDIA Jetson Orin module is built into the Gremsy ORUS L payload

  Source
• Serve Robotics

  Outbound - Robotics Compute And Software - Serve Robotics uses NVIDIA Jetson AGX Orin onboard its third-generation delivery robots

  Source
• Gremsy

  Outbound - Compute & Control - NVIDIA Jetson Xavier NX powers the Gremsy VIO F1 and G1 payload family

  Source
• Noble Machines

  Outbound - Software - Noble Machines is adopting NVIDIA Isaac GR00T N models for its humanoid programme

  Source
• Connect Tech

  Outbound - Compute & Control - Connect Tech designs its current carrier-board range for NVIDIA Jetson modules

  Source
• VinFast

  Outbound - Compute & Control - VinFast is developing its Southeast Asia Level 4 platform on NVIDIA DRIVE Hyperion 10

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder offers JetArm Pro kits with NVIDIA Jetson Nano, Orin Nano or Orin NX

  Source
• RGo Robotics

  Outbound - Robotics Compute And Software - RGo Robotics integrates NVIDIA Isaac Perceptor and Isaac ROS into its mobile-robot perception stack

  Source
• Exotec

  Outbound - Compute & Control - Exotec uses NVIDIA CUDA libraries and Jet

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers ROSMASTER A1 kits with NVIDIA Jetson Nano or Orin Nano included

  Source
• Advantech

  Outbound - Compute & Control - Advantech MIC-732-AO integrates an NVIDIA Jetson AGX Orin module for AMR perception

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder JetMax uses NVIDIA Jetson Nano compute

  Source
• Zordi

  Outbound - Compute & Control - Zordi's agricultural robots run perception and control on Jetson AGX Orin

  Source
• RobotEra

  Outbound - Compute & Control - RobotEra states STAR1 integrates NVIDIA Orin compute for onboard humanoid workloads

  Source
• Mentee Robotics

  Outbound - Robotics Compute And Software - Mentee Robotics uses NVIDIA Isaac Sim, Isaac Lab and Jetson to train and deploy MenteeBot

  Source
• Seoul Robotics

  Outbound - Robotics Compute And Software - Seoul Robotics SENSR processes Ouster lidar data on NVIDIA processors

  Source
• Ottonomy

  Outbound - Compute & Control - Ottonomy’s delivery robots run Contextual AI using NVIDIA Jetson edge computing

  Source
• Foxconn

  Outbound - Compute & Control - Foxconn and Kawasaki Nurabot uses NVIDIA Jetson Orin for onboard sensor processing and autonomy

  Source
• Zipline

  Outbound - Compute & Control - Zipline's autonomous delivery drones use NVIDIA Jetson Orin NX compute

  Source
• One Stop Systems

  Outbound - Compute & Control - One Stop Systems identifies NVIDIA as a strategic supplier of GPUs, Arm processors and networking components

  Source
• Neousys Technology

  Outbound - Compute & Control - Neousys NRU-230V-AWP integrates an NVIDIA Jetson AGX Orin module for outdoor AMRs

  Source
• Husarion

  Outbound - Compute & Control - Husarion offers Panther compute configurations using NVIDIA Jetson Orin NX or NVIDIA T1000 graphics

  Source
• Bonsai Robotics

  Outbound - Software - Bonsai World builds on NVIDIA Cosmos to generate realistic simulations for autonomous machines in rugged environments

  Source
• Cainiao

  Outbound - Compute & Control - Cainiao XG incorporated NVIDIA Jetson AGX Xavier for perception, decisions and vehicle control in its documented 2019 configuration

  Source
• Miso Robotics

  Outbound - Robotics Compute And Software - Miso Robotics uses NVIDIA Isaac ROS and GPU acceleration for Flippy kitchen-robot perception

  Source
• PAL Robotics

  Outbound - Compute & Control - PAL Robotics TIAGo Base AI incorporates an NVIDIA Jetson GPU

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers Transbot SE kits with NVIDIA Jetson Nano included

  Source
• RT Corporation

  Outbound - Compute & Control - NVIDIA supplies a Jetson Orin Nano computer for RT Corporation’s Bonobo humanoid

  Source
• Gideon

  Outbound - Robotics Compute And Software - Gideon is named as an Isaac Perceptor early collaborator for advanced perception-based autonomous mobile robots

  Source
• Ecotron

  Outbound - Compute & Control - Ecotron EAORA10 uses NVIDIA Jetson Orin NX or Orin Nano modules

  Source
• Auvidea

  Outbound - Compute & Control - Auvidea designs current JNX carrier boards around NVIDIA Jetson modules

  Source
• Shield AI

  Outbound - Compute & Control - Shield AI V-BAT Teams uses a modular NVIDIA GPU upgrade to run Hivemind

  Source
• VideoRay

  Outbound - Compute & Control - VideoRay specifies Jetson Orin NX in the Ally Ultra 4K Smart Camera

  Source
• Aetina

  Outbound - Compute & Control - Aetina AIB-AT68 uses an NVIDIA Jetson T4000 module

  Source
• Neousys Technology

  Outbound - Compute & Control - Neousys FLYC-300 integrates an NVIDIA Jetson Orin NX module for UAV and robot computing

  Source
• ForeCR

  Outbound - Compute & Control - ForeCR builds its current industrial carrier-board range for NVIDIA Jetson modules

  Source
• Degla

  Outbound - Compute & Control - Degla Tier 1 and Tier 2 VTOL aircraft integrate NVIDIA Jetson Orin computers, including Orin NX in Tier 2

  Source
• WeRide

  Outbound - Compute & Control - WeRide says its mass-produced GXR uses dual NVIDIA DRIVE AGX Thor chips in HPC 3.0

  Source
• Neousys Technology

  Outbound - Compute & Control - Neousys NRU-160-FT integrates NVIDIA Jetson Orin NX or Orin Nano for outdoor AMR chassis

  Source
• Quanser

  Outbound - Compute & Control - Quanser specifies an onboard NVIDIA Jetson Orin Nano computer for the current QBot Platform

  Source
• Hexagon

  Outbound - Robotics Compute And Software - Hexagon AEON is built with NVIDIA compute, Isaac Sim, Isaac Lab and Jetson technologies

  Source
• Hiwonder

  Outbound - Compute & Control - NVIDIA Jetson compute is offered in controller-equipped NexArm ROS Sliding Rail VLA Kit configurations

  Source
• ROBOTIS

  Outbound - Compute & Control - NVIDIA Jetson Orin NX runs on-device policy inference in ROBOTIS AI Sapiens K1

  Source
• Intrinsic

  Outbound - Robotics Compute And Software - Intrinsic successfully tested NVIDIA Isaac Manipulator in its robot-agnostic software platform

  Source
• Trossen Robotics

  Outbound - Compute & Control - Trossen offers an ALOHA preconfigured System76 laptop with an NVIDIA GeForce RTX 4060 GPU

  Source
• Leopard Imaging

  Outbound - Compute & Control - Leopard Imaging includes NVIDIA Jetson AGX Orin in its Nova Orin Development Kit

  Source
• Waymo

  Outbound - Components - NVIDIA supplies NVIDIA compute technology for Waymo autonomous-driving compute system

  Source
• ugo

  Outbound - Compute & Control - ugo Nova incorporates NVIDIA Jetson Thor; mass production was planned for 2027 at its September 2026 announcement

  Source
• Deep Robotics

  Outbound - Compute & Control - DEEP Robotics Jueying Mini includes NVIDIA Jetson Xavier NX

  Source
• Seeed Studio

  Outbound - Compute & Control - Seeed reComputer Robotics Orin systems integrate NVIDIA Jetson Orin Nano, Orin NX or AGX Orin modules

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder offers NexArm ROS Mobile Chassis kits with NVIDIA Jetson Nano or Orin Nano

  Source
• AAEON

  Outbound - Compute & Control - AAEON BOXER-8640AI and BOXER-8641AI integrate NVIDIA Jetson AGX Orin 32GB modules

  Source
• Ambi Robotics

  Outbound - Compute & Control

  Source
• Aigen

  Outbound - Embedded Compute - NVIDIA supplies the Jetson Orin edge-AI module used on each Aigen autonomous weeding rover to run real-time crop and weed inference

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder offers NexArm ROS kits with NVIDIA Jetson Nano, Orin Nano or Orin NX

  Source
• AI2 Robotics

  Outbound - Compute & Control - NVIDIA supplies Jetson AGX Orin 64 GB compute module for AI2 Robotics's AlphaBot 2

  Source
• Yahboom

  Outbound - Robotics Compute - Yahboom sells ROSMASTER M3 configurations for NVIDIA Jetson Orin Nano and Orin NX

  Source
• Extend Robotics

  Outbound - Compute & Control - Extend Robotics deploys AMAS models on NVIDIA Jetson AGX Orin modules

  Source
• SuperDroid Robots

  Outbound - Compute & Control - VIPR-L uses NVIDIA Jetson AGX Xavier compute

  Source
• SuperDroid Robots

  Outbound - Compute & Control - SuperDroid specifies NVIDIA Jetson AGX Orin compute for Groundhog Pro

  Source
• Outrider

  Outbound - Compute & Control - Outrider's next-generation autonomy kit uses NVIDIA DRIVE compute architecture

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK's preliminary RQX-71G design specifies NVIDIA Jetson Thor T5000 or T4000

  Source
• AeroVironment

  Outbound - Compute & Control - NVIDIA supplies NVIDIA Orin compute for AeroVironment's VAPOR CLE

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder’s JetHexa hexapod uses NVIDIA Jetson Nano B01 computing

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK DLAP-711 is offered with NVIDIA Jetson T5000 or T4000 modules

  Source
• DJI

  Outbound - Compute & Control - DJI's Manifold 2-G drone computer uses an NVIDIA Jetson TX2 module

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers ROSMASTER X3 kits with NVIDIA Jetson Nano, Orin Nano or Orin NX included

  Source
• Cognex Corporation

  Outbound - Compute & Control - Cognex is adopting and exploring NVIDIA Jetson Orin Nano 2 for compact edge-AI applications

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers ROSMASTER M1 kits with NVIDIA Jetson Nano or Orin Nano included

  Source
• Universal Robots

  Outbound - Robotics Compute And Software - Universal Robots and NVIDIA developed the AI Accelerator using NVIDIA Isaac, CUDA libraries and Jetson AGX Orin

  Source
• AVerMedia

  Outbound - Compute & Control - AVerMedia’s D315 development systems and box PCs incorporate NVIDIA Jetson AGX Orin 32GB modules; bare carrier boards are excluded

  Source
• ROBOTIS

  Outbound - Robotics Compute - ROBOTIS TurtleBot3 Lime incorporates an NVIDIA Jetson Orin Nano 8GB developer kit

  Source
• Notilo Plus

  Outbound - Compute & Control - Notilo Plus incorporated NVIDIA Jetson TX2 into the Seasam underwater drone documented in 2019

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder offers NexArm ROS Dual-arm Conveyor Kit kits with NVIDIA Jetson Nano, Orin Nano or Orin NX

  Source
• Noetix Robotics (松延动力)

  Outbound - Compute & Control - Noetix Dora uses NVIDIA Jetson Orin compute

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK offers DLAP-211-Orin Nano configurations with NVIDIA Jetson Orin Nano modules

  Source
• Ati Robotics

  Outbound - Compute & Control - Ati’s autonomous electric vehicles use NVIDIA Jetson for onboard edge AI

  Source
• Maruyama

  Outbound - Compute & Control - NVIDIA Jetson Xavier NX provides onboard computing for Maruyama's greenhouse-sprayer prototype

  Source
• Sharpa

  Outbound - Compute & Control - NVIDIA supplies Jetson Thor compute for the Sharpa D01 dexterous robot

  Source
• Avular

  Outbound - Compute & Control - NVIDIA supplies Jetson Orin NX compute module for Avular's Vertex One

  Source
• Nuro

  Outbound - Compute & Control - NVIDIA supplies DRIVE Thor automotive SoCs for Nuro's Nuro Driver

  Source
• Airvolute

  Outbound - Compute & Control - Airvolute built deployed warehouse-inventory drones on NVIDIA Jetson and JetPack, as described at GTC 2024

  Source
• Bedrock Robotics

  Outbound - Compute & Control - Bedrock Robotics uses NVIDIA Jetson to deploy its autonomous machines

  Source
• Neousys Technology

  Outbound - Compute & Control - Neousys NRU-51V+ integrates an NVIDIA Jetson Orin NX module as an AMR perception hub

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers ROSMASTER R2 kits with NVIDIA Jetson Nano, Orin Nano or Orin NX included

  Source
• Crobot Technologies

  Outbound - Robotics Compute - Crobot Technologies specifies NVIDIA Jetson Orin Nano 8GB compute in its Ariyan AMR

  Source
• Ecotron

  Outbound - Compute & Control - Ecotron EAORA06 uses NVIDIA Jetson AGX Orin

  Source
• Innoviz Technologies

  Outbound - Compute & Control - Innoviz announced InnovizSMARTer with integrated NVIDIA Jetson Orin Nano edge processing

  Source
• Unitree

  Outbound - Compute & Control - Unitree H2 Plus incorporates an NVIDIA Jetson T5000 compute module

  Source
• Axiomtek

  Outbound - Compute & Control - Axiomtek AIE900B-ONX standard configurations integrate NVIDIA Jetson Orin NX 16GB modules

  Source
• LimX Dynamics

  Outbound - Compute & Control - LimX specifies Jetson Orin compute configurations for Oli and the TRON 1 perception kit

  Source
• AgileX Robotics

  Outbound - Compute & Control - AgileX LIMO's original configuration includes NVIDIA Jetson Nano compute

  Source
• NEXCOM

  Outbound - Components - NVIDIA supplies Jetson and IGX Thor compute for NEXCOM MARS400 robot controllers

  Source
• GROOVE X

  Outbound - Robotics Compute And Software - GROOVE X builds its LOVOT companion robots on NVIDIA Jetson edge compute

  Source
• Quanser

  Outbound - Compute & Control - Quanser specifies NVIDIA Jetson Orin AGX as the onboard computer in the current QCar 2

  Source
• LIPS Corporation

  Outbound - Autonomy Software - NVIDIA Isaac software powers LIPSEdge AMR 3D vision and AI perception

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers ROSMASTER M3 Pro kits with NVIDIA Jetson Nano, Orin Nano or Orin NX included

  Source
• Neousys Technology

  Outbound - Compute & Control - Neousys NRU-171V-PPC integrates an NVIDIA Jetson Orin NX module for AMR navigation

  Source
• Matic Robots

  Outbound - Compute & Control - Matic Robotics is an early adopter of NVIDIA Jetson Orin Nano 2 for autonomous home robots

  Source
• JWIPC

  Outbound - Compute & Control - NVIDIA Jetson modules power variants of JWIPC's Zhiqing robot-controller range

  Source
• Yahboom

  Outbound - Compute & Control - Yahboom offers JetCobot kits with NVIDIA Jetson Nano, Orin Nano or Orin NX included

  Source
• Rendered.ai

  Outbound - Compute & Control - Rendered.ai integrated NVIDIA Omniverse Replicator into its cloud synthetic-data service through an Omniverse channel

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK EGX-MXM-BW modules use NVIDIA Blackwell GPU architecture

  Source
• ADLINK Technology

  Outbound - Compute & Control - ADLINK DLAP-IGX is based on NVIDIA IGX T7000

  Source
• Ecotron

  Outbound - Compute & Control - Ecotron EAORA07 uses dual NVIDIA Jetson Orin modules

  Source
• AgiBot

  Outbound - Compute & Control - AgiBot Expedition A3 Ultra integrates NVIDIA Thor in its advanced compute unit

  Source
• Meituan

  Outbound - Compute & Control - Meituan incorporated NVIDIA Jetson AGX Xavier into autonomous delivery vehicles documented in 2019

  Source
• SoftBank Robotics Group

  Outbound - Compute & Control - SoftBank Robotics Whiz ran BrainOS on NVIDIA Jetson TX2 in the commercial configuration documented in 2019

  Source
• Quanser

  Outbound - Robotics Compute - Quanser integrates an NVIDIA AGX Orin computer as the QBrain compute node in QArm Research

  Source
• D3 Embedded

  Outbound - Compute & Control - NVIDIA Jetson was integrated into D3 Embedded's eight-camera perception system for Scythe Robotics

  Source
• SuperDroid Robots

  Outbound - Compute & Control - VIPR uses NVIDIA Jetson AGX Xavier compute

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder JetMax Pro uses NVIDIA Jetson Nano compute

  Source
• Wing Aviation

  Outbound - Compute & Control - NVIDIA Jetson Orin Nano Super powers Wing delivery drones; Wing plans to evaluate Orin Nano 2

  Source
• Centre for Development of Advanced Computing (C-DAC)

  Outbound - Compute & Control - NVIDIA supplies Jetson TX2 compute platform for Centre for Development of Advanced Computing (C-DAC)'s SAMA-DHAAN

  Source
• Aetina

  Outbound - Compute & Control - NVIDIA supplies Jetson AGX Orin compute used in Aetina AIB-MX23 autonomous-vehicle platforms

  Source
• Elephant Robotics

  Outbound - Robotics Compute - Elephant Robotics integrates NVIDIA Jetson Nano in myPalletizer 260 JN

  Source
• Quanser

  Outbound - Compute & Control - Quanser QDrone 2 integrates an NVIDIA Jetson Xavier NX module for onboard compute

  Source
• Wandercraft

  Outbound - Compute & Control - Wandercraft states Calvin-40 integrates the NVIDIA Jetson edge AI platform

  Source
• AgileX Robotics

  Outbound - Robotics Compute - AgileX Scout Mini R&D Kit Pro includes NVIDIA Jetson Orin Nano compute

  Source
• Hiwonder

  Outbound - Robotics Compute - NVIDIA Jetson compute is offered in controller-equipped ROSOrin configurations

  Source
• Hiwonder

  Outbound - Compute & Control - Hiwonder offers JetArm kits with NVIDIA Jetson Nano, Orin Nano or Orin NX

  Source
• Brain Corp

  Outbound - Compute & Control - Brain Corp used NVIDIA Jetson TX2 compute in its BrainOS-powered Whiz robot

  Source

• NVDA - NASDAQ

• Deepu Talla - Vice President of Robotics and Edge AI
• Jensen Huang - Founder and CEO

• NVIDIA coauthors AW-0 agentic world action model

  2026-10-21 - Research Publication - Pretraining uses approximately 2000 hours of YAM robot data and 1000 hours of egocentric human manipulation. Physical evaluations use a YAM bimanual station and a Tianji–Sharpa setup with two 22-DoF hands. Released code includes training and deployment tools, and a pretrained checkpoint; the pretraining corpora are not distributed.

  Source
• Siemens and NVIDIA unveil AI applications tested at Erlangen factory

  2026-10-19 - Research Publication - Cosmos generates inspection-training images from digital twins before physical PCB prototypes are available. AI agents propose production scenarios that planners validate against a factory digital twin before implementation. Siemens claims potential reductions of up to 85% in preparation engineering, 40% in time to market and 20% in planning costs.

  Source
• NVIDIA releases Flora models for robot-data annotation and rewards

  2026-10-15 - Research Publication - The suite includes a 27B-parameter captioner, temporal segmentation and reward models. NVIDIA reports throughput of 200,000 video-hours per day across 512 GB300 GPUs. The captioner is licensed for non-commercial research and development under NVIDIA’s OneWay Noncommercial terms.

  Source
• NVIDIA researchers introduce DemoStream for automated robot demonstration generation

  2026-10-15 - Research Publication - Policies trained on 75 collected demonstrations achieved 67% success in the reported physical tasks. Simulation evaluates planning costs, action spaces and batch sizes across manipulation tasks. The project shares videos, while its code release remains pending; Panda is not substituted with FR3.

  Source
• NVIDIA-led team introduces Robota-Embed for action-aware robot experience retrieval

  2026-10-14 - Research Publication - The study combines 1,695,684 training anchors with 4,000 benchmark queries and an 8,000-entry gallery. Clip- and episode-level R@1 reach 47.33% and 81.77%; results are author-reported. The public technical report is available, while code, model and benchmark downloads remain marked coming soon.

  Source
• Archon and collaborators introduce PingpongDuo humanoid table-tennis doubles

  2026-10-14 - Research Publication - A physical clearance-and-recovery test covers 2.15 metres in2.4 seconds, with a peak speed of2.23m/s. Simulation comparison reports a 13.2% improvement in return success; the physical experiment measures alternating strikes. The system coordinates team positioning with separate footwork and striking skills.

  Source
• AgiBot introduces WorldOracle benchmark for action-conditioned world models

  2026-10-13 - Research Publication - The 335-example evaluation spans AgiBot G2, YAM and human-hand embodiments with successful, failed and extended interactions. Seven world models are tested across rigid, deformable, fluid and articulated-object interactions. Metrics assess physical-state correctness, spatial alignment, interaction-area fidelity and coherence across synchronized views.

  Source
• Seeing Machines publishes Jetson Thor human-mesh recovery benchmarks

  2026-09-30 - Research Publication - HMR-Lite achieved 5.5 ms median RGB latency and 6.2 ms for RGB-D; person bounding-box detection time is excluded. The larger HMR model achieved 15.8 ms RGB latency with 386 million parameters, versus 146 million for HMR-Lite. Both configurations reconstruct body pose, shape and camera-frame placement from a single RGB or RGB-D view.

  Source
• Flexion presents a Niantic Spatial and NVIDIA sim-to-real pipeline for humanoids

  2026-07-20 - Research Publication - Niantic Spatial reconstructed the office as a metric digital twin from camera capture. NVIDIA Isaac Sim and Isaac Lab provided the simulation and training environment. The RGB navigation policy transferred zero-shot to a physical humanoid in the real office.

  Source
• Anchor Lab Dataset: Real-World Measurements for Sim-to-Real Calibration

  2026-06-05 - Research Publication - Releases a Hugging Face robotics dataset for grounding simulation calibration in real physical measurements. Supports zero-shot sim-to-real workflows by providing hardware measurement data for dynamics and calibration pipelines. Apache-2.0 dataset surface is live on Hugging Face and is part of NVIDIA physical-AI infrastructure.

  Source
• GR00T-VisualSim2Real: Visual Sim-to-Real at Scale for Humanoid Loco-Manipulation

  2026-04-30 - Research Publication - Open-source pipeline for visual sim-to-real transfer of humanoid locomotion and manipulation skills. Includes training code, simulation assets, and workflows for learning behaviors such as walking and object interaction. Targets scalable deployment of humanoid policies without reliance on real-world teleoperation data.

  Source
• NVIDIA Isaac GR00T N1.7

  2026-04-17 - Research Publication - Released the GR00T N1.7 family of open, commercially licensed vision-language-action models for humanoid robots, including a 3B-parameter variant with public Hugging Face and GitHub access. Uses an Action Cascade architecture combining a vision-language model for reasoning with a diffusion transformer for motor control. Supports local fine-tuning and real-world deployment of dexterous multi-step manipulation policies on humanoid platforms.

  Source
• NVIDIA releases GEAR-SONIC whole-body control stack for humanoid robots

  2026-02-19 - Research Publication - NVIDIA released GEAR-SONIC through the GR00T Whole-Body Control repository as a generalist humanoid whole-body controller. The official repository describes SONIC as using motion tracking over large-scale human motion data to support natural locomotion, whole-body movement, VR teleoperation, and higher-level humanoid planning. SONIC complements VLA manipulation models with the whole-body control layer needed for humanoid deployment.

  Source
• NVIDIA publishes GR00T N1.6 for long-horizon humanoid reasoning and dexterity

  2025-12-15 - Research Publication - NVIDIA Research published GR00T N1.6 as an improved foundation model for generalist humanoid robots. The official page describes more complex real-world experiments requiring long-horizon reasoning, dexterity, and multitasking on bimanual YAM, Agibot Genie-1, and Unitree G1 robots. N1.6 extends GR00T from manipulation benchmarks toward more demanding humanoid task execution.

  Source
• Hugging Face integrates NVIDIA Isaac GR00T N1.5 into LeRobot

  2025-10-28 - Research Publication - Hugging Face announced that NVIDIA Isaac GR00T N1.5 could be post-trained and evaluated directly through LeRobot. The integration was framed as a way to make open-source customization and deployment of robot foundation models easier for developers. This is one of the clearest robotics research-release events on the Hugging Face stack because it connects LeRobot directly to a major robot foundation model.

  Source
• NVIDIA publishes GR00T N1.5 with improved language following and humanoid generalization

  2025-06-11 - Research Publication - NVIDIA Research published GR00T N1.5 as an upgraded open foundation model for generalist humanoid robots. The official page reports improved simulated benchmark performance, stronger language following on real Fourier GR-1 experiments, and post-training on Unitree G1 teleoperation episodes. The release links the GR00T research line directly to serious humanoid platforms such as GR-1 and Unitree G1.

  Source
• NVIDIA publishes Isaac GR00T N1 open foundation model for humanoid robots

  2025-03-17 - Research Publication - NVIDIA Research published Isaac GR00T N1 as an open foundation model for humanoid robots, trained on egocentric human videos, real and simulated robot trajectories, and synthetic data. The publication reports language-conditioned bimanual manipulation on Fourier GR-1 and 1X humanoid platforms in household tasks. GR00T N1 is one of the clearest first-party foundation-model releases aimed specifically at generalist humanoid control.

  Source

Authoritative company filings and official press resources for NVIDIA. Generic news and third-party coverage are excluded.

• 2026 annual report on Form 10-K

  WEB · FY 2026 · U.S. Securities and Exchange Commission

  Source
• NVIDIA online press kit

  WEB · Company · NVIDIA

  Source

Events

• 2026-10-22 - Partnership - Agility deepens NVIDIA collaboration with exclusive IGX Thor onboard compute

  Early-access deliveries are planned for the first half of 2027, followed by increasing availability over six to nine months. The partners will collaborate on safety evaluation through NVIDIA Halos and its safety ecosystem. The architecture supports running Physical AI models locally while developing a functional-safety pathway.

  Source
• 2026-10-22 - Capability - Advantech showcases UniCAM multi-camera integration on Jetson Thor

  The demonstration combines Stereolabs ZED X and ZED X Nano, RealSense D457, Orbbec Gemini 335LG and Leopard Imaging ISX031 cameras. Robotic Suite detects supported cameras and manages shared hardware resources while preserving vendor SDKs and image-processing functions. Jetson Thor is the initial platform; Orin and other compute-platform support are expansion plans.

  Source
• 2026-10-22 - Partnership - Schaeffler and Wandelbots partner on global NOVA robotics platform

  NVIDIA Omniverse and Isaac Sim will support virtual testing of robot tasks and manufacturing processes. A skill store is intended to organize applications, models and technical knowledge for transfer between sites. The partners cite potential automation lifecycle cost reductions of up to 40 percent.

  Source
• 2026-10-20 - Partnership - LG Innotek showcases NVIDIA Holoscan Sensor Bridge-based sensing

  The showcase includes a 3-megapixel camera module and a sensor-to-AI data path that bypasses the CPU. Development targets include humanoid vision and robot-hand sensing. LG Innotek plans further next-generation platform solutions for CES and GTC in 2027.

  Source
• 2026-10-21 - Capability - YYForce outlines NVIDIA-based Workforce OS robotics architecture

  The proposed stack combines Jetson and RTX compute with GR00T, Isaac Sim, Isaac ROS and TensorRT. Its roadmap progresses from concierge tasks to manipulation and beverage service, then a banquet-service minimum viable product over six months. Longer-term applications include integrated facilities management and cleaning workflows.

  Source
• 2026-10-21 - Partnership - Dexory tests NVIDIA Halos for next-generation robot safety

  The work aims to improve safe autonomy and inside-out perception around people, forklifts and other equipment. Dexory already uses NVIDIA Cosmos for warehouse inventory intelligence. A rollout timetable and fleet quantity were not disclosed.

  Source
• 2026-10-21 - Demonstration - Agile Robots starts mobile-humanoid sequencing proof of concept with Audi

  The robots combine dual-arm manipulation and humanoid reach with a mobile base. A DELMIA virtual twin on Dassault Systèmes’3 DEXPERIENCE platform uses NVIDIA Omniverse libraries to assess feasibility, timing, ergonomics and safety. Audi defines sequencing requirements for the trial; wider production use remains a future objective.

  Source
• 2026-10-21 - Partnership - Accenture and TÜV SÜD unveil Physical AI Safety Suite concept

  The concept assesses AMR routes, clearances and shared working zones before equipment is deployed or layouts change. Simulation produces structured evidence for TÜV SÜD’s independent assessment and certification process. TÜV SÜD estimates the digital process could bring production online up to 30%sooner.

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• 2026-10-21 - Partnership - Aptiv expands NVIDIA collaboration on automated-driving platforms

  The companies describe Thor-based computing supported entirely by air cooling to reduce thermal-system cost and complexity, particularly for combustion-engine vehicles. The modular architecture accommodates customer-developed, Aptiv, NVIDIA and third-party AI models. Aptiv plans to demonstrate end-to-end AI driving on Hyperion at CES 2027.

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• 2026-10-21 - Partnership - Einride expands NVIDIA collaboration to evaluate Alpamayo for autonomous trucks

  In shadow mode, Alpamayo outputs will be compared with Einride’s planner and human drivers while existing safety systems retain vehicle control. The work uses Einride’s operational freight data to post-train and distill the driving model. The evaluation extends the Hyperion collaboration announced on 21 September 2026.

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• 2026-10-21 - Product Launch - CoreWeave launches Physical AI Launchables for robotics and AV development

  Launch templates support Isaac Sim, CARLA, MuJoCo, AlpaSim and Cosmos 3, with blank configurations for custom workloads. Cosmos Data Factory skills support augmentation, labeling, curation and retrieval across video, images and text. Templates include resource controls and coding-agent skills for launching runs, monitoring execution and retrieving results.

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• 2026-10-21 - Research Publication - NVIDIA coauthors AW-0 agentic world action model

  Pretraining uses approximately 2000 hours of YAM robot data and 1000 hours of egocentric human manipulation. Physical evaluations use a YAM bimanual station and a Tianji–Sharpa setup with two 22-DoF hands. Released code includes training and deployment tools, and a pretrained checkpoint; the pretraining corpora are not distributed.

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• 2026-10-21 - Partnership - Sereact launches closed training loop with NVIDIA and Nebius for returns robots

  Isaac Lab expands station episodes into simulated variants, while Cosmos varies garments, packaging, materials and lighting. Policies are post-trained on Blackwell GPUs and must pass Sereact’s evaluation threshold before returning to physical testing. The pipeline is available as a Physical AI Workbench reference architecture on Nebius cloud in EU regions.

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• 2026-10-21 - Product Launch - Bear Robotics launches KINO-2 robot-learning platform for KR1

  At GTC Berlin, KR 1 takes a warehouse-system order, crates bottles, delivers the crate and returns with an empty one. Bear reports reducing GR 00 T inference from approximately 500 ms to around 60 ms using Isaac OS, TensorRT and quantization in internal measurements. The platform supports Bear’s own models and external foundation models through shared training, evaluation and deployment tools.

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• 2026-10-21 - Product Launch - Agile Robots unveils Agile ONE SN humanoid reference platform

  The 1.4 m platform has 31 body degrees of freedom plus 20 in each hand and supports up to 3 kg payload per arm. GR00T 1.7, whole-body control and URDF/USD assets connect demonstration capture, simulation, training and physical testing. Availability is scheduled for early 2027; NVIDIA Halos safety integration is being explored.

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• 2026-10-21 - Product Launch - NVIDIA expands Isaac with Isaac OS, Lab 3.0 and robot-learning assets

  Isaac OS is an open-source Holoscan-based runtime connecting AI, sensors, controls and physical robot hardware. SimReady Central Library has more than 2,000 robotics and factory assets; full Human 1 Maccess is restricted to Cosmos Coalition partners. Three DGX Station workflows cover GR00T reinforcement learning, dexterous manipulation and Cosmos synthetic-data generation using ChatGPT Astra.

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• 2026-10-21 - Product Launch - NVIDIA introduces Halos SAFE and Alpamayo 2 Edge for autonomous-driving development

  Halos SAFE combines simulation and physical testing to generate traceable vehicle-safety evidence. Alpamayo Agentic Factory supports workflows for adapting and evaluating driving models across vehicles, conditions and regions. The announcement covers development programmes on Hyperion across passenger vehicles, robotaxis and autonomous freight.

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• 2026-10-21 - Production Milestone - Agile Robots targets 1,000–2,000 ONE S and ONE SN humanoids in 2027

  The target covers Agile ONE S and ONE SN together, aimed at universities and corporate research laboratories. ONE SN combines dexterous hands, cameras and NVIDIA Jetson Thor in a jointly specified research configuration. Stanford and ETH Zurich were named as potential customers, rather than confirmed orders.

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• 2026-10-21 - Partnership - Comau integrates NVIDIA physical AI into robot development and controllers

  The company is contributing SimReady OpenUSD robot assets to the SimReady Central Library on Hugging Face. MI.RA vision-system development uses reinforcement learning for palletizing and depalletizing, with Isaac Sim and Isaac Lab supporting training before physical deployment. The controller architecture is designed for AI workloads, while the simulation programme covers industrial arms, collaborative robots and mobile platforms.

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• 2026-10-20 - Commercial Order - XYZ supplies ten DEUX robots for NVIDIA robotics training

  The course opened on October 12 at CF Tower in Seongsu, Seoul. XYZ’s BrainX workflow supports data collection, processing, model training and execution on real robots. The programme concerns education and development; the announcement does not describe an industrial operating fleet.

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• 2026-10-19 - Award - Reply earns NVIDIA Physical AI Specialization

  Roboverse Reply’s work at Hermes Fulfilment’s Loehne centre links multi-vendor robot fleets with warehouse systems. NVIDIA Omniverse and Isaac support simulation of layouts, robots and workflows before rollout. Reply provides engineering from simulation and AI training through integration, production rollout and scaling.

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• 2026-10-19 - Research Publication - Siemens and NVIDIA unveil AI applications tested at Erlangen factory

  Cosmos generates inspection-training images from digital twins before physical PCB prototypes are available. AI agents propose production scenarios that planners validate against a factory digital twin before implementation. Siemens claims potential reductions of up to 85% in preparation engineering, 40% in time to market and 20% in planning costs.

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• 2026-10-16 - Partnership - Mercedes-Benz expands NVIDIA partnership for automated driving and future Level 4 applications

  Alpamayo supports point-to-point urban assistance, active safety and automated parking. Halos provides a parallel safety stack for redundancy and guardrails. Future SAE Level 4 applications include robolimousines; the companies also collaborate on engineering simulation and the MO360 production ecosystem.

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• 2026-10-15 - Research Publication - NVIDIA releases Flora models for robot-data annotation and rewards

  The suite includes a 27B-parameter captioner, temporal segmentation and reward models. NVIDIA reports throughput of 200,000 video-hours per day across 512 GB300 GPUs. The captioner is licensed for non-commercial research and development under NVIDIA’s OneWay Noncommercial terms.

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• 2026-10-15 - Research Publication - NVIDIA researchers introduce DemoStream for automated robot demonstration generation

  Policies trained on 75 collected demonstrations achieved 67% success in the reported physical tasks. Simulation evaluates planning costs, action spaces and batch sizes across manipulation tasks. The project shares videos, while its code release remains pending; Panda is not substituted with FR3.

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• 2026-10-15 - Partnership - NVIDIA and Volvo Cars expand partnership for next-generation automated driving

  The technology is planned to debut in a next-generation Volvo car. The intended operating scope spans highways, urban streets and parking scenarios. The expansion builds on a collaboration that began in 2017 and targets gradual introduction of eyes-off and mind-off driving.

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• 2026-10-14 - Research Publication - NVIDIA-led team introduces Robota-Embed for action-aware robot experience retrieval

  The study combines 1,695,684 training anchors with 4,000 benchmark queries and an 8,000-entry gallery. Clip- and episode-level R@1 reach 47.33% and 81.77%; results are author-reported. The public technical report is available, while code, model and benchmark downloads remain marked coming soon.

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• 2026-10-14 - Research Publication - Archon and collaborators introduce PingpongDuo humanoid table-tennis doubles

  A physical clearance-and-recovery test covers 2.15 metres in2.4 seconds, with a peak speed of2.23m/s. Simulation comparison reports a 13.2% improvement in return success; the physical experiment measures alternating strikes. The system coordinates team positioning with separate footwork and striking skills.

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• 2026-10-14 - Partnership - Apian and Synnovis develop pathology-logistics world model with NVIDIA

  Supervised ground-robot trials at Synnovis’ Blackfriars hub delivered more than 1,400 live patient samples between drone landing pads and the diagnostic laboratory. The initiative uses Omniverse and Isaac Sim digital twins alongside NVIDIA Cosmos world models. Real-world workflow data is intended to improve simulation and robot orchestration across laboratory layouts, lifts and moving obstacles.

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• 2026-10-13 - Capability - Bot Auto selects Lenovo AD1 for production driverless trucks

  The controller uses dual DRIVE AGX Thor compute domains and dual safety controllers with independent primary and backup power. Bot Auto reports approximately 350 commercial loads per month across Texas and 270% revenue growth between May and August 2026. The expected autonomy hardware bill of materials is approximately $50,000 per truck, including compute and sensors.

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• 2026-10-13 - Research Publication - AgiBot introduces WorldOracle benchmark for action-conditioned world models

  The 335-example evaluation spans AgiBot G2, YAM and human-hand embodiments with successful, failed and extended interactions. Seven world models are tested across rigid, deformable, fluid and articulated-object interactions. Metrics assess physical-state correctness, spatial alignment, interaction-area fidelity and coherence across synchronized views.

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• 2026-10-12 - Market Signal - Genesis AI is named in NVIDIA’s planned French startup investments

  The new planned investments also include healthcare platform Doctolib, materials-discovery startup Entalpic and planning software company Pigment. Genesis AI develops robotics foundation models alongside data collection, simulation and robot hardware. The company’s wider commitments across Europe totalled nearly $10 billion.

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• 2026-10-07 - Product Launch - AWS releases Physical AI Toolchain for robot-policy development

  NVIDIA GR00T, Isaac Sim, Isaac Lab, Cosmos and OSMO provide the model, simulation and workflow components on AWS infrastructure. The pipeline supports LeRobot datasets, URDF robot descriptions, ONNX model export and ROS 2 control interfaces. Independent modules can be deployed separately; the GR00T example includes 27 UR3 pick-and-place teleoperation episodes.

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• 2026-10-07 - Capability - Chef Robotics adopts NVIDIA simulation and motion planning for food assembly

  Digital twins test robotic cells against variations in ingredients, containers, utensils and production-line layouts before installation. GPU-accelerated motion planning supports piece picking, multi-deposit assembly and coordinated robot lines in cluttered environments. Chef says customer deployments achieve up to 60% higher labour productivity.

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• 2026-10-07 - Capability - AVerMedia and Stereolabs integrate JetPack 7.2 support for ZED X vision

  AVerMedia handles board-specific device trees, driver generation and validation, while Stereolabs maintains camera firmware, image processing and the ZED SDK. Reproducible Debian packages retain the driver, device tree, installation flow and kernel code used in production. Drivers can be regenerated for required JetPack and Linux versions; JetPack 7.2 also adds Yocto support for reproducible software images.

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• 2026-10-07 - Product Launch - Arrive AI launches AP3 Plus delivery endpoint with onboard vision and edge compute

  An NVIDIA Jetson Orin Nano runs local vision models for package presence, orientation, status and chain-of-custody tracking. Arrive OS handles local events and machine state through an interface to the Arrive Point Network; package data stays on the unit with optional cloud access and backup. The endpoint uses cellular or Wi-Fi connectivity and standard 120-volt power, with ground, wall, pad and freestanding mounting options.

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• 2026-10-06 - Capability - Toyota CUE7 adopts edge-AI compute supplied by Ryosan Ryoyo

  The configuration uses NVIDIA Jetson AGX Orin Industrial, Connect Tech AGX202 and Connect Tech JCB002. Toyota selected the hardware for its compact, lightweight form and high-precision real-time recognition of the ball and surroundings. The research explores autonomous decisions and control for dribbling in response to irregular ball movement and changes in the environment.

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• 2026-10-05 - Funding - NVIDIA and Sapphire Ventures join Reactor’s Series A extension

  Cloud inference and low-latency streaming are delivered through a unified SDK and API for interactive models. Robotics workflows include serving policies remotely and using world models as closed-loop environments for training and evaluation. Developers can use open-source or customer-owned models, with usage-based pricing that varies by model.

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• 2026-10-02 - Demonstration - NVIDIA and Hon Hai report robot assembly results for GB300 tester trays

  Busbar assembly includes transporting and positioning the metal bar and tightening screws at 16 locations. Connector assembly requires inserting two large and two small cable-mounted connectors into tight-clearance sockets. The teams target completion times below 124 seconds for busbars and 72 seconds for connector insertion.

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• 2026-10-02 - Product Launch - Bonsai Robotics launches Bonsai World for rugged-environment autonomy simulation

  Satellite imagery becomes structured 3D scenarios with terrain, dust, debris, animals and vehicle variations. The company says its underlying models use more than 50 million real-world samples gathered across more than one million acres. Google Gemini interprets imagery; Google Cloud virtual machines and NVIDIA GPUs support training and generated-environment inference.

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• 2026-09-30 - Research Publication - Seeing Machines publishes Jetson Thor human-mesh recovery benchmarks

  HMR-Lite achieved 5.5 ms median RGB latency and 6.2 ms for RGB-D; person bounding-box detection time is excluded. The larger HMR model achieved 15.8 ms RGB latency with 386 million parameters, versus 146 million for HMR-Lite. Both configurations reconstruct body pose, shape and camera-frame placement from a single RGB or RGB-D view.

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• 2026-09-23 - Product Launch - JWIPC introduces W638 compact Jetson Thor workstation

  T4000 and T5000 configurations provide 64 GB or 128 GB of unified memory. The workstation measures 130 × 125 × 75 mm and weighs approximately 1.3 kg. Connectivity includes two 10GbE ports, four USB Type-A ports, USB Type-C and two HDMI 2.1 outputs.

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• 2026-09-22 - Product Launch - NVIDIA releases Isaac ROS 5.0

  The release adds NVIDIA-built ROS 2 Lyrical packages for Ubuntu 24.04 and updates GPU-backed message exchange through rosidl::Buffer. FoundationPose inference runs up to 5.5x faster, alongside a FoundationStereo fine-tuning workflow. The release includes a standalone agent-ready pick-and-place workflow and expanded Jetson and RealSense integration.

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• 2026-09-21 - Partnership - Einride and NVIDIA collaborate on Hyperion-based autonomous trucking

  The work extends Hyperion’s compute, sensor, software and safety architecture to heavy-duty trucking requirements. Einride will use NVIDIA Halos, Cosmos and Blackwell infrastructure for safety engineering, edge-case data work, simulation and model training. Einride expects its freight network to reach 1,500–2,000 vehicles by 2028 based on captured demand and estimates roughly 80% of that demand is suitable for medium-term automation.

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• 2026-09-16 - Product Launch - ugo announces Nova mobile manipulation robot

  Head and hand cameras, bilateral control and VR operation support remote manipulation; the stated payload is four kilograms per arm or ten kilograms with both arms. NVIDIA Jetson Thor provides onboard compute, while GK Kyoto contributed industrial design and Asratec developed the controller.

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• 2026-09-09 - Market Signal - Skild AI crosses $100M annual revenue run rate

  Mobility contributes 10% of revenue, while solutions inherited from Fetch Robotics contribute 4%. Skild Brain is being deployed with NVIDIA and Foxconn on dual-arm manipulators assembling NVIDIA Blackwell systems. S1 is being prepared for wire-harness automation at Sumitomo Wiring Systems and piloted with Mitsui & Co. in commercial kitchens.

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• 2026-09-08 - Capability - Quantum Cyber brings eight-GPU A100 cluster into swarm-autonomy development

  The company says it has already used the cluster to train autonomous target-detection and autolock models for aerial and ground targets. Its simulation and hardware-in-the-loop pipeline moves part of autonomy validation away from live flight testing. The cluster is planned for installation at Quantum Cyber’s Bridgeport, Connecticut drone-manufacturing site.

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• 2026-08-26 - Market Signal - JWIPC plans Jetson Orin Nano 2 controllers and edge systems

  The NVIDIA module was slated for availability in the first half of 2027. Planned JEA industrial-vision boxes target two to four cameras in a fanless enclosure. The mobile-robot controller roadmap includes compatibility with the Isaac and ROS ecosystems.

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• 2026-08-25 - Product Launch - NVIDIA announces Jetson Orin Nano 2 for entry-level robotics compute

  The platform combines 78 TOPS, 8GB of memory and an 8-core Arm CPU in the Jetson Orin Nano form factor. NVIDIA claims 2× the inference performance of Jetson Orin Nano Super and 40% lower power at equivalent performance in 15-watt mode. Matic is adopting the platform; Wing plans to evaluate it. Availability remains forward-looking for H1 2027.

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• 2026-08-25 - Capability - Aptiv extends production support to NVIDIA Jetson Orin Nano 2

  The support covers delivery and inspection drones, robotics, industrial automation and other intelligent-edge applications. Aptiv identifies PULSE sensing, Gen 8 radar, Jetson-based compute and Wind River software and lifecycle services as parts of the stack. The announcement expands an existing Jetson collaboration and does not disclose a customer award, order value or production volume.

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• 2026-08-20 - Capability - Waymo details custom 5nm ASIC and autonomous-compute partner stack

  The custom ASIC provides more than 1,000 TOPS for front-end sensor processing and machine-learning workloads. Waymo says its onboard compute performance has increased 20-fold in eight years and processes 13 high-resolution cameras in real time.

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• 2026-08-18 - Product Launch - Foxglove launches agentic robotics-data platform with NVIDIA Cosmos search

  Semantic Search uses NVIDIA Cosmos to query multimodal robotics and autonomy data in natural language. Agentic workflows can investigate fleet failures and help curate training and evaluation datasets. The release also includes Comparison Mode for side-by-side analysis and packages Remote Access for live fleet visibility and intervention.

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• 2026-08-18 - Capability - LG details NVIDIA-powered Data Factory for physical-AI robotics

  The Yangjae R&D Campus facility is planned to be fully operational by the end of 2026, with several hundred robots in replicated home and factory environments. LG targets 100,000 hours of real and synthetic training data by year-end using NVIDIA Cosmos, Isaac and Omniverse. The programme includes LG CLOiD home robots, LG CNS logistics robots and LG Innotek robotic hands and expands the Aug. 13 LG Group–NVIDIA MOU into a specific operating programme.

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• 2026-08-13 - Partnership - LG Electronics joins NVIDIA’s expanded robotics collaboration

  The bipedal robot targeted an unveiling in the first quarter of 2027, combining Jetson Thor, Isaac GR00T and Halos for Robotics. LG Electronics would provide actuators, LG Innotek sensors and LG Energy Solution batteries for the reference robot. A CLOiD proof of concept was planned for the Tennessee washing-machine line during 2026; LG CNS PhysicalWorks would support robot-data collection, training and validation.

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• 2026-08-05 - Capability - AEye Apollo lidar validated on NVIDIA DRIVE AGX Thor

  Validation confirms sensor-to-compute interoperability through NVIDIA DRIVE OS. Pre-qualified status places Apollo within the Hyperion autonomous-driving development ecosystem. The milestone follows AEye’s January 2026 showcase of Apollo integrated with Thor and is a distinct formal validation step.

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• 2026-08-04 - Product Launch - NVIDIA releases Alpamayo 2 Super for commercial autonomous-driving use

  The 32-billion-parameter vision-language-action model reasons, plans and acts across the autonomous-driving stack. OpenMDW-1.1 permits commercial use, fine-tuning, derivative models and redistribution under a unified model-centric licence. NVIDIA positions the release for autonomous vehicles and robotaxis, with inspectable reasoning intended to support development and validation.

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• 2026-08-04 - Partnership - Innoviz and top-10 automaker begin InnovizTwo highway-perception programme

  The programme covers an InnovizTwo-based perception stack for highway automated-driving functions. Development and validation will run with the automaker on NVIDIA compute hardware. The customer is unnamed and the announcement does not disclose production volumes, programme value or a series-production award.

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• 2026-07-26 - Capability - NVIDIA adds agent-ready PhysicsNeMo and CUDA-X libraries to Agent Toolkit

  PhysicsNeMo is exposed as agent-callable AI-physics libraries for training and deploying customizable simulation models. Updated CUDA-X tools add iterative and direct sparse solvers plus quantum-chemistry capabilities for engineering agents. The release targets chip, system and industrial engineering; its relevance to robotics is enabling-stack infrastructure rather than a new robot product.

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• 2026-07-22 - Demonstration - CMR Surgical announces an NVIDIA simulation workflow for Versius Plus

  The workflow uses NVIDIA Isaac for Healthcare’s Medical Physics Simulation framework and Cosmos-H-Dreams. CMR planned to showcase the simulation at the Society of Robotic Surgery conference in Florida on July 23–26, 2026. The simulation is for research and demonstration only and is not part of the currently cleared Versius Plus system or intended for clinical decision-making.

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• 2026-07-20 - Research Publication - Flexion presents a Niantic Spatial and NVIDIA sim-to-real pipeline for humanoids

  Niantic Spatial reconstructed the office as a metric digital twin from camera capture. NVIDIA Isaac Sim and Isaac Lab provided the simulation and training environment. The RGB navigation policy transferred zero-shot to a physical humanoid in the real office.

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• 2026-07-16 - Partnership - NVIDIA and Noetra announce 140MW Vera Rubin AI factory in Japan

  The planned system is specified with 13,750 NVIDIA Vera CPUs and 27,500 Rubin GPUs on the NVIDIA DSX platform. Noetra will establish the AI factory as the computing foundation for Japan’s METI-supported FRONTia physical-AI project. The partners said pretrained multimodal-model weights will be shared with domestic developers and enterprises for agents, digital twins and robotics applications.

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• 2026-07-16 - Capability - AWL expands edge-AI video analytics on NVIDIA Metropolis

  More than 16,000 edge-AI cameras are deployed across Japan, primarily in retail environments. AWLBOX connects to existing camera infrastructure and uses NVIDIA Jetson hardware to process video locally into structured operational data. Current applications include shopper-behaviour analysis, manufacturing worker-flow and safety monitoring, and smart-city people-flow analytics.

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• 2026-07-16 - Partnership - Fujitsu begins physical-AI business study with FANUC, Yaskawa and Kawasaki

  Fujitsu will lead the business study and contribute AI, world-model, simulation and systems-integration capabilities. The robot manufacturers bring industrial platforms, control systems and deployment experience. The initiative builds on Fujitsu and NVIDIA collaboration and is intended to move physical AI toward commercial implementation in Japan.

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• 2026-07-15 - Capability - Hitachi adopts NVIDIA Cosmos and Isaac for physical-AI R&D

  NVIDIA Metropolis is also being applied to the company’s smart-building operations. Planned membership in the NVIDIA Cosmos Coalition extends the work into open world-model development with other Japanese organizations. Coalition members can build on Cosmos open models, datasets, data-curation libraries and frameworks to test physical-AI systems before deployment.

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• 2026-07-15 - Product Launch - NVIDIA introduces Cosmos 3 Edge and Jetson Thor T2000/T3000

  Cosmos 3 Edge is a 4-billion-parameter open world foundation model for real-time vision reasoning and robot-action generation on edge systems. The T3000 combines 865 FP4 teraflops, 32GB LPDDR5X memory and 25GbE; the T2000 provides 400 FP4 teraflops and 16GB memory. NVIDIA said T3000 emulation would begin in July 2026, while commercial T2000 and T3000 module availability is scheduled for Q1 2027.

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• 2026-07-15 - Capability - Toyota expands NVIDIA physical-AI stack across factories, vehicles and cities

  Toyota is bringing NVIDIA Omniverse libraries and Isaac Sim into manufacturing and robotics workflows for digital twins and robot-motion simulation. Next-generation Toyota vehicles are being developed with DRIVE AGX and DriveOS for L2++ driver-assistance functionality. Woven by Toyota developed a multimodal vision-language model for urban traffic intelligence using NVIDIA H100 GPUs and Megatron-Core.

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• 2026-07-09 - Demonstration - DreamDojo captures action labels for a Fourier GR-1 action space

  Operators used MANUS gloves and a Vive tracker to capture hand and body motion labels. The recorded labels were retargeted to a Fourier GR-1 action space for world-model research.

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• 2026-07-07 - Product Launch - Advantech launches AIR-075 on NVIDIA Jetson Thor

  AIR-075 uses NVIDIA Jetson Thor with Blackwell architecture. The system provides four native 10GbE ports for multi-camera vision workloads. Advantech said AIR-075 was available to order at launch.

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• 2026-07-06 - Partnership - NVIDIA and Hugging Face bring Isaac GR00T 1.7 and Isaac Teleop to LeRobot

  The integration gives robotics developers access to NVIDIA Isaac GR00T 1.7, Isaac Teleop and related datasets through LeRobot workflows. NVIDIA says Cosmos 3 support is planned for the same open robotics development path.

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• 2026-06-22 - Product Launch - FORT Robotics adds NVIDIA Halos outside-in safety application

  FORT Robotics added an outside-in safety application to its physical-AI Trust Layer. The application uses the NVIDIA Halos Outside-In Safety Blueprint. The added layer provides external safety monitoring for physical-AI systems rather than primary robot autonomy.

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• 2026-06-22 - Product Launch - NVIDIA announces Halos for Robotics safety system for physical AI

  Halos for Robotics extends NVIDIA Halos from autonomous-vehicle safety into robotics and physical AI. The stack spans NVIDIA IGX Thor, Holoscan Sensor Bridge, Halos OS, Halos Core, the Outside-In Safety Blueprint and the Halos AI Systems Inspection Lab. Agility is the first robotics company working with NVIDIA to incorporate Halos for Robotics elements into Digit safety systems for logistics, manufacturing and warehouse operations.

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• 2026-06-10 - Partnership - General Instinct joins NVIDIA Inception

  The company announced its NVIDIA Inception membership on June 10, 2026. Its stated focus within the programme was edge-deployed world action models. Inception membership provides startup technical resources, training and access to hardware, software and cloud benefits.

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• 2026-06-08 - Partnership - NVIDIA and LG Group work on humanoid robots and next-generation data centers

  NVIDIA CEO Jensen Huang said the company is partnering with LG Group on humanoid robots and data centers after meeting LG Group Chairman Koo Kwang-mo in Seoul. Huang said the robotics work includes motor technology and mechanical systems, positioning the collaboration around humanoid robot hardware and physical AI infrastructure. NVIDIA's related Korea ecosystem update says the companies plan an AI factory to support LG's robotics, autonomous-driving, data-center technologies and GPU development.

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• 2026-06-08 - Partnership - SK Telecom and NVIDIA partner on physical-AI cloud infrastructure

  The collaboration combines SK Telecom's data-centre and network infrastructure with NVIDIA accelerated computing. The programme targets robot training, simulation and industrial digital-twin workloads. The partners plan the first AI-cloud factory for 2027.

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• 2026-06-08 - Partnership - SK hynix and NVIDIA expand memory development to Jetson Thor

  The agreement also covers memory development for NVIDIA AI infrastructure and personal computing platforms. The companies plan to use simulation and factory digital twins to improve semiconductor manufacturing and the movement of mobile robots inside fabs.

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• 2026-06-08 - Partnership - NVIDIA and Hyundai discuss expanding physical-AI cooperation

  NVIDIA CEO Jensen Huang and Hyundai Motor Group Executive Chair Euisun Chung discussed work across mobility and physical AI at Hyundai's Seoul headquarters. Huang said the companies were exploring broader autonomous-mobility technology and safety work, while Chung called NVIDIA an indispensable partner. The meeting also covered Hyundai's proposed Saemangeum AI, robotics and data-centre ecosystem; it recorded a direction for expanded cooperation rather than a completed deployment.

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• 2026-06-07 - Partnership - NVIDIA and Doosan Group expand physical AI partnership across robotics and AI factory infrastructure

  NVIDIA and Doosan Group expanded their collaboration across physical AI, robotics and AI factory infrastructure. Doosan Robotics is integrating Isaac Sim, Isaac Lab, Cosmos, Newton and Jetson Thor into an Agentic Robot OS for industrial tasks including depalletizing and sanding. The programme also covers Doosan Bobcat autonomous equipment, Doosan Enerbility power infrastructure and Doosan electronics materials for AI factories.

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• 2026-06-05 - Research Publication - Anchor Lab Dataset: Real-World Measurements for Sim-to-Real Calibration

  Releases a Hugging Face robotics dataset for grounding simulation calibration in real physical measurements. Supports zero-shot sim-to-real workflows by providing hardware measurement data for dynamics and calibration pipelines. Apache-2.0 dataset surface is live on Hugging Face and is part of NVIDIA physical-AI infrastructure.

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• 2026-06-02 - Product Launch - NVIDIA unveils open humanoid robot for university research

  The system combines a Unitree H2 Plus humanoid body, Sharpa five-fingered hands, Jetson Thor onboard computing, and NVIDIA's Isaac GR00T software stack. Onboard computing comes from the Jetson AGX Thor T5000, based on NVIDIA's Blackwell architecture.

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• 2026-06-01 - Capability - Agile Robots begins testing NVIDIA Cosmos 3 across robotics portfolio

  Testing spans Agile Robots and Franka systems including Thor single- and dual-arm robots and FR3 dual-arm configurations. The company is using Cosmos as a neural simulator to stress-test edge cases and evaluate robot policies before physical trials. Agile Robots plans to make Cosmos 3 integration available to customers through its robotics platform.

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• 2026-06-01 - Partnership - VinFast, Autobrains and NVIDIA launch Agentic AI L4 program for Southeast Asia

  The program combines Autobrains Agentic AI with NVIDIA DRIVE Hyperion 10 compute. VinFast is developing a Level 4 platform for Southeast Asian traffic environments. The collaboration pairs VinFast vehicle integration, NVIDIA high-performance compute, and Autobrains AV software.

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• 2026-06-01 - Capability - Foretellix details NVIDIA Alpamayo reference solution

  The reference solution combines Foretellix Foretify with NVIDIA Omniverse NuRec and Cosmos. Foretellix positioned the system as a way to scale physical AI and autonomous-driving development. The company planned to demonstrate the workflow at CVPR 2026 on June 5.

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• 2026-06-01 - Product Launch - Unitree announces H2 Plus research reference humanoid

  The configuration pairs an H2 chassis with dual Sharpa Wave five-finger hands and NVIDIA Jetson AGX Thor T5000 onboard computing. Unitree targeted late-2026 availability; the platform covers demonstration capture, simulation, policy training, evaluation and deployment workflows.

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• 2026-05-31 - Partnership - Sharpa Wave tactile hands join NVIDIA Isaac GR00T humanoid reference design

  NVIDIA announced the Isaac GR00T Reference Humanoid Robot using a Unitree H2 Plus body, Sharpa Wave tactile five-finger hands, Jetson Thor onboard compute, and Isaac GR00T software workflows. Sharpa Wave supplies dexterous tactile manipulation hardware for academic humanoid robotics research and physical-AI development. The reference design gives Sharpa a high-visibility integration point in the humanoid research ecosystem.

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• 2026-05-22 - Partnership - Kawasaki opens Physical AI Center San Jose with AI and technology partners

  The center is intended to accelerate social implementation of physical AI in robotics. Kawasaki named healthcare, elder care, mobility, semiconductors and automotive as starting application areas. Kawasaki described collaboration themes with NVIDIA, Analog Devices, Microsoft and Fujitsu around robotics, AI, cloud and healthcare workflows.

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• 2026-04-30 - Research Publication - GR00T-VisualSim2Real: Visual Sim-to-Real at Scale for Humanoid Loco-Manipulation

  Open-source pipeline for visual sim-to-real transfer of humanoid locomotion and manipulation skills. Includes training code, simulation assets, and workflows for learning behaviors such as walking and object interaction. Targets scalable deployment of humanoid policies without reliance on real-world teleoperation data.

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• 2026-04-21 - Deployment - Aetina AIB-MX23 powers more than 200 Anantak warehouse vehicles

  Anantak deployed more than 200 autonomous vision-guided vehicles across warehouse and factory customer sites. The AIB-MX23 uses NVIDIA Jetson AGX Orin to run lidar and camera fusion, SLAM and navigation concurrently onboard. The deployment reduced manual trolley and cart handling time by 60% to 80%, according to the published case study.

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• 2026-04-17 - Research Publication - NVIDIA Isaac GR00T N1.7

  Released the GR00T N1.7 family of open, commercially licensed vision-language-action models for humanoid robots, including a 3B-parameter variant with public Hugging Face and GitHub access. Uses an Action Cascade architecture combining a vision-language model for reasoning with a diffusion transformer for motor control. Supports local fine-tuning and real-world deployment of dexterous multi-step manipulation policies on humanoid platforms.

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• 2026-04-08 - Partnership - MDS Tech and Seoul National University collaborate on Physical AI education

  MDS Tech supports the Robocon creative-engineering curriculum with Jetson Orin Nano Super development kits. NVIDIA Korea DLI practical training complements the course; one hundred students joined the AIX Challenge.

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• 2026-03-27 - Capability - Ecotron details Thor-based EATHA06 autonomy controller

  Jetson Thor provides 2,070 TFLOPS of compute for real-time perception, sensor fusion and decision-making. An ASIL-D-rated Infineon TC397 microcontroller supplies the safety-control layer. The controller exposes eight GMSL/GMSL2 camera inputs plus automotive Ethernet, CAN FD, LIN, GNSS and IMU interfaces.

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• 2026-03-18 - Demonstration - Techman Robot presents Thor-powered TM Xplore I at GTC

  The wheeled humanoid uses NVIDIA Jetson Thor for edge AI and a vision-language-action model for multimodal processing. NVIDIA Isaac Sim and FoundationStereo support simulated workflow validation and depth perception. The GTC booth application invited visitors to request specified coasters for the robot to deliver.

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• 2026-03-17 - Deployment - Aetina deploys Jetson Thor computing in two humanoid robot programs

  A South Korean developer used the platform for general-purpose humanoids intended for safety-focused facilities. A German developer integrated it into humanoids for factory and warehouse logistics, including stereo GMSL camera processing. Aetina supplied Jetson Thor edge computing and integration support for multimodal inference, decision-making and motion control.

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• 2026-03-17 - Partnership - Advantech and FORT Robotics partner on safe physical AI edge system

  Advantech partnered with FORT to integrate FORT safety architecture into the MIC-735 edge AI system. The MIC-735 is powered by NVIDIA IGX Thor and targets robotics and AMR applications. The integration supports real-time safety commands for physical AI deployments.

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• 2026-03-17 - Capability - 1X details NVIDIA compute and vision stack for NEO

  Jetson Thor runs NEO multimodal models locally for low-latency perception, reasoning and control. NVIDIA Argus processes camera data within NEO perception stack for low-latency visual inference. 1X uses Blackwell HGX B200 GPUs to train robot foundation models on simulated and real-world data.

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• 2026-03-17 - Product Launch - ADLINK unveils edge AI platforms powered by NVIDIA Jetson Thor and IGX Thor

  ADLINK announced the DLAP-IGX Series and DLAP-700 Series powered by NVIDIA IGX Thor and Jetson Thor The company said the platforms are aimed at physical AI workloads, with specific emphasis on industrial robotics and humanoid markets ADLINK positioned the launch around safe, high-performance edge AI deployment for robotics and autonomous systems

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• 2026-03-16 - Demonstration - RealSense unveils humanoid autonomous navigation demonstration at NVIDIA GTC

  RealSense showcased autonomous humanoid navigation at NVIDIA GTC using depth cameras, visual SLAM, and NVIDIA CuVSLAM The demo focused on safer humanoid localization, mapping, terrain awareness, and stable motion in human environments This was a concrete robotics demonstration rather than a generic ecosystem narrative

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• 2026-03-16 - Partnership - PSYONIC and NVIDIA announce collaboration at GTC 2026

  PSYONIC announced the Ability Hand became one of the first commercial dexterous hands integrated as a native asset in NVIDIA Isaac Lab. The companies also introduced a human-to-robot real-to-real transfer workflow built around high-fidelity human dexterous interaction data for robotic manipulation learning. PSYONIC positioned the collaboration around a closed-loop pipeline linking human use, real-world data capture, simulation, and robotic policy training.

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• 2026-03-16 - Partnership - Infineon accelerates deployment of robots with improved safety and security features using digital twins in collaboration with NVIDIA

  Infineon expands its NVIDIA collaboration around digital-twin-based workflows for safer robot deployment The collaboration targets robot system architectures using Infineon components alongside the NVIDIA robotics stack

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• 2026-03-16 - Partnership - STMicroelectronics accelerates global adoption and market growth of Physical AI with NVIDIA

  ST announced integration of its sensors, microcontrollers, and motor-control solutions with the NVIDIA robotics ecosystem The collaboration targets humanoid and other physical AI systems using Jetson, Holoscan Sensor Bridge, and Isaac Sim workflows It positions ST as a direct component supplier into the humanoid and advanced robotics stack

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• 2026-03-16 - Partnership - NXP and NVIDIA collaborate on functional-safety concepts for robotics platforms

  NXP and NVIDIA are developing robotics solutions that combine NXP edge processing, networking and functional-safety expertise with NVIDIA robotics platforms. The first solutions use NVIDIA Holoscan Sensor Bridge with NXP SoCs for sensor fusion, machine vision and precision motor control. NXP said the collaboration helps define a unified architecture for full-body humanoid robotics and accelerate physical-AI development and deployment.

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• 2026-03-16 - Partnership - NXP delivers new innovations for advanced physical AI with NVIDIA

  NXP announced robotics solutions developed with NVIDIA for physical AI and humanoid robotics The collaboration combines NXP edge processors, motor control, and sensor interfaces with the NVIDIA robotics stack It positions NXP as a component supplier in the humanoid and mobile robotics ecosystem

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• 2026-03-16 - Product Launch - STMicroelectronics and Leopard Imaging launch Jetson-ready multi-sensor robotics vision module

  ST and Leopard Imaging introduced an all-in-one multimodal vision module for humanoid and advanced robotics systems The module combines ST imaging, 3D depth sensing, and motion sensing with NVIDIA Holoscan Sensor Bridge and Isaac compatibility This is a discrete robotics product launch rather than a generic semiconductor announcement

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• 2026-03-12 - Award - WIRobotics joins second Physical AI Fellowship cohort

  Each fellow receives US$200,000 in AWS credits and support from AWS Generative AI Innovation Center scientists and engineers. NVIDIA support includes Isaac frameworks, Cosmos world models and training resources, alongside MassRobotics facilities and network access. The nine-company cohort was scheduled to present at partner events, including AWS re:Invent 2026.

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• 2026-03-12 - Demonstration - ADLINK previews Jetson Thor systems for GTC

  DLAP-701 configurations used Jetson T5000 or T4000 modules; a DeepRad.AI medical demonstration paired the platform with Phison aiDAPTIV. Noble Machines’ Moby was listed for a separate humanoid showcase using ADLINK DLAP-series computing and NVIDIA Jetson modules.

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• 2026-03-10 - Partnership - Noble Machines and Schaeffler partner on actuators and Newton simulation

  The actuator platform uses Texas Instruments chipsets, while its digital twin runs in the Newton physics engine built on NVIDIA Warp and OpenUSD. The models account for manufacturing differences, lubricant and seal aging, and the energy demands of physical hardware. The partners also describe online self-diagnosis that uses controller effort to identify wear and environmental changes and adjust robot control.

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• 2026-03-09 - Partnership - ABB Robotics partners with NVIDIA on RobotStudio HyperReality

  ABB Robotics said it would integrate NVIDIA Omniverse libraries into RobotStudio to support industrial physical-AI workflows. The announcement introduced RobotStudio HyperReality, planned for availability in the second half of 2026. ABB said Foxconn was piloting the technology for consumer-electronics assembly before real-world production transfer.

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• 2026-03-09 - Demonstration - A MANUS demonstration teleoperated a simulated 22-DoF Sharpa Wave inside NVIDIA Isaac Lab 2.3…

  A MANUS demonstration teleoperated a simulated 22-DoF Sharpa Wave inside NVIDIA Isaac Lab 2.3 and fed demonstrations into Isaac Lab Mimic. The relationship and configuration scope are limited to this named, dated programme.

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• 2026-03-09 - Partnership - ABB integrates NVIDIA Omniverse into RobotStudio

  • ABB Robotics announced the integration of NVIDIA Omniverse libraries into its RobotStudio software. • This new feature, named RobotStudio HyperReality, is scheduled for release in the second half of 2026. • Foxconn has begun piloting this technology in consumer electronics assembly.

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• 2026-03-05 - Partnership - Texas Instruments partners with NVIDIA to accelerate humanoid robot safety and validation

  Texas Instruments said it is working with NVIDIA to accelerate the safe deployment of humanoid robots into real-world environments. The announcement combines TI's real-time motor control, sensing, radar and power technologies with NVIDIA's robotics compute, Ethernet-based sensing and simulation stack. TI said the joint approach helps robotics developers validate perception, actuation and safety earlier and more accurately in development workflows.

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• 2026-03-04 - Demonstration - EgoScale aligns human and robot dexterity data

  The pipeline used a Sharpa hand action space with MANUS glove and Vive motion capture. Transfer tests used a Unitree G1 tri-finger hand configuration.

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• 2026-02-21 - Market Signal - NVIDIA Open-Sources SONIC for Humanoid Whole-Body Control

  SONIC is a generalist humanoid controller trained on over 100 million frames of diverse motion data. The model features a universal token space and kinematic planner for integrating various inputs, including VR teleoperation and video. SONIC's scalable foundation eliminates the need for manual reward engineering in training humanoid robots.

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• 2026-02-20 - Demonstration - NVIDIA Open-Sources DreamDojo to Address Robotics Data Gap

  DreamDojo utilizes 44,000 hours of human video to simulate complex robotics tasks The model enables real-time applications including live teleoperation and model-based planning.

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• 2026-02-19 - Research Publication - NVIDIA releases GEAR-SONIC whole-body control stack for humanoid robots

  NVIDIA released GEAR-SONIC through the GR00T Whole-Body Control repository as a generalist humanoid whole-body controller. The official repository describes SONIC as using motion tracking over large-scale human motion data to support natural locomotion, whole-body movement, VR teleoperation, and higher-level humanoid planning. SONIC complements VLA manipulation models with the whole-body control layer needed for humanoid deployment.

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• 2026-02-19 - Market Signal - NVIDIA Open-Sources SONIC for Humanoid Whole-Body Control

  SONIC is a generalist humanoid controller trained on over 100 million frames of diverse motion data. The model features a universal token space and kinematic planner for integrating various inputs, including VR teleoperation and video. SONIC's scalable foundation eliminates the need for manual reward engineering in training humanoid robots.

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• 2026-02-05 - Partnership - Opentrons and NVIDIA collaborated on physical-AI laboratory robotics and presented the…

  Opentrons and NVIDIA collaborated on physical-AI laboratory robotics and presented the programme at SLAS 2026. The disclosed milestone was a collaboration presented at SLAS 2026; it did not identify a commercial robot order or a deployed customer fleet.

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• 2026-02-03 - Capability - Cyngn integrates forklift models into NVIDIA Isaac Sim

  The environment is based on NVIDIA Isaac Sim and supports development without requiring a physical vehicle for every iteration. Cyngn plans to use it for engineering, customer demonstrations and early-stage operator training.

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• 2026-01-22 - Deployment - Reply supports Otto Group robotic-coordination pilot in Loehne

  The layer links robot fleet-management tools with the warehouse-management system. Spot-mounted scanners and cameras captured the environment used to build the digital representation. NVIDIA Omniverse and Isaac support virtual layouts, KPI calculations and evaluation of different robot configurations.

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• 2026-01-12 - Market Signal - HCLTech appears as NVIDIA Physical AI partner at CES 2026

  The recognition occurred during NVIDIA chief executive Jensen Huang's CES keynote. HCLTech linked the appearance to its Kinetic AI work across robotics engineering, simulation, validation and deployment.

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• 2026-01-12 - Capability - Multiply Labs adopts NVIDIA robotics tools for biomanufacturing development

  Isaac Sim supports hardware simulation and software validation before changes reach physical systems. FoundationPose and FoundationStereo support learning from expert demonstrations, while GR00T work targets manipulation research.

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• 2026-01-12 - Product Launch - Simbe introduces Tally 4.0 retail inventory robot

  Runtime increases to up to 12 hours, with shorter charging cycles intended to support daytime and overnight scanning. NVIDIA onboard processing and RealSense depth cameras support real-time autonomy and shelf-data analysis. Dual fisheye cameras add panoramic capture, while expanded sensing covers fixtures including bunkers and high shelves.

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• 2026-01-06 - Capability - Swift Navigation integrates Starling positioning with NVIDIA DRIVE AGX

  Through its standard sensor interface, DriveWorks receives the plugin's corrected position output without a custom data path. Swift combines Skylark cloud corrections with GNSS, inertial sensing and wheel odometry for lane-level positioning. The plugin was available when announced, but Swift did not identify a named vehicle production programme.

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• 2026-01-06 - Partnership - AEye to showcase Apollo lidar integrated with NVIDIA AGX DRIVE Thor at CES 2026

  AEye said Apollo was integrated with NVIDIA AGX DRIVE Thor for demonstration at CES 2026. The company positioned the integration around next-generation physical AI and automotive sensing workflows. The announcement describes a named technical integration rather than a deployment or order.

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• 2026-01-06 - Capability - Humanoid adopts NVIDIA compute and simulation stack

  Isaac Lab and Isaac Sim supported reinforcement learning and hardware-in-the-loop digital twins for navigation, manipulation, teleoperation and whole-body control testing. Simulation helped select actuators, distribute mass and place sensors; six leg configurations were evaluated before physical testing of the bipedal robot.

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• 2026-01-06 - Product Launch - Aetina launches AIB-AT78 and AIB-AT68 Jetson Thor platforms

  The AIB-AT78 uses Jetson T5000 and the AIB-AT68 uses Jetson T4000, with up to 2,070 FP4 TFLOPS and 128GB of memory. Dual 10GbE, EtherCAT, QSFP28 and support for up to eight GMSL cameras combine perception, reasoning and motion control. Aetina targets humanoid, warehouse, surgical, agricultural and inspection robots operating in demanding environments.

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• 2026-01-05 - Partnership - OMNIVISION TheiaCel HDR image sensors become available on NVIDIA DRIVE Hyperion

  OMNIVISION announced that its TheiaCel HDR image sensors are available on the NVIDIA DRIVE Hyperion platform. The integration supports low-light, long-range and flicker-free vision for autonomous-driving systems.

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• 2026-01-05 - Product Launch - NVIDIA Releases Jetson T4000 Module and New Physical AI Models at CES

  • NVIDIA announced the Jetson T4000 module, powered by the Blackwell architecture, offering four times greater energy efficiency and AI compute. • The company also introduced new open models and frameworks for physical AI, including NVIDIA Cosmos and GR00T, to advance robot learning and reasoning. • Global partners such as Boston Dynamics, Caterpillar, and LG Electronics unveiled new robots built on NVIDIA technologies.

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• 2026-01-05 - Demonstration - Hugging Face and NVIDIA show Reachy Mini agent workflow at CES 2026

  Hugging Face published a CES 2026 robotics demonstration showing Reachy Mini integrated with NVIDIA DGX Spark and open models. The post walked through a real-world agent workflow spanning reasoning, voice, vision, and robot control. This is a relevant outward-facing robotics demo because it shows Hugging Face moving from tools and libraries into full embodied-agent workflows.

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• 2026-01-05 - Demonstration - IntBot plans robot-operated CES booth with Nylo

  The all-day demonstration was scheduled for January 6 at booth 9377 in the Las Vegas Convention Center’s North Hall. IntEngine combines vision, audio and language to coordinate speech, facial expressions and gestures. Nylo had previously served as an AI information desk at NVIDIA GTC 2025, interacting with thousands of attendees.

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• 2026-01-05 - Partnership - NVIDIA selects Aeva 4D LiDAR for DRIVE Hyperion

  Aeva and NVIDIA plan to integrate the sensor platform for production vehicle programs. The announced target for production programs is 2028.

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• 2025-12-23 - Partnership - Fanuc partners with Nvidia to advance physical AI in industrial robotics

  • Fanuc partnered with Nvidia to integrate Nvidia's AI computing and simulation platforms into Fanuc's industrial robot portfolio. • The collaboration focuses on on-robot and edge inference using Nvidia hardware platforms like Jetson, and photorealistic, physics-aware simulation using Nvidia Isaac Sim. • Fanuc also released support for the open-source robotics platform ROS 2, allowing programming via Python.

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• 2025-12-15 - Research Publication - NVIDIA publishes GR00T N1.6 for long-horizon humanoid reasoning and dexterity

  NVIDIA Research published GR00T N1.6 as an improved foundation model for generalist humanoid robots. The official page describes more complex real-world experiments requiring long-horizon reasoning, dexterity, and multitasking on bimanual YAM, Agibot Genie-1, and Unitree G1 robots. N1.6 extends GR00T from manipulation benchmarks toward more demanding humanoid task execution.

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• 2025-12-15 - Product Launch - HYPRLABS emerges from stealth with HYPR ACTV runtime-learning architecture

  The San Francisco demonstration used five cameras and one NVIDIA Orin AGX over a 20-minute route. HYPR’s claimed power budget was 33 W for compute and 45 W including cameras. The learning pipeline moves from human-operated driving to supervised feedback and fleet-level model updates.

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• 2025-12-04 - Product Launch - Aetina launches NVIDIA Blackwell industrial MXM accelerator series

  The CoreEdge modules follow the MXM 3.1 industrial standard and provide up to three times the AI performance of the previous generation. Aetina designed the rugged modules for autonomous mobile robots, UAVs, UGVs, manufacturing equipment and medical systems. The launch brings generative and physical-AI processing into compact, high-density edge deployments.

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• 2025-11-13 - Product Launch - Lucid Bots opens pre-orders for Lavo AI and schedules limited pilot programs

  NVIDIA edge computing, vision systems and mapping intelligence power the robot's autonomous navigation. Limited pilots were planned for winter, with general availability targeted for Q2 2026. Live demonstration events were scheduled for January in San Francisco, Los Angeles and Austin.

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• 2025-11-04 - Partnership - Agile Robots becomes anchor customer for Europe's first Industrial AI Cloud

  Agile Robots announced it would be an anchor customer for Europe's first Industrial AI Cloud, a project involving Deutsche Telekom, NVIDIA, and the Schwarz Group. The company said the cloud would support development and operation of industrial AI workloads using real manufacturing data, simulation, and human-generated data. Agile described the initiative as an infrastructure step for scaling Physical AI and industrial robot intelligence in Europe rather than a standalone product launch.

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• 2025-10-28 - Market Signal - RoboForce Titan appears in NVIDIA GTC keynote

  RoboForce reported more than 11,000 robot letters of intent as it moved from research into commercial pilot production. Initial energy-sector pilots were active, with expansion into data centres, shipping, logistics, mining and manufacturing planned.

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• 2025-10-28 - Research Publication - Hugging Face integrates NVIDIA Isaac GR00T N1.5 into LeRobot

  Hugging Face announced that NVIDIA Isaac GR00T N1.5 could be post-trained and evaluated directly through LeRobot. The integration was framed as a way to make open-source customization and deployment of robot foundation models easier for developers. This is one of the clearest robotics research-release events on the Hugging Face stack because it connects LeRobot directly to a major robot foundation model.

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• 2025-10-28 - Product Launch - Richtech Robotics introduces Dex mobile industrial robot

  The mobile configuration had a four-hour battery, while a static base could support continuous operation. Modular arm end-effectors supported hands, clamps or specialized tools, with a four-camera vision system. Richtech planned live hat-assembly demonstrations at its GTC Washington, DC booth and invited companies to discuss pilots.

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• 2025-10-28 - Capability - Foretellix integrates Foretify with NVIDIA DRIVE AV

  The integration connects Foretellix coverage-driven verification and synthetic-data generation with NVIDIA's end-to-end AV software stack. Foretellix said the work extends its use of NVIDIA Omniverse and Cosmos within the Foretify toolchain. The combined workflow targets L2++, L3 and L4 autonomous-driving development with measurable scenario coverage and safety evidence.

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• 2025-10-28 - Capability - Amazon Robotics adopts NVIDIA Cosmos or Isaac GR00T for robotics development

  The 28 October 2025 NVIDIA announcement lists Amazon Robotics among companies using Cosmos or Isaac GR00T N models to generate synthetic data, teach robots new behaviours and deploy physical-AI agents. Cosmos provides world-foundation models and tools for simulation and reasoning, while Isaac GR00T supplies robot foundation models for humanoid-robot reasoning, generalisation and whole-body control. The source supports model adoption by Amazon Robotics, but it does not describe a separately negotiated partnership, product deployment site or specific Amazon robot using one model.

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• 2025-10-23 - Partnership - Saronic and NVIDIA form strategic collaboration

  Saronic and NVIDIA announced a strategic collaboration spanning maritime autonomy, AI and next-generation shipbuilding. NVIDIA compute, models and development tools are already used across Saronic simulation, software-development and onboard vessel workflows. The companies plan deeper joint research and development, including AI-enabled shipbuilding and virtual-facility workflows.

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• 2025-10-08 - Partnership - RealSense announces strategic collaboration with NVIDIA to accelerate physical AI and robotics

  RealSense announced a strategic collaboration with NVIDIA after its Intel spinout The collaboration covered integration with Jetson Thor, Isaac Sim, and Holoscan Sensor Bridge It targeted humanoids and autonomous mobile robots with tighter perception-compute integration

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• 2025-10-07 - Product Launch - Axiomtek introduces AIE900B-ONX edge AI system for AMR and robotics

  The system pairs NVIDIA Jetson Orin NX 16GB Super with up to 157 TOPS of AI performance in a fanless enclosure for edge deployment. AIE900B-ONX provides four PoE and four USB ports for cameras and sensors, plus GMSL, CAN and 5G/Wi-Fi connectivity options. The platform supports AMRs and robotics through NVIDIA Isaac ROS support, with remote monitoring and OTA management through Allxon.

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• 2025-09-29 - Product Launch - NVIDIA Launches Newton Physics Engine and Isaac GR00T N1.6 at CoRL 2025

  NVIDIA introduced the open-source, GPU-accelerated Newton physics engine, co-developed with Google DeepMind and Disney Research, to enhance robot simulation capabilities. The Isaac GR00T N1.6 model integrates Cosmos Reason, a vision language model that enables robots to interpret ambiguous instructions and generalize across tasks. These advancements aim to accelerate the development of physical AI by providing developers with tools for more accurate simulations and improved robot reasoning.

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• 2025-08-28 - Partnership - Orbbec adapts Gemini 330 cameras for NVIDIA Jetson Thor

  The cameras send depth and RGB sensor streams to Jetson Thor for real-time physical-AI workloads. The integration targets humanoid robots and other systems requiring edge visual reasoning. The work extends earlier Orbbec integrations with NVIDIA Isaac robotics software.

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• 2025-08-25 - Partnership - Analog Devices adopts NVIDIA Jetson Thor for humanoid and AMR development

  Analog Devices is combining NVIDIA Jetson Thor with its edge sensing, precision motion-control, power-integrity and deterministic-connectivity technologies for humanoid and autonomous-mobile-robot development. ADI’s stack brings together Holoscan Sensor Bridge and NVIDIA Isaac Sim so teams can move robotics foundation-model work from simulation toward physical systems with synchronized sensing and control. The release describes Jetson Thor as providing a Blackwell GPU, a 14-core Arm CPU, up to 128 GB of LPDDR5X memory and high-bandwidth 4×25 GbE connectivity for real-time multimodal robotics workloads.

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• 2025-08-25 - Product Launch - NVIDIA's Jetson AGX Thor now available for robotics applications

  • NVIDIA announced the general availability of the Jetson AGX Thor developer kit and production modules, designed for physical AI and robotics. • The Jetson AGX Thor, powered by NVIDIA's Blackwell GPU architecture, delivers up to 2,070 FP4 teraflops of AI compute within a 130-watt power envelope. • Early adopters include Agility Robotics, Amazon Robotics, Boston Dynamics, Caterpillar, Figure, Hexagon, Medtronic, and Meta.

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• 2025-08-25 - Partnership - RealSense and NVIDIA collaborate on physical-AI perception stack

  The collaboration combines RealSense depth cameras with NVIDIA Jetson Thor runtime compute, Isaac Sim digital twins and Holoscan Sensor Bridge for low-latency sensor streaming. The RealSense D555 introduces the v5 Vision Processor, Power over Ethernet, on-camera neural-network processing, global shutter, IMU and native ROS 2 support for high-fidelity robot perception. The partners target humanoids and autonomous mobile robots, with native depth and image streaming into Isaac Sim, validated Jetson Thor architectures and real-time sensor fusion positioned to shorten prototype-to-production cycles.

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• 2025-08-25 - Partnership - Humanoid Robot ‘Digit’ Powered by Whole-Body Control Foundation Model

  These rollouts show that Digit’s OpenUSD-trained skills scale from logistics totes to metal stampings, giving Agility and NVIDIA a fast-growing partner ecosystem—and confirming that humanoid intelligence is ready for enterprise production. Caret right icon Click to expand Caret right icon Click to expand Caret right icon Click to expand menu.

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• 2025-08-25 - Partnership - Infineon collaborates with NVIDIA on motor control and sensing architecture for humanoid robotics

  Infineon brings microcontrollers, sensors, and smart actuators into the NVIDIA Jetson Thor humanoid robotics ecosystem The collaboration focuses on scalable motor-control and embedded-control architectures for humanoid OEMs and ODMs It marks a clear robotics-specific ecosystem move rather than a generic semiconductor announcement

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• 2025-07-25 - Product Launch - Gremsy debuts ORUS-L edge-AI gimbal

  The payload contains an NVIDIA Jetson Orin NX 16GB module rated at 100 TOPS for onboard detection, tracking and sensor fusion. The IP55-rated spherical design is specified for fixed-wing and VTOL flight at up to 100 km/h. Its sensors combine a 25x optical-zoom visible camera, radiometric FLIR Boson 640 and a laser range finder rated to 2,400 m.

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• 2025-07-21 - Product Launch - WeRide and Lenovo launch HPC 3.0 robotaxi compute platform

  WeRide said the platform had entered mass production for its Robotaxi GXR fleet. Each HPC 3.0 system uses Lenovo AD1 domain controllers with two NVIDIA DRIVE AGX Thor chips. The partners reported more than 2,000 TOPS of compute and an ASIL-D-oriented design.

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• 2025-06-17 - Product Launch - Hexagon launches AEON for industrial applications

  Schaeffler and Pilatus planned pilots for manipulation, machine tending, part inspection and digital reality capture. A battery-swapping mechanism replenishes energy between work periods; NVIDIA computing, Microsoft Azure and maxon actuators support the platform.

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• 2025-06-12 - Partnership - Schaeffler integrates NVIDIA Omniverse technologies for industrial digital twins and robotics simulation

  Collaboration focuses on simulation environments for smart factory operations. Digital twins allow robotics systems and automation workflows to be tested before deployment. Supports development of next-generation autonomous manufacturing systems.

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• 2025-06-11 - Research Publication - NVIDIA publishes GR00T N1.5 with improved language following and humanoid generalization

  NVIDIA Research published GR00T N1.5 as an upgraded open foundation model for generalist humanoid robots. The official page reports improved simulated benchmark performance, stronger language following on real Fourier GR-1 experiments, and post-training on Unitree G1 teleoperation episodes. The release links the GR00T research line directly to serious humanoid platforms such as GR-1 and Unitree G1.

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• 2025-05-19 - Partnership - NVIDIA powers humanoid robot industry with Isaac GR00T platform adopted by Agility, Boston Dynamics, Fourier and others

  NVIDIA released Isaac GR00T N foundation models enabling humanoid robots to perform complex manipulation tasks via natural language commands. Agility Robotics, Boston Dynamics, Fourier, Galbot, Mentee Robotics, NEURA Robotics, General Robotics, Skild AI, and XPENG Robotics are adopting the NVIDIA Isaac platform. AeiRobot, Lightwheel, Foxlink, and NEURA Robotics are early adopters of GR00T N models; Foxconn and Foxlink use GR00T-Mimic blueprints for manufacturing.

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• 2025-05-19 - Product Launch - NVIDIA releases GR00T N1.5 and GR00T-Dreams for humanoid development

  GR00T N1.5 adds improved reasoning and skill capabilities to NVIDIA’s open, customizable humanoid foundation model. GR00T-Dreams generates synthetic motion data for robot training and complements the earlier GR00T-Mimic workflow.

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• 2025-04-25 - Demonstration - Boston Dynamics demonstrates DextrAH-RGB grasp policies on Atlas test stand

  The upper-body Atlas manipulation test stand used stereo RGB camera input to guide grasps with its three-fingered grippers. Training combined a reinforcement-learning teacher with an RGB student policy distilled in simulation. Hardware trials showed zero-shot transfer from simulation, including emerging grasp-failure detection and retry behaviours.

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• 2025-04-01 - Partnership - Accenture and Schaeffler Pave the Way for Industrial Humanoid Robots with NVIDIA and Microsoft Technologies

  Accenture and Schaeffler presented a Hannover Messe 2025 proof-of-concept for industrial automation scenarios spanning manual work, AMR-supported transport, adaptive manipulators, and general-purpose humanoid robots. The work uses NVIDIA Omniverse-based digital twins to simulate factory and warehouse layouts and test different automation mixes before deployment, with Microsoft Fabric used to compare operational scenarios and KPIs. The showcase included Schaeffler's EMMA mobile manipulator, Agility Robotics' Digit, and Sanctuary AI's Phoenix in factory and spare-parts workflows tied to Schaeffler facilities and distribution operations.

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• 2025-03-20 - Production Milestone - Gatik and Isuzu team up to mass-produce SAE Level 4 production-ready autonomous trucks powered by NVIDIA

  Gatik said it is working with Isuzu and NVIDIA to mass-produce SAE Level 4 autonomous trucks for middle-mile freight. The announcement connects Gatik's autonomy stack to an OEM path for scaled commercial vehicle production. This is one of the strongest official milestones showing the company moving beyond pilots toward industrialized deployment.

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• 2025-03-20 - Demonstration - 3D Infotech demonstrates AI-driven robotic inspection at NVIDIA GTC

  The setup used NVIDIA Jetson Orin and the Universal Robots PolyScope X environment for edge AI and robot control. Computer vision supported defect detection while AI models reduced programming effort and adapted inspection motion. 3D Infotech said its broader metrology-automation installed base exceeded 350 systems, primarily in aerospace and automotive manufacturing.

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• 2025-03-18 - Partnership - NEURA Robotics and NVIDIA deepen collaboration on cognitive robotics

  NEURA Robotics announced a collaboration with NVIDIA to accelerate cognitive robotics development. The company said it is combining Neuraverse real-world data and AI infrastructure with NVIDIA simulation and computing platforms. The partnership is aimed at speeding development of cognitive and humanoid robots.

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• 2025-03-18 - Partnership - Gatik to accelerate mass production of SAE Level 4 production-ready autonomous trucks built on NVIDIA in-vehicle compute

  Gatik announced a collaboration with NVIDIA to deploy the NVIDIA DRIVE AGX platform featuring DRIVE Thor across its autonomous truck fleet. The company said the partnership builds on its existing collaboration with Isuzu North America Corporation and is aimed at mass production of production-ready Level 4 trucks. This is a core robotics-and-autonomy event because it ties Gatik directly to scaled manufacturing and compute architecture for commercial deployment.

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• 2025-03-18 - Capability - InOrbit advances Space Intelligence with NVIDIA AI and simulation

  The platform can build self-updating digital twins of robots and operating spaces. Simulated missions train and evaluate AI agents before the same missions run in physical facilities. InOrbit cited Genentech use and collaboration with Globant and Dalus in the official release.

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• 2025-03-18 - Demonstration - Under Control Robotics demonstrates Moby payload walking on rough terrain

  The 72-kilogram robot averaged 200 watts of power consumption, with claimed endurance of five to six hours. Tests included omnidirectional walking, debris-filled floors, cross-slope movement and rejection of disturbances. The company was developing a separate next-generation robot with manipulation capability for an unveiling the following month.

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• 2025-03-18 - Partnership - Agility Robotics expands NVIDIA collaboration for Digit training and simulation

  Isaac Lab and Isaac Sim reinforcement-learning work had improved step recovery after pushes and other disturbances. Agility received early access to Cosmos and Mega, and used Schaeffler digital assets with Omniverse to test customer deployment environments.

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• 2025-03-18 - Product Launch - Leopard Imaging introduces LI-IMX715 stereo module for NVIDIA Holoscan

  The module uses two Sony IMX715 sensors and two four-lane MIPI CSI-2 connections. Leopard Imaging presented the module as compatible with NVIDIA Holoscan Sensor Bridge hardware. The GTC 2025 demonstration paired Lattice CertusPro-NX FPGA networking with NVIDIA GPUDirect RDMA for low-latency sensor-to-compute transfer.

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• 2025-03-17 - Research Publication - NVIDIA publishes Isaac GR00T N1 open foundation model for humanoid robots

  NVIDIA Research published Isaac GR00T N1 as an open foundation model for humanoid robots, trained on egocentric human videos, real and simulated robot trajectories, and synthetic data. The publication reports language-conditioned bimanual manipulation on Fourier GR-1 and 1X humanoid platforms in household tasks. GR00T N1 is one of the clearest first-party foundation-model releases aimed specifically at generalist humanoid control.

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• 2025-03-13 - Demonstration - Under Control Robotics demonstrates Moby locomotion and push recovery

  The locomotion model ran on a single CPU core in an NVIDIA Jetson Orin computer, with STM32 processors in the actuator modules. The prototype could walk using an inertial measurement unit; a newer model was being developed with vision. Arms were planned for integration by the end of March 2025.

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• 2025-02-26 - Product Launch - ADLINK and LIPS Launch AMR 3D x AI Vision Solution, Powered by NVIDIA Isaac

  ADLINK launched an AMR perception solution built around its DLAP-411-Orin edge AI platform, LIPS' LIPSAMR Perception DevKit, and NVIDIA Isaac Perceptor for autonomous mobile robot development. The stack combines DLAP-411-Orin with LIPSedge AE active stereo 3D cameras to deliver high-precision depth sensing, panoramic image capture, real-time 3D occupancy grid mapping, and stereo visual odometry. ADLINK said the combined kit had passed NVIDIA certification and was positioned for smart manufacturing, warehouse logistics, and other industrial robotics use cases requiring multi-camera synchronized perception.

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• 2025-02-19 - Partnership - General Robotics integrates NVIDIA Isaac Sim into Open GRID

  General Robotics integrated NVIDIA Isaac Sim into its Open GRID platform. The integration added browser-based access to robot simulation, synthetic data generation, and model evaluation workflows across multiple robot form factors. General Robotics said the Isaac Sim integration would lower technical debt for robot AI development and accelerate deployment workflows.

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• 2025-01-06 - Partnership - Arbe collaborates with NVIDIA to enhance radar-based free space mapping and AI-driven capabilities

  Arbe announced a collaboration with NVIDIA around radar-based free space mapping and AI-driven vehicle capabilities. The announcement says Arbe's perception radar integrates with the NVIDIA DRIVE AGX platform. The companies framed the work around vehicle safety and autonomy applications.

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• 2025-01-06 - Product Launch - NVIDIA updates Isaac stack for robot learning, perception and manipulation

  NVIDIA’s Isaac update spans Isaac Sim 4.5, Isaac Lab 2.0, Isaac Manipulator and Isaac Perceptor across simulation, learning, manipulation and AMR perception. Isaac Sim adds a customizable reference template, improved URDF setup and physics tooling, while Isaac Lab adds tiled rendering and simpler package and container installation. The release also adds reference workflows for pick-and-place and object-following plus visual-SLAM and multi-camera 3D reconstruction, giving developers a path from simulation and synthetic data toward physical robot deployment.

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• 2025-01-06 - Product Launch - NVIDIA announces Isaac GR00T blueprint for humanoid robot training

  NVIDIA released the Isaac GR00T Blueprint as a set of robot foundation models, data pipelines and simulation frameworks aimed at accelerating humanoid-robot development. The blueprint’s synthetic-motion-generation workflow helps developers create large volumes of training data and use imitation learning to teach humanoids new skills. The release gives developers a repeatable path from generated motion data to trained behaviors, extending NVIDIA’s Isaac tooling around the Project GR00T platform.

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• 2025-01-06 - Product Launch - NVIDIA launches Cosmos world-foundation-model platform for physical AI

  The platform combines generative world foundation models, advanced tokenizers, guardrails and an accelerated video-processing pipeline. Its first open models were made available to developers for physics-aware synthetic-data generation and model customization. NVIDIA named robotics and mobility developers including 1X, Agile Robots, Agility Robotics, Figure AI, Foretellix, Uber, Waabi and XPENG among the early adopters.

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• 2025-01-06 - Partnership - KION teams with NVIDIA and Accenture on AI-powered robots and warehouse digital twins

  KION Group began working with Accenture to optimize supply chains using NVIDIA AI and simulation technologies. The collaboration uses digital twins to test warehouse layouts, robot fleets, workers and intelligent vehicles. The program ties KION's intralogistics equipment base to physical AI and large-scale warehouse robot simulation.

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• 2024-11-19 - Product Launch - NVIDIA introduces Isaac Manipulator foundation models for robot arm control

  NVIDIA introduced Isaac Manipulator as a set of foundation models for robotic arm manipulation tasks including grasping, pick-and-place, and assembly. The models are designed to reduce data requirements and improve generalization across industrial manipulation tasks. NVIDIA positioned the release as part of its broader Isaac robotics stack for physical AI development.

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• 2024-10-21 - Product Launch - Orbbec launches Isaac-based AMR perception solution

  The package combines Orbbec depth vision with NVIDIA Isaac Perceptor. It is designed as an out-of-the-box perception stack for autonomous mobile robots. Orbbec introduced the integrated solution at ROSCon 2024.

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• 2024-09-25 - Product Launch - NVIDIA releases Isaac Lab for robot learning and reinforcement learning workflows

  NVIDIA launched Isaac Lab as an open-source framework for robot learning built on Omniverse Isaac Sim. The platform supports reinforcement learning, imitation learning, and large-scale simulation-based training for robotics. NVIDIA positioned Isaac Lab as a bridge between simulation and real-world deployment for robotics developers.

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• 2024-06-17 - Partnership - LimX Dynamics adopts NVIDIA Isaac for robot simulation training

  The workflow ran tens of thousands of simulated robots and reduced some training runs from up to a week to hours. The release illustrated CL-1 simulation training and described separate P1 field tests in the forests of Tanglang Mountain.

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• 2024-06-11 - Partnership - NVIDIA and Siemens expand partnership to bring AI-driven digital twins to manufacturing

  NVIDIA and Siemens expanded their collaboration to integrate NVIDIA Omniverse with Siemens Xcelerator platform for industrial digital twins. The partnership focuses on simulation, factory planning, and robotics system optimization using AI-driven virtual environments. The companies said the integration aims to accelerate industrial automation and robotics deployment through digital-first workflows.

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• 2024-06-03 - Partnership - Orbbec integrates Gemini 330 cameras with NVIDIA Isaac Perceptor

  The integration supports NVIDIA Isaac Perceptor workflows built on GPU-accelerated Isaac ROS. Gemini 335, 335L, 336 and 336L cameras provide depth and RGB data for indoor and outdoor AMRs. Orbbec also made camera simulation models available through Isaac Sim and NVIDIA Metropolis.

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• 2024-03-19 - Product Launch - Teradyne Robotics and NVIDIA expand AI integration across industrial robots

  The integration covers both Universal Robots collaborative manipulators and Mobile Industrial Robots autonomous material-handling systems. Universal Robots demonstrated an AI-powered autonomous inspection application at NVIDIA GTC in San Jose. Teradyne said the work would also enhance functionality in the MiR1200 Pallet Jack introduced during the same week.

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• 2024-03-18 - Partnership - Apptronik announces NVIDIA collaboration for Apollo learning

  The robot’s onboard computing included Jetson AGX Orin and Jetson Orin NX modules. Apptronik described a GTC demonstration in which Apollo operated a juicer and served juice using the GR00T integration. The planned development workflow also included NVIDIA Isaac Lab and the OSMO compute orchestration service.

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• 2024-03-18 - Product Launch - NVIDIA introduces Jetson Thor robotics compute platform

  NVIDIA unveiled Jetson Thor as a high-performance embedded compute platform designed specifically for humanoid robots and advanced autonomous machines. The platform combines GPU acceleration with AI model support for perception, planning, and control tasks. NVIDIA positioned Jetson Thor as a next-generation edge compute layer for physical AI systems.

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• 2024-03-18 - Product Launch - NVIDIA launches Omniverse Cloud APIs for industrial digital twin and robotics simulation

  NVIDIA released Omniverse Cloud APIs to enable developers to build and deploy digital twins and robotics simulation workflows in cloud environments. The APIs support simulation, synthetic data generation, and real-time collaboration for robotics development pipelines. NVIDIA positioned Omniverse as a core infrastructure layer for industrial AI and robot training workflows.

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• 2024-03-18 - Product Launch - NVIDIA announces Project GR00T generalist humanoid foundation model initiative at GTC

  NVIDIA introduced Project GR00T as a general-purpose foundation model initiative for humanoid robots, focused on enabling robots to understand natural language and imitate human actions. The initiative includes simulation, data generation, and model training tools built on NVIDIA Isaac and Omniverse to accelerate humanoid development. NVIDIA positioned GR00T as a core pillar of its physical AI stack alongside robotics simulation and edge compute platforms.

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• 2024-03-18 - Product Launch - Segway Robotics and NVIDIA introduce Nova Orin Developer Kit

  The kit combines a Jetson AGX Orin module with stereo RGBD and high-speed surround cameras to provide three-dimensional surround perception. NVIDIA Isaac components, sensor drivers, calibration and Isaac Perceptor packages are preinstalled for AMR development in dynamic environments. Segway unveiled the kit at GTC on 18 March 2024 and said orders would open in early April; the platform builds on the existing Nova Carter development robot.

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• 2024-01-04 - Demonstration - InOrbit demonstrates real-to-simulation robot orchestration with NVIDIA

  The workflow lets users define a mission once and execute it in simulated and physical settings. Ekumen helped build a virtual Robot Space mirroring InOrbit's Mountain View facility. The demonstration used NVIDIA Isaac Sim and Omniverse to model robots and operational environments.

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• 2023-10-18 - Partnership - NVIDIA and Foxconn partner to build AI factories and robotics-enabled manufacturing systems

  NVIDIA and Foxconn announced a partnership to build AI factories using NVIDIA computing platforms and robotics-enabled manufacturing infrastructure. Foxconn said it would use NVIDIA Omniverse and AI technologies to optimize production lines and automate industrial workflows. The collaboration positioned robotics and AI-driven manufacturing as a core part of next-generation factory systems.

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• 2023-10-09 - Partnership - Shield AI unveils V-BAT autonomous teaming capability

  It comes in the form of a modular Nvidia GPU upgrade running Hivemind, Shield AI’s AI pilot, which is loaded into the modular payload bay of the V-BAT. * CAPTCHA Back to options Your Platform, Our Autonomy " * " indicates required fields Your name * Work e-mail * Job Title * Company * Country * How can we help?.

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• 2023-08-01 - Partnership - Hesai integrated lidar simulation and sensor workflows with NVIDIA DRIVE and Omniverse

  Built on Omniverse, NVIDIA DRIVE Sim is a powerful simulation platform that enables developers to test and validate autonomous driving systems in a physically based virtual environment. Simulation is a critical component to the sensor integration pipeline. Among them, 6 OEMs will start mass production and delivery before the end of 2023.

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• 2023-06-05 - Product Launch - AAEON launches BOXER-8646AI with 12 PoE camera ports

  The fanless BOXER-8646AI combines a Jetson AGX Orin module with 12 PoE LAN ports and one 10GbE port. Its interfaces support multiple cameras, sensors, CANbus FD, serial communications and digital I/O at the edge. AAEON targeted smart-safety, parking and traffic-management systems requiring dense vision inputs.

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• 2023-01-06 - Product Launch - AAEON introduces six NVIDIA Jetson Orin edge-AI systems

  The portfolio included BOXER-8641AI, BOXER-8640AI, BOXER-8646AI, BOXER-8652AI, BOXER-8651AI and an Orin Nano configuration of BOXER-8621AI. AAEON said the systems support edge AI, robotics, autonomous machinery and Industry 4.0 development across the Jetson Orin family. The BOXER-8641AI and BOXER-8640AI were already in mass production, while additional models were scheduled to follow.

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• 2022-11-14 - Product Launch - Aetina launches AIE-KX and AIB-MX Jetson AGX Orin platforms

  The AIE-KX and AIB-MX families use Jetson AGX Orin modules delivering up to 275 TOPS of AI performance. Expansion supports LTE or 5G, Wi-Fi, Bluetooth, GPS and storage, with selected models adding 10GbE and PoE sensor connectivity. Aetina designed the systems for smart factories, healthcare, retail, cities and other sensor-rich edge applications.

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• 2022-09-20 - Capability - Aeries sensor models enter NVIDIA DRIVE Sim

  Developers can simulate Aeries 4D lidar in NVIDIA DRIVE Sim. The sensor models output 3D position and per-point instantaneous velocity.

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• 2022-09-20 - Product Launch - NVIDIA announces IGX Orin developer kits for industrial and medical AI

  Each kit combines an integrated GPU and CPU with a ConnectX-7 SmartNIC for high-performance networking and security. The platform targets industrial and medical edge computing, including low-latency inference from instruments and sensors.

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• 2022-03-09 - Partnership - NVIDIA DRIVE adds support for Aeva Aeries 4D lidar

  Aeva Aeries sensors became supported on NVIDIA DRIVE. The integration exposes lidar data to autonomous-vehicle developers. Aeva was the first FMCW 4D lidar provider supported on NVIDIA DRIVE.

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• 2021-06-01 - Product Launch - Aetina launches DeviceEdge Mini Jetson systems

  DeviceEdge Mini supports NVIDIA Jetson Xavier NX, Jetson Nano and Jetson TX2 NX modules through a 260-pin SO-DIMM connector. Aetina designed the series to move edge-AI applications from development into mass production across multiple form factors. The company identified robotics, factories, transportation, healthcare and retail among the target deployment areas.

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• 2019-12-18 - Product Launch - PAL Robotics introduces ARI social robot

  The launch configuration combined Intel processing with an NVIDIA Jetson TX2 GPU, RGB and depth cameras, a microphone array and speakers. ROS and REST interfaces let developers compose gestures, touchscreen content and dialogue, then test applications in simulation.

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• 2019-03-18 - Product Launch - Antmicro releases open-source Jetson Nano baseboard

  Antmicro introduced the baseboard on March 18, 2019, alongside NVIDIA's debut of the Jetson Nano at GTC Silicon Valley. The design provided an open and customizable carrier platform for the compact edge-AI module. Antmicro positioned the board for embedded analytics applications including home robots, intelligent gateways and low-cost video recorders.

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• 2018-06-05 - Product Launch - NVIDIA launches Isaac SDK and Isaac Sim

  NVIDIA Isaac Launches New Era of Autonomous Machines. Launched at Computex 2018 by NVIDIA founder and CEO Jensen Huang, NVIDIA Isaac includes new hardware, software and a virtual-world robot simulator.

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• 2016-09-28 - Demonstration - Antmicro demonstrates edge-AI and camera systems at GTC Europe 2016

  At the NVIDIA booth, Antmicro showcased its MOPED automotive computer-vision system performing autonomous sign recognition with CUDA on a Toradex Apalis TK1 module. The company also demonstrated the official AXIOM 4K open-camera prototype running Android 6.0 and CUDA on an Apalis TK1 platform. The demonstrations combined Antmicro hardware and software with NVIDIA Tegra computing for embedded AI and imaging applications.

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Relationships

• Toyota Motor Corporation

  Physical AI Compute, Simulation And Vehicle Platform Supplier - Toyota Motor Corporation is linked with NVIDIA through the cited event.

• Kawasaki Robotics

  Physical AI Partner - Kawasaki is working with NVIDIA around physical-AI and robotics solutions from the Kawasaki Physical AI Center San Jose.

• FANUC

  Technology Partner - FANUC and NVIDIA are expanding integration across robot simulation, digital twins, imitation learning and edge AI systems for industrial robots.

• 1X Technologies

  Autonomy Technology Collaborator - 1X and NVIDIA collaborated on NEO autonomy tooling, dataset workflows, and GR00T N1 work.

• LimX Dynamics

  Isaac Platform Collaboration - LimX Dynamics announced work with NVIDIA Isaac Platform to advance general-purpose robotics development.

• Field AI

  Collaboration / Industrial AI Program - Field AI collaborates with NVIDIA on industrial AI adoption; public materials reference Physical AI Data Factory and NVIDIA stack context.

• WIRobotics

  Physical AI Fellowship Support - NVIDIA supports WIRobotics through the Physical AI Fellowship with Isaac, Cosmos and training resources.

• ANYbotics

  Robotics Platform Partner - ANYbotics participates in NVIDIA robotics research and platform collaboration.

• Acumino

  AI Accelerator Ecosystem Partner - Acumino deploys solutions with the Universal Robots AI Accelerator technical stack.

• Foxglove

  Platform Support - Foxglove integrates NVIDIA Cosmos into Semantic Search for natural-language discovery across multimodal robotics data.

• AEye Inc

  Pre Qualified Sensor Support - AEye Apollo lidar is validated on NVIDIA DRIVE AGX Thor as a pre-qualified Hyperion sensor.

• Agility Robotics

  Digit Training And Simulation Integration - Agility integrates NVIDIA Isaac/Omniverse tools and selected IGX Thor as exclusive onboard compute for general-availability Digit 5.

• Sanctuary AI

  Software Platform - Sanctuary AI leverages NVIDIA Isaac Lab for training and simulation of its humanoid general-purpose robots.

• ABB

  Simulation Software Integration - ABB Robotics integrates NVIDIA Omniverse directly into RobotStudio for robotics simulation and development.

• Omron Corp

  Physical AI R&d Integration - Omron is using NVIDIA physical-AI technologies in robotics and automation work.

• LG Electronics

  Strategic Partner - LG Electronics participates in LG and NVIDIA’s strategic collaboration on a bipedal reference robot, wheeled CLOiD factory validation and physical-AI data systems.

• Waymo

  Autonomous Compute Partnership - Waymo names NVIDIA among the computing partners supporting development of its autonomous driving compute system.

• Siemens AG

  Industrial AI / Omniverse - Siemens and NVIDIA expand partnership for AI-driven digital twins and industrial automation via Omniverse and Xcelerator (June 2024).

• Mujin, Inc.

  Physical AI Explorer - Mujin is using NVIDIA physical-AI technologies for robotics and automation development.

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• Fixstars Corporation

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• ADLINK Technology

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• Qualcomm

  stack adjacency - Edge AI Compute Supplier

Context tags

• Commercial deployment - Commercial Stage - Jetson and Isaac platforms commercially available and widely deployed
• Edge AI compute - Capability - Core product: Jetson edge AI compute platforms
• AI compute - Stack Layer - GPU compute infrastructure for AI and robotics workloads
• Robotics compute infrastructure - Stack Layer - Isaac robotics platform including compute, simulation and AI tools
• Edge AI and robotics compute layer - Stack Layer - Major robotics compute platform supplier
• Robotics AI infrastructure - Stack Layer - Core peer group: AI compute and robotics infrastructure
• AI compute platform - Stack Layer - AI compute hardware and software platforms for robotics
• Factories - Customer Environment - Compute platforms deployed in factory automation environments

• XYZ supplies ten DEUX robots for NVIDIA robotics training

  2026-10-20 · Order / contract · XYZ Korea reported an initial supply of ten DEUX robots for NVIDIA’s physical-AI robotics training programme.

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