World Humanoid Robot Games 2025
Selected running, sorting and handling results from the first Beijing Games, with the reported control mode and limits of the closing record.
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World Humanoid Robot Games 2026
The 2026 Games combined track events with manipulation tasks. Read the event counts, a reported race result and the limits of each.
World Robot Conference 2025
The 2025 Beijing conference programme, named humanoid exhibits and its distinction from the separate August Games.
World Robot Conference 2026
What the 2026 Beijing conference launched, who organized the application programme and what its annual target does and does not establish.
Beijing humanoid half marathon 2025
Tiangong Ultra won the 2025 race in 2 hours 40 minutes 42 seconds. Here is what the time tells us and which conditions remain unknown.
Beijing humanoid half marathon 2026
Lightning won the 2026 race in 50 minutes 26 seconds. The scoring rules explain how autonomy, remote control and support affect comparisons.
How to read a robot video
A practical worksheet for identifying the task, control mode, edits and missing attempts in a robot video.
Read a robotics paper through its experiments
A compact reading method for robotics papers that keeps hardware, test conditions, success counts and missing evidence together.
Humanoid research at IROS 2025
Locate two IROS 2025 humanoid papers, identify their hardware and separate a biped walking experiment from cart-mounted manipulation.
IROS 2026 programme and publication records
Find the official IROS 2026 dates, programme access and journal-presentation policy, with the distinction between a paper date and a conference session.
What Unitree R1 and G1 robots cost
Listed Unitree R1 and G1 prices, development access and the extra costs to include in a hardware quote.
Before pre-ordering a NEO home robot
What 1X NEO order terms, basic autonomy, Expert Mode and privacy documentation establish for a prospective home buyer.
Are humanoid robots autonomous?
Separate balance, navigation, manipulation, task planning and recovery using published Atlas and NEO control examples.
Can Humanoid Robots Work for 8 Hours? Battery Life, Heat and Charging Explained
Compare G1, Atlas and Digit 5 battery claims. Learn how heat, charging and task failures affect working time, with a reproducible eight-hour shift calculation.
Robot programming for beginners
Start with a small Python and MuJoCo control exercise, then learn where ROS 2 messages fit into a robot software system.
How Do Humanoid Robots Walk Without Falling?
Follow one humanoid step from IMU and joint measurements to foot placement, motor commands and recovery, with equations and measured G1 trials.
Physical AI and embodied AI
What the two terms mean, where they overlap, and the evidence to ask for behind a robotics claim.
How robots learn from actions and rewards
Imitation learning, reinforcement learning and simulation explained through ALOHA and a robotic hand experiment.
Vision-language-action models explained
How RT-2 and OpenVLA turn images and instructions into robot actions, and what their results do not establish.
How optical tactile sensors help robotic hands
How GelSight and DIGIT use optical tactile sensing, with examples of hidden contacts, small-tool handling and sensor wear.
How Humanoid Robot Fighting Actually Works
How humanoid fighting combines joint motion, balance and contact sensing, with official arena, scoring and safety rules and limits on autonomy claims.
How Do Humanoid Robots Pick Up Objects?
Follow object detection, camera calibration, grasp planning, finger actuation and tactile feedback, with measured results and failure cases.
How Humanoid Robot Teleoperation Works
How VR tracking, gloves, exoskeletons and motion capture drive robot joints, with command rates, network delays, safety limits and learning data.
How Do Humanoid Robots See the World?
How cameras, depth sensing, SLAM and object tracking give humanoid controllers usable geometry, with a documented Atlas example and failure cases.
How Do Humanoid Robots Think and Make Decisions?
Follow a bottle-to-table task through perception, planning, learned policies, joint control, result checks and stops, using documented research architectures.
EngineAI T800 Humanoid Robot Technical Analysis
Compare T800 variants, joint control, sensors and published specifications, including conflicts between EngineAI's product pages and developer manuals.
Boston Dynamics Atlas Humanoid Robot Explained
Understand electric Atlas hardware, hands, perception, battery swapping and factory training, with historical robots and product specifications kept separate.
How Sim-to-Real Works in Humanoid Robotics
Follow the model, policy and hardware checks behind sim-to-real locomotion, with a measured OP3 walking study and explicit limits.
Real-to-Sim-to-Real in Robotics
Learn what robot logs can identify, how to compare trajectories and how PACE and ASAP use physical data in two different correction methods.
MuJoCo for Humanoid Robotics
Load a pinned Unitree G1 model, inspect 29 actuators and record a joint response with a Python example executed in MuJoCo 3.15.0.
NVIDIA Isaac Sim and Isaac Lab for Humanoid Robot Training
Understand Isaac Sim 6.1, Isaac Lab 3.0 Early Access, current GPU requirements and the source configuration behind a G1 locomotion task.
Robotics Simulation Software Compared
Compare eight simulation tools by version, operating system, hardware, model format and licence, then place learning and ROS tools in the right layer.
How to Train a Humanoid Robot to Walk in Simulation
Use a pinned MuJoCo Playground G1 task to define observations, actions, rewards and held-out trials, with empty evaluation templates.
Humanoid Robotics Courses and Certifications
Compare real robotics learning resources, their costs and credential conditions, then build six projects with observable engineering outputs.
Humanoid Robot Safety Standards and Certification Explained
Understand the scope of five ISO documents, CE marking, the EU machinery transition and the evidence needed to check a robot certification claim.
Unitree G1 Base G1
Unitree lists the standard G1 at 132 cm tall and about 35 kg with its battery installed. Its 23 joint degrees of freedom include six in each leg, five in each arm and one at the waist. The standard model has a depth camera and 3D LiDAR. Unitree quotes about two hours of battery life without a task-specific test procedure on this page. This profile uses the base model. EDU configurations can add joints and hands. The product page gives no autonomous task success rate, and some functions shown remain under development.
Unitree R1 Standard R1
The standard R1 stands 123 cm tall and weighs about 29 kg with its battery. Unitree lists 26 joint degrees of freedom, including two at the waist and two in the head. The robot has a binocular camera, a microphone array and a removable battery. The stated battery life is about one hour. This page does not give the workload used for that estimate. This profile excludes R1 Air and the EDU models. The official store reserves secondary development for R1 EDU. No autonomous task success rate is reported.
Unitree H1 Original H1
Unitree's original H1 is listed at about 180 cm tall and about 47 kg. The page calls this total weight without stating whether the battery is included. Each leg has five degrees of freedom and each arm has four. The robot carries a depth camera and 3D LiDAR. Its battery capacity is 864 Wh, with a removable pack. Capacity does not establish runtime, so this comparison leaves battery duration blank. H1-2 has a separate column with different dimensions and joint counts. Unitree’s official model description identifies 19 body joints for basic H1 without dexterous hands.
Unitree
Founded by Wang Xingxing in Hangzhou in 2016, Unitree builds quadrupeds, humanoids and robot components. Its product history runs from XDog to the H1, G1 and R1 families.
How humanoid robots work
Follow the sensors, actuators and control loops behind walking, grasping, perception and task execution, with links to documented robot hardware.
1X Technologies
NEO is 1X's humanoid platform for household tasks. Development combines learned movement with human assistance, so the operating mode needs checking for each task shown.
ABB Robotics
ABB's portfolio spans IRB industrial arms, YuMi, GoFa and SWIFTI. Controllers and programming software accompany its hardware for manufacturing tasks and moving goods within facilities.
Addverb
Addverb combines mobile robots, sorting machines and storage equipment in warehouse installations. Its software coordinates where goods move between storage, picking and other work areas.
Advanced Navigation
Advanced Navigation supplies inertial and satellite navigation equipment for robots and vehicles. Its positioning products also serve marine and aerospace systems that need motion measurements.
Aerobotics
TrueFruit software measures fruit and supports harvest forecasts using phone images, drone observations and field records. Its tools cover fruit size, grading and bin scans.
AgiBot
AgiBot's listed hardware includes A2 and X2 humanoids and the G2 industrial platform. The company develops robot bodies together with software for learning physical tasks.
Agile Robots
Diana 7 arms and Agile ONE appear in Agile Robots' product portfolio. Its engineering combines manipulation hardware, mobile systems and software for industrial automation tasks.
Agility Robotics
Digit moves materials on two legs in industrial and logistics settings. Agility assembles the robots in Salem and supplies Arc software for managing their work.
AMP
Cameras identify material as it passes through recycling equipment. AMP combines this perception with robotic sorting and other automated systems to separate selected items from the stream.
Andromeda Robotics
Abi combines a mobile body, expressive motion and conversation software. Andromeda Robotics develops the social robot for interaction with people in aged-care environments.
ANYbotics
ANYmal quadrupeds walk inspection routes while carrying cameras and other sensors. ANYbotics combines visual, thermal and acoustic records with software for scheduling repeated facility checks.
Applied EV
Blanc Robot is Applied EV's commercial vehicle platform prepared for autonomous operation. The company develops the underlying vehicle hardware and control systems for mobility applications.
Apptronik
Apollo is a modular humanoid platform for handling goods and factory work. Apptronik describes both bipedal and wheeled configurations for different facilities and movement requirements.
Astribot
S1 uses articulated arms to handle objects. Astribot develops the assistant platform and learning methods that connect recorded examples of physical tasks with robot movement.
ATLAN Space
ATLAN Geo drones collect survey data, while ATLAN Insight targets maritime monitoring. The company also supplies ATLAN Core software for onboard flight and mission control.
Automni
Automni builds mobile transport platforms and automated reach trucks for industrial facilities. Its systems move pallets and other materials through warehouses and factory work areas.
AutonoSky
The Autono1 aircraft carries equipment for industrial inspections and emergency response. AutonoSky designs and manufactures the drone platform in South Africa for these mission types.
AutoStore
Robots travel across a grid above stacked storage bins and retrieve containers. AutoStore sends those bins to workstations for order picking or replenishing stock.
Blue Ocean Robotics
UVD Robots apply ultraviolet disinfection, GoBe provides remote presence and PTR assists patient handling. Blue Ocean Robotics develops these separate service robot businesses and platforms.
Booster Robotics
K1 and T2 are humanoid platforms for developers and teaching. Booster also publishes tools for robot football and research on walking and whole-body movement.
Boston Dynamics
Spot carries inspection equipment, Stretch handles warehouse cases and Atlas targets industrial manipulation. Boston Dynamics also supplies Orbit software for organising robot missions and collected data.
Brasil Robots
Brasil Robots' crawlers carry cameras into confined spaces and ventilation ducts. The company also makes Duct Clean equipment for cleaning these enclosed air-handling systems.
Burro
Burro's outdoor platforms carry or tow materials between people and work areas. The robots serve repeated transport jobs in places such as nurseries and vineyards.
Carbon Robotics
LaserWeeder equipment identifies weeds with cameras and directs lasers at them. Carbon Robotics also develops autonomous operation technology for agricultural machinery through its Carbon Autonomy programme.
Carbonix
Volanti uses vertical take-off before flying on fixed wings. Carbonix develops the electric aircraft to carry survey and inspection equipment across outdoor mission areas.
CAYTU
Sito-É is a service robot for delivery and assistance in hotels, hospitals and retail spaces. CAYTU also develops software for supervising robot fleets.
Clearpath Robotics
Husky, Jackal and Dingo are mobile bases for robotics research and development. Clearpath supplies the ground platforms for teams adding sensors, payloads and control software.
CMR Surgical
Versius places instrument units beside an operating table, with a surgeon working at a control console. CMR Surgical develops the system for minimally invasive procedures.
Comau
Comau combines industrial arms with MyCo collaborative robots and MyMR mobile platforms. Its engineering covers welding, assembly and moving materials through integrated production lines.
Contactile
Contactile sensors fit onto robot grippers and measure forces and slip at contact. That feedback can adjust the grip as the robot handles an object.
CYBERDYNE
HAL is a wearable robot family for rehabilitation and physical assistance. CYBERDYNE combines sensors and signals from the wearer with powered support for body movement.
DEARS
DEARS integrates robot arms into welding, palletizing and handling cells. Its Casablanca team also designs grippers, commissions control systems and maintains robotic production equipment.
Deep Robotics
X30 and Lite3 are quadruped platforms for inspection and robotics development. Deep Robotics also lists the DR02 humanoid programme alongside its four-legged machines.
DeepAgro
SprAI uses cameras to locate weeds and trigger spray valves. DeepAgro installs the sensing and control system on agricultural sprayers for treatment at selected positions.
DENSO WAVE
DENSO WAVE supplies SCARA, articulated and collaborative robot arms for production equipment. Controllers and programming tools accompany the hardware for handling and assembly tasks.
Dexory
Mobile scanning robots collect warehouse storage information for DexoryView. The software compares observations with inventory records so staff can check absent or incorrectly positioned goods.
Dexterity
Dexterity develops robotic handling for boxes and other logistics items. Its systems combine perception, grasp selection and load planning for jobs that include truck loading.
Diligent Robotics
Moxi carries hospital supplies and laboratory samples between work areas. Diligent Robotics combines a mobile base with an arm for the robot's routine logistics tasks.
DJI
DJI's aircraft range includes Mavic camera drones, Matrice enterprise platforms and Agras agricultural systems. The product families serve different aerial imaging, inspection and farming tasks.
Dobot Robotics
CRA and Nova are collaborative arm ranges, while Magician addresses education. Dobot's portfolio also includes Atom, a humanoid development programme separate from its robot arms.
Doosan Robotics
Doosan makes collaborative arms for jobs such as machine tending, assembly and palletizing. Integrators select an arm configuration around the load and required working area.
Ecorobotix
ARA uses cameras to distinguish plants as the spraying equipment moves across a field. Ecorobotix controls individual nozzles to direct treatment onto selected positions.
Egrobots
Bennu is a mobile platform for agricultural tasks and monitoring. Egrobots describes greenhouse harvesting and street observation projects, with spraying and trimming listed as development work.
Elephant Robotics
myCobot provides a compact arm, myBuddy supports two-arm work and myAGV supplies a mobile base. Elephant Robotics targets teaching and robot development with these products.
Emesent
Hovermap supports mapping and inspection on drones and other mobile platforms. Emesent develops navigation and sensing tools for surroundings where satellite positioning is unavailable.
Enchanted Tools
Mirokaï is a mobile service robot platform from Enchanted Tools in Paris. The company develops indoor assistance and logistics systems around movement and object handling.
EngineAI
PM01, SE01 and T800 are EngineAI's listed bipedal robot platforms. Their different body sizes and joint configurations support development work on locomotion and manipulation.
Engineered Arts
Ameca combines facial motion, an articulated upper body and dialogue software. Engineered Arts builds humanoids for exhibitions, research and situations where people interact with a robot.
Enova Robotics
PGuard patrols sites with video and audio equipment. Enova Robotics provides autonomous navigation and remote driving modes, alongside alerts and an interface for security staff.
Eureka Robotics
Eureka combines cameras, controllers and perception software for robot arms. Its bin-picking tools locate parts and guide the arm through a planned grasping movement.
Exotec
Skypod robots move containers between storage racks and workstations. Exotec combines these mobile machines with warehouse infrastructure and controls for retrieving goods for operators.
FANUC
FANUC's industrial arms and CRX collaborative range form part of its factory equipment portfolio. The company also manufactures numerical controls and other production automation hardware.
FBR
Hadrian places masonry blocks, Mantis addresses welding and Firehawk lines industrial ladles. FBR develops these machines around sensing and control that compensates for environmental movement.
FieldAI
FieldAI develops robot navigation software for changing surroundings. Its platform combines perception and planning for movement through industrial facilities and collection of site inspection data.
Figure AI
Figure develops humanoid bodies and the Helix robot-learning system for industrial tasks. Its work pairs bipedal hardware with software that controls movement and object handling.
Fourier
GR-3 and GRW are listed in Fourier's humanoid and manipulation portfolio. Its development interfaces support research on robot movement, object handling and interaction with people.
Foxglove
Foxglove displays live and recorded robot sensor data. Developers can replay runs, compare observations over time and inspect how perception and control behaved during operation.
Franka Robotics
Franka Research 3 provides a force-sensitive arm and control interfaces for research. Its users study manipulation and contact tasks. Franka Robotics belongs to Agile Robots.
fruitcore robotics
HORST arms handle parts, load machines and inspect components in production workcells. fruitcore robotics supplies the robot hardware together with software for preparing its movements.
Galbot
G1 places two arms on a mobile base for handling objects. Galbot develops perception and control methods for tasks such as picking and arranging items.
Geek+
Geek+ supplies mobile machines that move goods through warehouses. Its portfolio includes goods-to-person and sorting systems, coordinated around storage locations and picking work areas.
Generative Bionics
Generative Bionics is developing humanoid platforms in Genoa using mechanical design, sensing and learned control. Its directory entry describes development work without a listed commercial robot model.
Gideon
Trey is an autonomous forklift for trailer loading and unloading. Gideon combines onboard perception with planning to move pallets between the trailer and warehouse staging positions.
Google DeepMind
Gemini Robotics models connect visual observations and instructions with robot actions. The related embodied reasoning models interpret scenes and support planning before the robot moves.
GreyOrange
GreyMatter assigns warehouse work across robots and stations, while Ranger covers robot hardware. GreyOrange develops the software and systems for movement and order fulfilment.
Hai Robotics
HaiPick machines take storage containers to warehouse work areas. Hai Robotics combines the moving hardware with software that schedules container retrieval and tracks inventory movement.
Hanson Robotics
Sophia combines an animated face with conversation software. Hanson Robotics builds this type of social robot for public interaction, education and human-robot research settings.
Hanwha Robotics
HCR collaborative arms handle production tasks within Hanwha Robotics' portfolio. The company also develops mobile systems for carrying materials through factories and other facilities.
Human Robotics
Human Robotics develops and integrates service robot systems in Curitiba. Its listed work focuses on interaction with people in education, customer service and commercial settings.
Humanoid
HMND 01 Alpha Wheeled combines a mobile base and articulated upper body. Humanoid develops the hardware with KinetIQ software for industrial object handling and movement.
iCog Labs
Based in Addis Ababa, iCog Labs carries out artificial intelligence and robotics research. Its directory entry describes research services rather than a named commercial robot platform.
igus
ReBeL is a robot arm within igus' modular automation range. The company combines polymer-bearing mechanisms, robot components and control software for building automated equipment.
Intrinsic
Flowstate combines perception, motion planning and task programming for robot workcells. Intrinsic supplies software that integrators use to configure and operate industrial manipulation applications.
Intuitive Surgical
Intuitive's portfolio includes da Vinci surgical systems and the Ion endoluminal platform. Instruments, software and training services accompany its hardware for clinician-controlled medical procedures.
iRobot
Roomba vacuums and Braava mops are floor-cleaning families in iRobot's portfolio. The company develops consumer robots together with software for managing cleaning in the home.
JAKA Robotics
JAKA Zu, S and AL are collaborative arm families for production work. The robots address assembly, packaging and loading tasks around industrial machines and fixtures.
Kassow Robots
Kassow's collaborative arms have seven axes. The additional joint provides another way to position the arm around fixtures during handling, packaging and machine-loading tasks.
Kawada Robotics
NEXTAGE brings two arms and visual guidance to a workstation. Kawada Robotics designs this upper-body platform for handling and assembly tasks involving coordinated arm movement.
Kawasaki Robotics
Kawasaki's industrial arm portfolio includes BX and RS models alongside duAro. Its manufacturing applications cover moving parts, welding, painting and other operations within production equipment.
KEENON Robotics
KEENON makes robots that carry trays, deliver hotel items and clean floors. Its listed products include T10, W3 and C40 alongside the XMAN-R1 humanoid programme.
Kinova
JACO, Gen3 and Link 6 serve different assistive, research and industrial roles. Kinova develops lightweight arms for positioning tools and handling objects within those settings.
Korial
Previously named Energy Robotics, Korial supplies software for inspection robots and drones. It schedules missions and organises sensor records for maintenance teams reviewing facility conditions.
KUKA
KR industrial arms, LBR iiwa and KMP mobile platforms cover different factory tasks. KUKA also integrates robots with the machinery and controls of production systems.
Leju Robot
Leju's KUAVO humanoids sit alongside AELOS and PANDO educational platforms. The company supplies hardware for teaching, robotics research and development of physical robot tasks.
LimX Dynamics
TRON 1 and TRON 2 are legged development platforms. LimX also builds Oli and Luna humanoids and publishes tools for learning robot movement and manipulation.
LionsBot
R3 Vac and R3 Scrub Pro cover vacuuming and wet floor cleaning. LionsBot pairs its commercial cleaning machines with scheduling tools and remote supervision software.
Locus Robotics
Locus supplies Origin and Vector mobile platforms alongside Array systems. Its warehouse portfolio combines movement, robotic item handling and fleet software for order fulfilment tasks.
LYRO Robotics
LYRO combines cameras and robotic grippers for food packing. Its vision and grasping systems identify fresh produce and handle individual items moving through packing equipment.
Magazino
SOTO carries bins to production areas, while TORU picks boxes in warehouses. Magazino develops mobile manipulation systems for these jobs and is part of Jungheinrich.
Marine Connection
Marine Connection builds remotely operated underwater equipment for marine work. Cameras, lights and tools such as manipulators support inspection and tasks around aquaculture installations.
maxon
Motors, gearheads and controllers from maxon drive robot joints and other mechanisms. Its range includes IDX integrated drives, EPOS4 controllers and EC frameless motors.
Mecademic
Meca500 is a compact industrial arm designed to fit inside small installations. Mecademic targets applications such as machine automation, inspection stations and laboratory workcells.
Micropolis Robotics
Micropolis puts patrol, cleaning or transport equipment on modular wheeled platforms. MicroPilot and its planning and fleet tools coordinate routes and supervise robot missions.
Mitsubishi Electric
MELFA arms carry out handling and assembly in production equipment. Mitsubishi Electric provides controllers and RT ToolBox3 programming software to prepare and check robot operations.
Mobile Industrial Robots
MiR250, MiR600 and MiR1350 transport materials on wheeled bases fitted with task equipment. MiR Fleet assigns missions and coordinates multiple robots inside a facility.
Mujin
MujinController software coordinates robot handling, including picking and removing goods from pallets. The company's TruckBot system extends its logistics work to unloading items from trailers.
Naïo Technologies
Oz, Ted and Orio are electric agricultural robots in Naïo's range. The company develops autonomous field platforms for weeding and other operations around growing crops.
NEURA Robotics
LARA is a collaborative arm, MAV is a mobile platform and 4NE1 is a humanoid programme. NEURA also supplies perception hardware and robot teaching tools.
Neuromeka
Indy collaborative arms address handling and production tasks. Neuromeka also lists delta configurations for picking, supported by the company's robot control and automation software.
Nomagic
Nomagic combines cameras, robot arms and control software to handle warehouse items. Its systems cover picking, packing and sorting, including a configuration for shoe boxes.
NVIDIA
Jetson computers, Isaac tools and GR00T models form NVIDIA's robotics portfolio. Developers use these products for simulation, perception and learned control within their own machines.
OMRON
OMRON's automation portfolio includes industrial arms, collaborative models and mobile platforms. Robot motion is integrated with machine controllers and sensors within the surrounding production process.
OnRobot
OnRobot supplies grippers and sensors mounted at the end of robot arms. Its application software coordinates supported tools for tasks including palletizing and machine tending.
OTSAW
Camello+, TransCar and O-R3 cover delivery, hospital transport and monitored patrol. OTSAW develops mobile machines for carrying goods or following assigned inspection routes.
Oversonic Robotics
RoBee robots combine wheeled travel with articulated arms for factory tasks. Oversonic's variants use perception and task software to handle objects and work around equipment.
PAL Robotics
TALOS and Kangaroo support legged robotics research, while TIAGo combines mobility and manipulation. PAL also makes ARI for interaction and StockBot for RFID inventory checks.
Physical Intelligence
Physical Intelligence develops robot control models such as pi0. The research connects images and instructions with physical actions across different types of robot hardware.
PickNik Robotics
MoveIt Pro brings together motion planning, perception and task tools for robot arms. PickNik supplies the software for preparing, simulating and running manipulation applications.
Pollen Robotics
Pollen builds Reachy 2 for manipulation research and teleoperation. Its current catalogue also includes Reachy Mini for interaction and Microduck for research on small bipedal movement.
Pudu Robotics
BellaBot carries deliveries, CC1 cleans floors and FlashBot serves building logistics. Pudu develops these wheeled service platforms for different tasks inside commercial facilities.
RaedBots
The RAED R-1 range includes industrial and collaborative arm configurations. RaedBots develops these systems in Egypt for factory handling and other production automation tasks.
Rainbow Robotics
RB-Y1 combines two arms and an articulated torso with a wheeled base. Rainbow Robotics supplies the platform for coordinated manipulation and research on whole-body movement.
Robot Service
Custom robotic characters are central to Robot Service's work for film, advertising and events. The company builds hardware and interactive installations around each production's requirements.
RobotEra
L7 humanoids and XHAND1 dexterous hands provide hardware for RobotEra's control research. The company also develops models for coordinated body movement and handling objects.
Robotic Innovations
CoPal is a palletizing system within Robotic Innovations' workcell portfolio. The company combines robot arms with grippers, machine vision and controls for production tasks.
Robotics Plus
Prospr sprays orchard and vineyard crops, while other systems measure logs and pack fruit. Robotics Plus now directs product enquiries through Yamaha Agriculture following its acquisition.
Robotiq
Robotiq makes adaptive and vacuum grippers for collaborative arms. Its application packages combine these tools with control interfaces and supporting hardware for handling and palletizing.
ROBOTIS
DYNAMIXEL modules combine actuation and control for robot joints. ROBOTIS builds research platforms and develops AI Worker and AI Sapiens systems alongside these components.
Robotnik
RB-KAIROS+, RB-ROBOUT and RB-WATCHER address manipulation, transport and inspection. Robotnik combines wheeled bases with task sensors or robot arms for research and industrial installations.
Ryonic Robotics
Ryonic supplies crawler platforms for inspecting industrial infrastructure. Its mobile equipment is intended to reach enclosed or difficult access areas while carrying inspection sensors.
Sanctuary AI
Phoenix is Sanctuary AI's humanoid platform, paired with Carbon control software. The company's development work includes learning physical tasks and collecting experience through teleoperation.
SCHUNK
Robot grippers, tool changers and dexterous hands form part of SCHUNK's handling portfolio. The company also supplies workholding hardware that secures parts during production.
Scott Technology
Scott builds automated equipment for meat processing, material handling and mining laboratories. Its installations combine specialised machinery with robotic control and production-system integration work.
Seegrid
Seegrid's mobile vehicles move pallets and carts within industrial facilities. Fleet Central coordinates transport assignments and provides operators with tools to monitor the robots.
Seiko Epson
Epson supplies industrial arms with optional camera and force feedback systems. These robots handle parts and perform assembly tasks around production fixtures and machines.
Serve Robotics
Serve builds small delivery robots that travel on sidewalks. Their operation combines onboard navigation with remote support as they carry orders from businesses to customers.
Shadow Robot
Shadow builds articulated robot hands and teleoperation equipment. Dexterous Hand and DEX-EE provide fingers and sensing interfaces for research on grasping and contact control.
SICK
SICK supplies sensors and machine vision products for automated equipment. Robot builders use their measurements to detect objects, establish positions and observe the surrounding work area.
Skild AI
Skild Brain is a learned control system for different robot bodies. Skild's work covers locomotion and manipulation, with task support determined by the particular installation.
Skydio
X10 aircraft carry cameras for inspection and public safety missions. Dock for X10 supports remotely managed flights, alongside Skydio's navigation and flight-control software.
Solinftec
Solix is an autonomous agricultural platform within Solinftec's portfolio. The company develops field robots and crop information systems for monitoring conditions and carrying out targeted operations.
SteerAI
CoreX adds sensing and autonomous control to ground vehicles. SteerAI also develops xRift, a robotic platform intended for movement and missions across off-road terrain.
Stäubli Robotics
Stäubli makes industrial arms and mobile robot platforms for production tasks. Its portfolio includes configurations intended for cleanrooms, food processing and other specified working conditions.
SwarmFarm Robotics
SwarmBot platforms carry out autonomous field work on farms. SwarmFarm pairs the lightweight agricultural robots with an application ecosystem for equipment used in crop operations.
Symbotic
Symbotic combines mobile robots, storage equipment and software to move warehouse cases. Its systems retrieve and organise goods into loads for subsequent distribution work.
Synkar Autonomous
Synkar builds mobile robots and fleet software for material transport. Its systems address movement within warehouses and factories, with control tools for coordinating multiple vehicles.
Techman Robot
TM5, TM12 and TM20 collaborative arms use integrated cameras to locate and inspect parts. Techman combines this visual information with motion control for handling tasks.
TecnoROV
RCR sews aquaculture nets, while RCC cuts ropes underwater. TecnoROV supplies these tools for tasks controlled by an operator through a remotely operated vehicle.
Tesla
Optimus is Tesla's humanoid development programme, combining electric joints, onboard sensors and learned control. Public footage alone does not establish sustained performance on a factory task.
UBTECH Robotics
UBTECH's Walker family includes industrial and commercial humanoids. Cruzr models use wheels for service and logistics tasks, alongside the company's separate educational robot products.
Unbox Robotics
UnboxSort uses mobile robots to carry parcels to assigned destinations. Its sorting installation arranges receiving positions vertically within a system built for logistics operations.
UNICCON Group
Omeife is UNICCON's humanoid interaction project, while BabaSky covers aerial systems. Published interaction examples do not provide measured performance for general physical work.
Universal Robots
UR3e, UR5e, UR10e, UR20 and UR30 are collaborative arm families. Universal Robots pairs the hardware with application tools and an ecosystem of compatible equipment.
Wandercraft
Atalante X supports gait rehabilitation, while Eve targets personal mobility. Wandercraft also develops Calvin-40 for industrial work, using self-balancing control across its robot programmes.
XMobots
Nauru aircraft form part of XMobots' remotely piloted systems portfolio. The Brazilian manufacturer supplies platforms for mapping and monitoring tasks in civil and government work.
Yamaha Motor Robotics
Yamaha supplies SCARA, Cartesian and single-axis robots for production machinery. Controllers and motion components accompany its hardware for transferring parts and carrying out assembly operations.
Yaskawa Electric
MOTOMAN industrial arms and HC collaborative models are part of Yaskawa's factory portfolio. The company also supplies motor control products used in automated production equipment.
Zipline
Platform 1 and Platform 2 are delivery aircraft systems within Zipline's portfolio. The company combines aerial vehicles with logistics operations for medical supplies and consumer orders.
ICRA 2025
Atlanta, United States. Past. The Atlanta program combines technical sessions with workshops on subjects including task and motion planning and soft robotic systems.
World Artificial Intelligence Conference 2025
Shanghai, China. Past. WAIC brought AI companies and research groups to Shanghai for a conference and exhibition. The 2025 program included intelligent robots among its software and hardware exhibits.
Humanoids 2025
Seoul, South Korea. Past. Humanoid research sessions, workshops and competitions share a joint program with the Conference on Robot Learning.
iREX 2025 International Robot Exhibition
Tokyo, Japan. Past. iREX gathered industrial and service robot suppliers at Tokyo Big Sight. The physical exhibition ran December 3 to 6, separately from its longer online exhibition period.
CES 2026 Robotics Coverage
Las Vegas, United States. Past. CES 2026 included consumer robots, AI hardware and mobility products across Las Vegas venues. Its public exhibition dates were January 6 to 9, after separate media days.
2nd German Robotics Conference
Cologne, Germany. Past. The Robotics Institute Germany conference met at Koelnmesse alongside RoboCup German Open. Researchers and companies discussed AI-based robotics, with startup activity and technical presentations.
Dronitaly 2026
Bologna, Italy. Past. Dronitaly focused on professional civil drones in Bologna. Its conference and exhibition covered inspection, environmental monitoring and other applications of remotely piloted aircraft.
European Robotics Forum 2026
Stavanger, Norway. Past. The Stavanger forum combined robotics workshops, exhibits and a scientific track. Its March 23 to 27 window includes side events and laboratory visits.
MODEX 2026
Atlanta, United States. Past. MODEX covered supply chain equipment at Atlanta's Georgia World Congress Center. Robotics exhibits included mobile platforms, automated handling and picking systems used in warehouse operations.
China Humanoid Robot Ecology Conference & Expo 2026
Shanghai, China. Past. The Shanghai conference and exhibition covered humanoid robot bodies, components and embodied AI at the Shanghai Auto Expo Center from 17 to 19 April 2026.
Hannover Messe 2026
Hannover, Germany. Past. The Hannover exhibition covered industrial AI, production equipment and factory software. Its robotics content sat within the wider manufacturing program held from April 20 to 24.
International Symposium on Medical Robotics 2026
Knoxville, United States. Past. ISMR covered surgical, rehabilitation and assistive robotics in Knoxville. Workshops on April 22 preceded the single-track research presentations on April 23 and 24.
Humanoids Summit Tokyo 2026
Tokyo, Japan. Past. Tokyo hosted talks on humanoid hardware, hands, safety and industrial use. The organizer reports a two-day event at Takanawa Gateway Convention Center in May 2026.
ICRA 2026
Vienna, Austria. Past. The Vienna program brings contributed papers, tutorials, robot competitions and an industry exhibition into one robotics and automation conference.
IEEE ARSO 2026
Vienna, Austria. Past. IEEE ARSO examined how robot technologies affect people and society. The Vienna conference covered human interaction, safety, policy and other consequences of deploying robotic systems.
Robot Technology Japan 2026
Aichi, Japan. Past. Robot Technology Japan focused on industrial robots and automation at Aichi Sky Expo. Its exhibits covered manufacturing equipment, mobile robots and the integration of production systems.
Automate 2026
Chicago, United States. Past. Automate 2026 brought robot arms, machine vision and motion control suppliers to Chicago. The exhibition covered equipment and integration services used in manufacturing and warehouse automation.
RoboCup 2026 Incheon
Incheon, South Korea. Past. RoboCup brought robot soccer, service, rescue and industrial task competitions to Incheon. League rules determine the hardware classes, autonomous behavior and scoring used in each competition.
HuRoC EXPO 2026
Tokyo, Japan. Past. HuRoC EXPO focused on humanoid robots in Tokyo. The one-day exhibition provided a separate setting for humanoid hardware and industry discussion within Japan's robotics calendar.
World Artificial Intelligence Conference 2026
Shanghai, China. Past. Shanghai hosted AI research, hardware and application exhibits, including embodied systems. This archive records the 2026 edition without treating its products or speakers as a future lineup.
IEEE CASE 2026
Shenyang, China. Past. IEEE CASE covers automation science and engineering, including robot systems and manufacturing. The Shenyang edition provides a research record separate from product announcements at industrial exhibitions.
IEEE RO-MAN 2026
Kitakyushu, Japan. Past. RO-MAN studies communication and interaction between people and robots. The Kitakyushu conference covered robot behavior, interface design and the evaluation of systems that operate around people.
All About Automation Zürich 2026
Zurich, Switzerland. Past. The Zurich exhibition covered industrial automation suppliers, control equipment and robot integration. Its regional format connected factory engineering requirements with hardware and system providers in Switzerland.
Commercial UAV Expo 2026
Las Vegas, United States. Past. Commercial UAV Expo focused on professional drone operations, including inspection, mapping and surveying. The Las Vegas exhibition gathered aircraft, payload and software suppliers for these tasks.
TAROS 2026
Manchester, United Kingdom. Past. TAROS covers research on autonomous robots and their applications. The Manchester conference provides a technical setting for work on robot control, perception and operation.
Factory Innovation Week September 2026
Chiba, Japan. Past. The September Factory Innovation Week included RoboDEX and Smart Factory Expo at Makuhari Messe. Exhibits connected industrial robot hardware with factory software, sensors and production equipment.
Humanoid Robots Summit Europe 2026
Stuttgart, Germany. Past. The Stuttgart summit focused on humanoid hardware and embodied AI. Topics included actuators, dexterous hands, perception and the manufacturing requirements of robots intended for industrial work.
SICE FESTIVAL 2026
Yokohama, Japan. Past. SICE FESTIVAL brings measurement, control and systems research to Yokohama. Robotics is covered alongside the engineering methods used to sense and regulate physical processes.
CeMAT Russia 2026
Moscow, Russia. Past. CeMAT Russia covered warehouse equipment and material flow in Moscow. Robotics-related exhibits included logistics automation, handling systems and the equipment used around warehouse robot fleets.
FuturePulse 2026 Dutch Robotics Conference
Eindhoven, Netherlands. Past. FuturePulse examined robot use in healthcare, manufacturing and education. The Eindhoven conference brought Dutch robotics companies and researchers together around application requirements and AI-based control.
IEEE ICDL 2026
Kyoto, Japan. Past. IEEE ICDL studies learning through interaction with the physical world. The Kyoto program covers developmental robotics, cognition and methods for robots to acquire reusable skills.
SIDO Lyon 2026
Lyon, France. Past. SIDO Lyon combined robotics, IoT, AI and XR exhibits. Its business program connected industrial technology suppliers with companies assessing sensing, automation and software for production operations.
Canadian Robotics Council Symposium 2026
Toronto, Canada. Past. The Canadian Robotics Council symposium brought robotics businesses, researchers and public institutions to Toronto. Its program addressed commercialization, adoption and investment across the country's robot industry.
Apsara Conference 2026
Hangzhou, China. Past. Apsara covers cloud computing, chips, AI models and software agents in Hangzhou. These topics provide computing context for robot foundation models and industrial AI systems.
ROSCon Global 2026
Toronto, Canada. Past. ROSCon Global gathered ROS developers in Toronto to discuss robotics software. The conference focused on engineering practice, open-source packages and the maintenance of production robot systems.
Global Digital Trade Expo 2026
Hangzhou, China. Past. The Hangzhou expo included embodied intelligence competitions and intelligent hardware exhibits. Humanoid products appeared within a broader digital trade program covering AI applications and commerce.
Motek 2026
Stuttgart, Germany. In progress. Motek runs from 6 to 8 October 2026 in Stuttgart and covers production and assembly automation.
MSV International Industrial Fair 2026
Brno, Czech Republic. In progress. The International Engineering Fair in Brno runs from 6 to 9 October 2026. Its industrial coverage includes manufacturing machinery and automation.
35.BI-MU 2026
Milan, Italy. Upcoming. BI-MU is scheduled for 13 to 16 October 2026 in Milan and covers machine tools, robots and manufacturing automation.
Kyiv Technical Fair 2026
Kyiv, Ukraine. Upcoming. Kyiv Technical Fair is scheduled for 13 to 15 October 2026 at the International Exhibition Centre in Kyiv.
ICMME 2026
Dalian, China. Upcoming. ICMME covers mechatronics and manufacturing engineering in Dalian. Robotics-related work includes automation, mechanisms and the integration of mechanical, electrical and control systems in production equipment.
NVIDIA GTC Berlin 2026
Berlin, Germany. Upcoming. GTC Berlin includes robotics and Physical AI sessions. Workshops run on October 20, with the conference and exhibition scheduled for October 21 and 22.
RoboBusiness 2026
Santa Clara, United States. Upcoming. RoboBusiness combines conference tracks with a robotics exhibition in Santa Clara. The program includes Physical AI, humanoids, field robotics, robot design and the operation of commercial systems.
Industrial Transformation Asia-Pacific 2026
Singapore, Singapore. Upcoming. The Singapore industrial technology program includes Physical AI, humanoids and cognitive robotics. Its factory focus connects robot systems with manufacturing operations and deployment costs.
ICAIRS 2026
Tianjin, China. Upcoming. ICAIRS covers artificial intelligence and robotic systems in Tianjin. The research program connects methods for machine intelligence with robot perception, control and autonomous operation.
ICCAS 2026
Sapporo, Japan. Upcoming. ICCAS brings control, automation and systems research to Sapporo. Technical sessions, tutorials and invited talks cover engineering methods relevant to robot motion and coordination.
IEEE SSRR 2026
Incheon, South Korea. Upcoming. IEEE SSRR focuses on robots for safety, security and rescue tasks. The Incheon conference covers field systems, sensing and testing in environments that limit human access.
ROBOTWORLD 2026
Goyang, South Korea. Upcoming. ROBOTWORLD gathers industrial robots, service machines and component suppliers at KINTEX. The Korean event combines a trade exhibition with a program on commercial robotics applications.
Conference on Robot Learning 2026
Austin, United States. Upcoming. CoRL connects robot learning and machine learning research in Austin. The main conference runs November 9 to 11, followed by workshops on November 12.
Humanoid Robot EXPO 2026 Autumn
Chiba, Japan. Upcoming. Humanoid Robot EXPO runs inside NexTech Week at Makuhari Messe. Its scope includes service, care, manufacturing and logistics robots, plus the software used to control them.
Physical AI EXPO 2026 Autumn
Chiba, Japan. Upcoming. Physical AI EXPO runs alongside Humanoid Robot EXPO at Makuhari Messe. Its exhibits focus on AI systems that use sensor observations to act in physical environments.
Swiss Robotics Day 2026
Zurich, Switzerland. Upcoming. Swiss Robotics Day connects university research with companies developing robot products. The Zurich event includes an exhibition and meetings around the transfer of robotics work into industry.
9th Iberian Robotics Conference 2026
Barcelona, Spain. Upcoming. The Iberian Robotics Conference presents research on robot control, machine learning and autonomous systems. The Barcelona edition is hosted at UPC's engineering school, ETSEIB.
Russian Robotics Week 2026
Saint Petersburg, Russia. Upcoming. Russian Robotics Week combines a robotics exhibition, conference and workshops in Saint Petersburg. Vendor sessions and student competitions sit alongside discussion of industrial robot development.
SPS 2026
Nuremberg, Germany. Upcoming. SPS covers production control, electric drives, sensors and industrial software in Nuremberg. The exhibition is relevant to the components and automation systems surrounding robot installations.
Factory Innovation Week Nagoya 2026
Tokoname, Japan. Upcoming. The Nagoya edition includes RoboDEX robotics and automation exhibits alongside Smart Factory Expo. It brings robot hardware and factory software suppliers to Aichi Sky Expo.
NVIDIA GTC Washington DC 2026
Washington, DC, United States. Upcoming. GTC Washington includes Physical AI within a wider developer conference. Workshops start November 30, followed by conference and exhibition activity from December 1 to 3.
Humanoids Summit Silicon Valley 2026
San Mateo, United States. Upcoming. Humanoids Summit moves its Silicon Valley edition to San Mateo Event Center. The announced two-day program combines humanoid industry talks, exhibits and robot presentations.
IEEE ISR/SIAS 2026
Osaka, Japan. Upcoming. ISR/SIAS examines robot intelligence and safety in industrial automation. The Osaka program includes human participation in control, interaction with robots and the design of safer operating systems.
RoboNext 2026
Osaka, Japan. Upcoming. RoboNext brings robot manufacturers and component suppliers to INTEX Osaka. The Japan Robot Association and Nikkan Kogyo Shimbun program includes humanoids, Physical AI, software and sensors.
Humanoids 2026
Santa Clara, United States. Upcoming. The research scope spans humanoid mechanisms, balance and motion control, perception, learning and human-robot interaction.
GITEX World RobotiX 2026
Dubai, United Arab Emirates. Upcoming. GITEX World RobotiX covers humanoids and embodied AI within the Dubai exhibition. Announced application areas include manufacturing, warehouse work, mobility and service robot systems.
IEEE ROBIO 2026
Tengchong, China. Upcoming. ROBIO studies robotics and biological mechanisms. The Tengchong conference covers navigation, manipulation, machine vision, soft robots and embodied intelligence across research and manufacturing applications.
Autonomous Systems & Robotics Expo 2026
Warsaw, Poland. Dates pending. The imported 2026 edition at Ptak Warsaw Expo no longer has confirmed dates. The organizer is awaiting a new schedule for the autonomous systems and robotics exhibition.
CES 2027
Las Vegas, United States. Upcoming. CES brings consumer electronics and AI hardware to Las Vegas. Robotics coverage spans home machines, mobility systems, sensors and prototypes within the wider technology exhibition.
Advanced Humanoid Forum 2027
Munich, Germany. Upcoming. The Munich forum focuses on evaluating humanoids for industrial tasks. Its announced program includes Physical AI validation and live testing areas for robot systems.
Robotics Warsaw 2027
Warsaw, Poland. Upcoming. Robotics Warsaw focuses on industrial robot systems and their integration. Exhibits cover manipulators, mobile robots, machine vision, control software and equipment for warehouse automation.
Factory Innovation Week Tokyo 2027
Tokyo, Japan. Upcoming. The Tokyo edition combines RoboDEX robotics and automation with Smart Factory Expo. Robot hardware, AI, IoT and factory control equipment share the Tokyo Big Sight exhibition.
European Robotics Forum 2027
Birmingham, United Kingdom. Upcoming. The European Robotics Forum connects companies, researchers and public institutions around robotics projects. The Birmingham edition covers research transfer, robot adoption and European industry cooperation.
HRI 2027
Santa Clara, United States. Upcoming. Human-robot interaction research examines how people use robotic systems and how those interactions affect workplaces and society.
LogiMAT 2027
Stuttgart, Germany. Upcoming. LogiMAT focuses on warehouse processes and material flow in Stuttgart. Robotics exhibitors cover mobile platforms, picking equipment, fleet software and the integration of automated handling systems.
Robotics & Automation at IntraLogisteX 2027
Birmingham, United Kingdom. Upcoming. Robotics & Automation is part of IntraLogisteX at NEC Birmingham on 17 and 18 March 2027. The organizer describes trade visitor eligibility and approval requirements, so prospective attendees should check those before registering.
NVIDIA GTC San Jose 2027
San Jose, United States. Dates pending. GTC returns to San Jose with Physical AI and robotics among its topics. NVIDIA's main page and FAQ disagree on the start day, so March remains provisional.
HANNOVER MESSE 2027
Hanover, Germany. Upcoming. HANNOVER MESSE covers industrial production equipment and software. Its robotics and assembly area sits alongside industrial AI, motion control, factory systems and other manufacturing technologies.
GEIA Asia 2027
Shanghai, China. Upcoming. GEIA Asia covers humanoids and embodied intelligence in Shanghai. Its schedule separates a founders' meeting, main stage, technical sessions and site visit across four days.
Beijing Humanoid Half Marathon 2027
Beijing, China. Upcoming. The announced third edition returns robot teams to a road race in Beijing E-Town, with global pre-registration open.
Humanoid Robot EXPO 2027 Spring
Tokyo, Japan. Upcoming. The spring Humanoid Robot EXPO takes place within NexTech Week at Tokyo Big Sight. It covers robot hardware, control software and technologies for operation around people.
Automate 2027
Las Vegas, United States. Upcoming. Automate covers industrial robots, machine vision and motion control in Las Vegas. Its 2027 schedule includes a separate Humanoid Robot Forum with its own admission terms.
Humanoid Robot Forum at Automate 2027
Las Vegas, United States. Upcoming. The Humanoid Robot Forum runs within Automate on May 11 and 12. Panels and interviews cover robot development, workplace deployment and the commercial requirements of humanoid systems.
Smart Automation Austria 2027
Wels, Austria. Upcoming. Smart Automation Austria moves to Messe Wels for its 2027 edition. The exhibition covers industrial automation equipment and suppliers serving Austrian factories and system integrators.
Factory Innovation Week Osaka 2027
Osaka, Japan. Upcoming. Factory Innovation Week Osaka includes RoboDEX and Smart Factory Expo at INTEX Osaka. The program connects robot products with factory control, sensing and production software.
ICRA 2027
Seoul, South Korea. Upcoming. IEEE RAS lists a broad robotics and automation conference covering areas including aerial robots, agricultural automation and assembly.
International Industrial Forum Ukraine 2027
Kyiv, Ukraine. Upcoming. The Kyiv industrial forum includes an Automation and Robotics section. Other program areas cover process control, warehouse equipment, machine building and industrial safety systems.
Intelligent Robots and Autonomous Systems 2027
Shenzhen, China. Upcoming. IRAS covers intelligent robots and autonomous systems in Shenzhen. Its schedule separates registration, technical presentations and an academic or cultural visit across three days.
Humanoids Summit Tokyo 2027
Tokyo, Japan. Dates pending. The organizer has announced a May return to Tokyo for humanoid and Physical AI discussions. Exact days and the 2027 venue remain unannounced.
Robotics Summit and Expo 2027
Boston, United States. Upcoming. The Boston summit covers the engineering of commercial robot systems. The organizer confirms the Hynes Convention Center and shared exhibition access with DeviceTalks Boston.
RoboCup 2027 Nuremberg
Nuremberg, Germany. Upcoming. RoboCup brings autonomous soccer, service, rescue and industrial robot competitions to Nuremberg. The organizer confirms June 17 to 21, with team schedules depending on their league.
automatica 2027
Munich, Germany. Upcoming. automatica covers industrial robots, assembly, handling and machine vision in Munich. The 2027 focus areas also include Physical AI and humanoids alongside robotics software and components.
Machina Summit 2027
Paris, France. Dates pending. Machina announces a July return to Paris for robotics and Physical AI. The page names Palais des Congres but does not establish exact 2027 days.
IROS 2027
Florence, Italy. Upcoming. The Florence edition lists human-centered robotics, cooperation and robotics for sustainability among its themes.
GEIA Greater Bay Area 2027
Shenzhen, China. Dates pending. GEIA's Shenzhen edition covers embodied AI, sensors, actuators and humanoid hardware. Organizer pages publish conflicting September schedules, so the listing retains the month without assigning days.
GEIA ASEAN 2027
Bangkok, Thailand. Upcoming. GEIA's regional calendar lists a Bangkok edition for embodied intelligence and humanoids. The announced October dates are retained while a venue and detailed program await confirmation.
GEIA Middle East 2027
Dubai, United Arab Emirates. Dates pending. GEIA lists a Dubai edition for October in its 2027 embodied intelligence series. Current regional calendars agree on the month, while days and venue remain unannounced.
Advanced Design & Manufacturing Toronto 2027
Toronto, Canada. Upcoming. The Toronto manufacturing exhibition includes ATX Canada, which covers automation and robotics. The combined event connects controls, production equipment and manufacturing suppliers at Toronto Congress Centre.
GEIA China 2027
Beijing, China. Upcoming. GEIA regional calendars now agree on December 8 to 10 for the Beijing edition. The event covers humanoids and embodied intelligence, with its venue still unannounced.
International Robot Exhibition 2027
Japan. Dates pending. The iREX organizer points to early December for its next edition. The exhibition covers industrial and service robots, with exact 2027 days still awaiting confirmation.