Industrial Robots and Cobots

Robot arms and mobile robots on factory floors, alone and beside workers.

China installed 295,000 of the 542,000 industrial robots added worldwide in 2024, more than the next four countries combined. The US has no robot-specific OSHA standard; cases are brought under the general duty clause.

Industrial robots installed in 2024, by country: China 295,000; Japan 44,500; United States 34,200; South Korea 30,600; Germany 26,982 INDUSTRIAL ROBOTS INSTALLED IN 2024, BY COUNTRY China 295,000 Japan 44,500 United States 34,200 South Korea 30,600 Germany 26,982 UNITS, IFR WORLD ROBOTICS
Robots operating worldwide
4.66M
Installed in 2024
542,000
China share of 2024 installs
54%
Registry incidents
1

Deployments

Hyundai and Xiaomi run whole factories on robots, in Georgia and Beijing

Hyundai's Metaplant in Ellabell, Georgia runs about 850 robots across welding, assembly and logistics. Xiaomi's Changping plant in Beijing builds phones on a lights-out line. Universal Robots has sold more than 100,000 cobots, and China's Dobot is among the fastest-growing cobot makers.

Flagship industrial robots and cobots deployments
DeploymentDeveloper / operatorWhereScaleAutonomyStatusControls declared
Hyundai Metaplant AmericaHyundai, Boston Dynamics and others / Hyundai Motor GroupEllabell, GeorgiaAbout 850 robots (2025)Programmed and AI-guidedOperatingNot disclosed
Xiaomi Changping smart factoryXiaomiChangping, BeijingLights-out phone line (2024)Autonomous production lineOperatingNot disclosed

Recent events

  • A packing robot at a Goseong, South Korea vegetable plant crushed a worker it mistook for a box of peppers on November 7, 2023.
  • A NIOSH study of 41 robot-related deaths found 78% involved a worker struck by the robot.
  • A Tesla Fremont worker sued Tesla and FANUC for $51 million in 2025 over injuries from a robot arm.
  • The IFR forecasts about 575,000 new installations in 2025.

Attack surface

Three of ten attack-surface dimensions rate very significant or critical

No dimension rates critical. Ratings use five levels, from limited to critical, and cover the paths an attacker or a failure can take into the agent.

Attack surface by dimension: Physical access very significant; Identity and authentication moderate; Command and control channels significant; Perception and sensors very significant; Connectivity surface significant; OTA and update pipeline moderate; Data capture and retention moderate; Integrations and permissions significant; Behavioral and policy boundary very significant; Multi-agent coordination moderate Physical access VERY SIGNIFICANT Identity MODERATE Command and control SIGNIFICANT Perception VERY SIGNIFICANT Connectivity SIGNIFICANT OTA updates MODERATE Data capture MODERATE Integrations SIGNIFICANT Behavior boundary VERY SIGNIFICANT Multi-agent MODERATE
Attack surface rating by dimension. Longer, darker bars are rated higher.
Industrial robots and cobots attack surface by dimension
DimensionRatingWhy
Physical accessVery significantCobots work within reach of people by design
Identity and authenticationModerateTeach pendant and controller logins are often shared
Command and control channelsSignificantControllers take commands from PLCs and plant networks
Perception and sensorsVery significantSafety scanners and force sensing decide when to slow or stop
Connectivity surfaceSignificantPlant OT networks and remote vendor access
OTA and update pipelineModerateController firmware updates are infrequent and manual
Data capture and retentionModerateProcess data, with cameras on vision-guided cells
Integrations and permissionsSignificantMES, PLC and vision integrations set what the arm does
Behavioral and policy boundaryVery significantSpeed, force and zone limits are the core safety boundary
Multi-agent coordinationModerateCells coordinate with conveyors and mobile robots

Incidents

One registry incident involves industrial robots and cobots

Each row links to its full record, with the control that failed, who found it and whether a reporting rule applied.

Registry incidents: industrial robots and cobots
IncidentDateAgentFound byControl that failed
Packing Robot Kills a Worker in GoseongNov 2023Industrial palletizing robotDeployerRobot could move while a technician was within reach

Rules

Robot safety standards are voluntary in the US and harmonized in the EU

Rules that apply to industrial robots and cobots
RuleJurisdictionWhat it requiresStatus
ANSI/A3 R15.06-2025USIndustrial robot and system safetyPublished 2025
OSHA general duty clauseUSEmployer duty to keep workplaces free of recognized hazards; no robot-specific standardIn force
ISO 10218-1 and -2 (2025)InternationalRobot and robot-system safety, including collaborative operationPublished 2025
EU Machinery Regulation 2023/1230EUEssential safety requirements for machinery, including AI-driven behaviorApplies from Jan 20, 2027
GB 11291 industrial robot safetyChinaNational robot safety standard aligned with ISO 10218In force

Status colors: green in force, blue voluntary standard or framework, amber adopted and phasing in, gray draft or pending, red withdrawn.

Record

Page Record

Agent class
Physical
Datasets
ai_deployments.csv (2 rows for this page); ai_attack_surface.csv (10 rows); ai_incidents.csv (1 linked)
Key sources
IFR World Robotics
NIOSH study of robot-related fatalities
Last verified
October 2026