Robo Standards Portal

AFNOR positions ISO/IEC 42001 as a certifiable AI management-system standard for responsible, risk-controlled and auditable AI deployment.

UK AI risk-management standard guides organizations developing, deploying or using AI systems through structured risk identification, analysis and treatment.

Indian adoption of AI management-system requirements for responsible, auditable and risk-based organizational AI governance.

Official Cabinet Office guideline addresses appropriate AI R&D and utilization, including governance, responsible deployment and risk-management expectations.

European AI standardization committee developing standards to support AI Act compliance, including risk, data, transparency, robustness and cybersecurity topics.

CNIL states it is already designated for AI Act prohibited uses and expected to supervise certain high-risk AI systems.

Binding Chinese regulation for public generative AI services covering safety, legality, data, content, provider responsibility and deployment obligations.

UK policy framework sets cross-sector AI principles for safety, security, transparency, fairness, accountability and contestability through existing regulators.

German EN adoption of ISO/IEC 23894 provides AI risk-management guidance for identifying, analyzing, evaluating and treating AI risks.

German draft adoption of ISO/IEC 42001 provides management-system requirements for responsible AI governance, risk controls and lifecycle management.

DIN SPEC 92001 series defines AI lifecycle quality requirements covering quality metamodel, robustness and explainability for AI modules.

German AI roadmap defines national standardization priorities for trustworthy AI, safety, testing, certification, industrial automation and human-machine interaction.

EU risk-based AI regulation affecting high-risk AI systems, transparency, governance and conformity obligations.

EU horizontal AI regulation defining prohibited, high-risk and transparency obligations relevant to autonomous robotic systems with safety-impacting AI functions.

EU AI Act creates binding requirements for high-risk AI and AI-enabled products, including robotics systems placed on the German market.

India AI Governance Guidelines establish a non-binding governance framework for safe, inclusive and responsible AI adoption across sectors.

IEEE standard defining a process for identifying ethical concerns and translating stakeholder values into system requirements during engineering design.

Transparency framework for autonomous systems, helping stakeholders understand system capabilities, limits and decision behavior.

IndiaAI’s Safe and Trusted AI pillar develops guardrails and responsible AI projects for safer AI development, deployment and adoption.

Canada’s 2026 generative AI guardrails code provides voluntary guidance for developers, deployers and operators ahead of formal regulation.

Canada’s 2023 voluntary code established common responsible-AI measures for advanced generative AI developers and operators before formal regulation.

Israeli financial-sector AI report provides sectoral governance analysis for AI risk, supervision, data protection and responsible deployment.

Provides guidance for organizations managing AI-specific risks across development, production, deployment and use.

AI management system standard defining organizational requirements for responsible AI development, provision, deployment and continual improvement.

AI risk management guidance for identifying, assessing, treating and monitoring risks across AI lifecycles.

Knesset review summarizes Israel’s AI strategy, government resolutions, budgeted AI program and sectoral regulatory approach.

Taiwan’s AI Basic Act establishes the national legal foundation for AI development, governance, risk classification and evaluation frameworks.

Taiwan’s AI Basic Act mandates MODA to promote internationally interoperable AI risk taxonomy and assessment frameworks.

Official policy PDF details Israel’s AI principles, sectoral regulator expectations, flexible governance approach and international alignment priorities.

Israel’s AI policy establishes a sectoral, risk-based and innovation-oriented framework for responsible AI regulation and ethical governance.

Updated unified AI governance guidance for Japanese businesses, incorporating AI safety, lifecycle risk management and the 2025 AI Promotion Act.

Draft subordinate regulation clarifies AI Basic Act implementation, including high-impact AI, transparency, safety obligations, support institutions and administrative grace periods.

MSIT guidance explains transparency obligations under the AI Basic Act, including prior notice for high-impact and generative AI and labeling for AI-generated content.

Korean strategy defining action plans for trustworthy AI implementation, risk management and responsible AI adoption through 2025.

Korea’s national AI ethics guideline defining human dignity, common good, proper use and ten lifecycle requirements for trustworthy AI.

Korea’s AI Basic Act enters into force in January 2026, creating a national legal framework for AI promotion, safety and trust.

TC260 practice guide addressing AI ethical and security risks across research, development, design, manufacturing, deployment and application.

Voluntary U.S. AI risk framework for trustworthy, responsible and governable AI systems.

Voluntary AI risk-management framework organizing trustworthy AI practices around govern, map, measure and manage functions.

Voluntary U.S. AI risk framework for trustworthy, governable and responsible AI systems.

India’s foundational AI strategy frames inclusive AI development, priority sectors, data governance and responsible adoption considerations.

International AI policy principles for trustworthy, human-centered, robust, accountable and transparent AI.

Canada’s proposed Artificial Intelligence and Data Act was introduced through Bill C-27 but did not become law before Parliament ended.

SCC launched Canada’s ISO/IEC 42001-based accreditation program for certification bodies auditing artificial intelligence management systems.

ISO/IEC 42001 is listed in Canada’s standards database and defines requirements for an AI management system.

Guidance technical document project for grading embodied intelligence capability, supporting structured evaluation of Physical AI system intelligence levels.

Chinese national standard defining reference architecture and general requirements for large-scale AI models used in intelligent systems.

State audit assesses government AI readiness, governance gaps and implementation weaknesses in Israel’s AI policy and institutional framework.

Canada’s federal automated decision-making directive governs public-sector AI and algorithmic systems using impact assessment and assurance controls.

MODA guidance defines critical infrastructure security fields including science parks, industrial parks, communications, energy, hospitals and government agencies.

ANSSI guidance frames AI trust through cyber-risk analysis, connecting AI use cases, threat modeling, safeguards and security-by-design measures.

ANSSI guidance provides security recommendations for generative AI architecture, deployment and integration across developers, administrators and security teams.

Joint ANSSI-BSI guidance addresses cybersecurity risks of AI coding assistants, relevant to secure software development for AI-enabled robotic systems.

BSMI added cybersecurity requirements for IoT devices covering physical security, system security, firmware updates, communication and authentication.

CNIL recommendations clarify GDPR-compliant AI development, including data reuse, model development, transparency and responsibilities across the AI chain.

CNIL AI action plan structures France’s privacy supervision of AI around understanding, guidance, ecosystem support and audit controls.

Germany’s Industrie 4.0 roadmap coordinates standardization for industrial digitalization, cyber-physical systems, interoperability and smart factory architectures.

EU data protection regulation governing personal data processing, privacy, consent, rights and accountability.

EU regulation establishing horizontal cybersecurity requirements for hardware and software products with digital elements across their lifecycle.

BSI AIC4 defines criteria for evaluating security, robustness, reliability, data quality, explainability and bias in AI cloud services.

BSI guidance explains cybersecurity risks and mitigation measures for integrating generative AI models into industry and public-sector workflows.

BSI publication translates the G7 shared vision for AI SBOM into minimum elements for transparency across AI software supply chains.

India’s core digital personal data law governing lawful processing, consent, data fiduciary duties and individual data rights.

Taiwan’s Personal Data Protection Act governs collection, processing and use of personal data, including data captured by connected robots.

Industrial cybersecurity standard series for secure automation, control systems, components and operational technology.

Defines technical cybersecurity requirements for industrial automation and control system components using foundational requirements and security levels.

Indian cybersecurity directions requiring incident reporting, log retention and security practices for covered digital systems and service providers.

Global information security management standard defining requirements for protecting confidentiality, integrity and availability through an ISMS.

Lifecycle cybersecurity engineering standard for vehicle E/E systems, from concept through development, production, operation and decommissioning.

Information security management system standard for governance, controls and continual improvement of security risk management.

INCD guidance helps organizations prepare for post-quantum cryptographic risk across long-lived systems, sensitive data and critical infrastructure.

Israel’s 2025 cyber strategy sets priorities for national cyber resilience, IoT security, supply-chain security and critical infrastructure protection.

Israeli policy recommendations address privacy, security, ethics and governance for facial recognition technologies in public places.

Amendment 13 modernizes Israel’s privacy law with stronger compliance, enforcement, transparency and data-subject protection requirements.

Taiwan’s Cyber Security Management Act governs cybersecurity obligations for government agencies and specific non-government critical infrastructure operators.

Taiwan and SEMI launched a SEMI E187 certification program to strengthen semiconductor equipment cybersecurity and supply-chain trust.

METI framework for securing cyber-physical value chains and Society 5.0 systems across organizations, data and connected devices.

Provides cyber-physical security guidance for factory systems, focusing on ICS, OT, connected equipment and smart manufacturing operations.

Published METI guidance defines OT cybersecurity measures for semiconductor fabs, aligned with factory CPS security and international semiconductor security expectations.

Executive-level cybersecurity governance guideline for Japanese enterprises, relevant to robotics suppliers, operators and service providers.

Final DPDP Rules operationalize India’s data protection law, including notice, consent, security safeguards, retention and children’s data obligations.

Daegu was selected for Korea’s humanoid robot safety-certification center, integrating safety, AI reliability, cybersecurity and real-environment testing infrastructure.

UK secure-by-design guidance supports manufacturers in building connected products with baseline cybersecurity and consumer protection controls.

TC260 guide describing classification, grading and emergency-response management for security incidents involving generative AI services.

U.S. cybersecurity framework for governing, identifying, protecting, detecting, responding to and recovering from cyber risks.

Secure software development framework for reducing software vulnerabilities across product and system lifecycles.

China’s core personal information protection law regulating personal data processing, highly relevant to sensor-rich humanoid and service robots.

UK consumer connectable product security regime requires baseline cybersecurity controls and statements of compliance for in-scope smart products.

PIPEDA and OPC AI privacy guidance create privacy obligations for AI and robotics systems processing identifiable personal information.

Bill C-8 would create cybersecurity obligations for federally regulated critical cyber systems and amend telecommunications security powers.

PIPC guideline clarifies lawful use of publicly available personal data for AI training and defines safeguards for AI developers and service providers.

PIPC policy direction sets Korea’s AI privacy agenda, including visual data, AI transparency, synthetic data, biometrics and AI risk assessment.

Korea’s core privacy law regulating personal information processing, relevant to sensor-rich humanoid and service robot deployments.

Privacy Protection Authority guide explains privacy-enhancing technologies for AI systems that process large volumes of personal and sensitive data.

Defines cybersecurity technical requirements for PLCs, strengthening industrial control security for connected automation and robotics environments.

Chinese national standard establishing general information-security requirements for service robots, relevant to connected robots and humanoid service platforms.

Defines baseline security requirements for generative AI services, including corpus safety, model safety, operational safeguards and assessment support.

Mandatory national standard defining explicit and implicit labeling methods for AI-generated synthetic content in support of China’s AI labeling regime.

Specifies security requirements for generative AI pre-training and optimization data, supporting lawful, traceable and risk-managed model development.

STQC’s IoT System Certification Scheme provides a cybersecurity certification route for connected IoT devices and systems relevant to networked robotics.

STQC Issue 5.0 defines certification procedures for IoT systems, including risk analysis, application security, device security and evidence review.

TSMC strengthened procurement cybersecurity by requiring SEMI E187-based equipment controls across operating system, network, endpoint and monitoring domains.

Automotive cybersecurity and software-update regulatory model relevant to connected robot fleets and OTA-enabled Physical AI.

Vehicle cybersecurity regulation requiring cybersecurity management systems, risk analysis, mitigation and monitoring for regulated vehicle categories.

Vehicle regulation requiring software update management systems and controlled software update processes.

Second edition of Canada’s industrial electrical machinery standard supersedes the 2016 edition and supports machinery conformity assessment.

U.S. authorization requirement for RF devices before marketing, import or sale in the United States.

Electrical safety baseline for machinery, control panels, wiring, protective bonding and machine electrical equipment.

Electrical safety standard for machinery equipment covering supply, protection, control circuits, bonding, emergency functions and machine electrical integration.

Specifies essential low-voltage installation requirements for basic protection, fault protection and additional protection against electric shock.

Classifies electrical installations into voltage bands used to coordinate shock protection and installation requirements.

Basic safety publication defining common principles for protection against electric shock across installations, systems and equipment.

Foundational functional safety standard establishing lifecycle processes, safety integrity levels and risk reduction requirements for electrical, electronic and programmable systems across industrial and robotic applications.

Generic functional safety framework for E/E/PE safety-related systems, providing the foundation for sector standards across industrial, automotive and machinery domains.

Foundational generic functional safety standard for E/E/PE safety-related systems and sector-specific standards.

Specifies electromagnetic compatibility requirements and testing methods for adjustable-speed drive systems, critical for reliable motor control, robotics actuation and power electronics integration.

Machinery-sector functional safety standard specifying design, integration and validation requirements for safety-related control systems.

Hazard-based safety standard for AV and ICT equipment, relevant to robot compute, communication, charging and user-facing electronics.

Defines requirements for designing and validating safety-related machine control systems, widely used in industrial robotics, cobots and semiconductor-enabled automation platforms requiring functional safety compliance.

Functional safety standard for designing safety-related control-system parts, including architecture, performance levels, diagnostics and software considerations.

Automotive E/E functional safety framework for hazards caused by malfunctioning behavior of safety-related vehicle systems.

Japanese certification framework for robots, components and functional safety using ISO 13482, IEC 61508, ISO 26262 and related standards.

Korea’s EMC standardization activity and KS EMC standards support electrical robustness, emissions control and certification readiness for robotics.

India formally withdrew the omnibus machinery safety regulation, removing the planned BIS certification route for covered machinery and electrical equipment.

U.S. electrical safety standard for industrial machinery, control systems and machine electrical equipment.

Chinese machinery functional-safety standard for safety-related control system design, replacing earlier GB/T 16855.1 editions.

Generic EMC immunity requirements and limits for service robots, important for reliable operation in homes and public spaces.

Chinese national standard defining requirements for industrial robot controller electrical equipment and systems.

EMC immunity test standard for industrial, scientific and medical robots, relevant to reliable operation in electrically noisy environments.

EMC emissions standard for industrial, scientific and medical robots, defining measurement methods and emission limits.

Chinese adoption of IEC 60204-1 defining electrical safety requirements for machinery electrical and electronic equipment.

AI Verify provides a governance testing framework and software toolkit for assessing responsible AI implementation against recognized principles.

OpenUSD is becoming a de facto interoperability layer for 3D worlds, simulation assets, industrial digital twins and Physical AI development.

Autoware is a leading open-source autonomous-driving stack that influences autonomy architecture, ROS integration and safety-certifiable mobility development.

IEEE Ethically Aligned Design is a foundational ethics framework shaping autonomous-system governance, IEEE P7000 standards and certification thinking.

MassRobotics provides an open AMR interoperability model for sharing robot location, status, availability and operational information across vendors.

India’s 2026 IT Rules update introduces synthetic-content labelling, provenance metadata and intermediary due-diligence obligations for AI-generated media.

MITRE ATLAS is a living knowledge base of adversary tactics and techniques targeting AI-enabled systems and machine-learning pipelines.

AILuminate benchmarks AI safety behavior to guide developers, purchasers, standards bodies and policymakers evaluating generative AI systems.

MLPerf benchmarks provide industry-standard, comparable measures for AI training, inference, edge performance and emerging AI safety evaluation.

Robotics development ecosystem for simulation, AI perception, synthetic data, robot learning and deployment acceleration.

Isaac Sim is a dominant Physical AI simulation and synthetic-data platform for designing, testing and training AI-based robots.

ONNX defines an open model format and operator set for AI model portability across frameworks, runtimes, compilers and hardware.

OPC UA Robotics provides a common industrial information model for robot condition data, diagnostics and higher-level manufacturing-system integration.

Gazebo is a widely used open-source robotics simulator for physics, sensors, rendering, regression testing and robot application development.

Gazebo Sim is a widely used open-source robotics simulator for physics, sensors, rendering, plugins and robot development workflows.

ROS 2 is the dominant open-source robotics middleware reference for modular robot applications, communications, tooling and software integration.

ROS 2 and REPs define de facto middleware, package, platform and quality conventions widely used across robotics development and integration.

Open-RMF defines an open interoperability layer for robot fleets, shared facility resources, task dispatching and physical infrastructure coordination.

OSRA REPs define community-governed technical specifications for ROS, Gazebo, Open-RMF, ros-controls and shared robotics infrastructure.

OpenSSF Best Practices Badge provides self-certification criteria for open-source projects to demonstrate secure and high-quality development practices.

SLSA provides consensus-based software supply-chain security levels for build integrity, provenance, tamper resistance and artifact trust.

OWASP OT Top 10 identifies major cybersecurity risks for operational technology environments relevant to industrial robotics deployments.

CycloneDX is a full-stack bill-of-materials standard covering software, hardware, services, AI models, cryptography and vulnerability exchange.

OWASP LLM Top 10 defines widely recognized security risks for LLM and generative-AI applications, including prompt injection and supply-chain issues.

SPDX is a widely adopted open SBOM standard for communicating software components, provenance, licenses, security and related metadata.

VDA 5050 is a market-defining AGV and AMR interface for communication between mobile robots and central fleet control systems.

Terminology standard providing a common robotics, automation and autonomous systems vocabulary for engineering and deployment.

Higher-bandwidth CAN communication technology used in embedded control, automotive and distributed robotic subsystems.

Indian mechanical interface standard for robot mounting plates, supporting interchangeability between industrial robots, tooling and end-effectors.

Indian mechanical interface standard for robot shafts, supporting modular robotic hardware and industrial end-effector compatibility.

Indian robotics vocabulary standard harmonized with ISO 8373:2021, supporting consistent terminology for robotics engineering and compliance documentation.

Indian standard for vocabulary and characteristics of automatic end-effector exchange systems used in industrial robotic environments.

Real-time industrial Ethernet ecosystem widely used for deterministic motion control and distributed automation.

Robotics ontology standard enabling consistent terminology, semantic models and interoperability across robotic systems.

Open robotics middleware ecosystem widely used for robot software architecture, communication, tools and prototyping.

Chinese adoption of modularity requirements for service robots, relevant to reusable components, interfaces and scalable humanoid robot architectures.

National standard defining classification and reference architecture for service robot cloud platforms, relevant to fleet learning and robot infrastructure.

Draft evaluation guidelines support AI governance by defining assessment mechanisms for AI products and systems under Taiwan’s trustworthy AI agenda.

AFNOR provides France’s standards-development channel for robotics, AI and electrotechnical topics relevant to robot safety and conformity.

UK AI Standards Hub supports AI standards participation, education and adoption across governance, assurance, risk management and technical standardization.

BSI AMT/10 is the UK robotics standards committee supporting national input into robotics safety, terminology and application standards.

UK adoption of ISO/IEC 42001 provides a certifiable AI management-system framework for responsible, transparent and risk-controlled AI deployment.

Japan’s national AI Basic Plan sets strategic direction for AI innovation, utilization, safety, governance and social implementation.

Chinese policy guidance positioning humanoid robots as a strategic emerging industry and innovation platform.

UK AI action plan reinforces safe and trusted AI adoption through regulation, assurance, AI Security Institute expansion and sector deployment.

Defines procurement and utilization guidance for generative AI in Japanese government systems, referencing AI safety evaluation and business AI guidance.

BSI QUAIDAL guidance provides quality criteria, methods and measures for evaluating AI data quality and training-data assurance.

Japan’s first AI-specific national law establishing basic principles for AI promotion, responsible use and government coordination.

Defines preferred nominal voltage values for electrical supply systems and reference values for equipment and system design.

Defines insulation coordination principles, clearances, creepage distances and tests for equipment up to 1000 V AC or 1500 V DC.

Discussion paper mapping activities required for AI safety, aligned with Hiroshima AI Process and AI Seoul Summit outcomes.

J-AISI guidebook provides practices for AI data collection, validation, cleaning and management to improve reliability, security and performance.

Second edition maps AI-specific attacks and impacts, supporting AI security threat modeling, red teaming and risk scenario development.

Korea’s national KS standards system under KATS, covering product, procedure, testing, quality, IT and industrial standards.

China’s first national-level humanoid robot and embodied intelligence standards framework covering lifecycle, components, AI, applications, safety and ethics.

Updated IT Rules consolidate intermediary obligations relevant to synthetic media, user safety, grievance handling and harmful AI-enabled content.

MIIT committee created to coordinate China’s humanoid robot and embodied intelligence standard-setting agenda across industry, research and applications.

Israeli legal guide provides recommended design principles for regulatory sandboxes supporting innovation under controlled risk conditions.

Japanese legal framework establishing a permission system for driverless automated operation equivalent to SAE Level 4.

U.S. workplace safety guidance for recognizing and controlling hazards associated with industrial robots and robotic systems.

UK portfolio catalogues practical AI assurance techniques for organizations designing, developing, deploying or procuring trustworthy AI-enabled systems.

FDA policy framework for oversight of AI and machine-learning software used in medical-device contexts.

VDE SPEC 90012 provides a VCIO-based model for describing socio-technical trustworthiness characteristics of AI-enabled systems.

UK AI Security Institute research agenda defines priority work on advanced AI capability evaluation, safeguards and risk mitigation.

Updated U.S. industrial robot safety baseline covering robots, applications, cells, integration, safeguarding and operational use.

Updated UK industrial robot safety standard specifies inherently safe design, risk reduction measures and information for industrial robot use.

Updated UK robot integration standard covers industrial robot applications, cells, commissioning, operation, maintenance, decommissioning and disposal.

Indian adoption of industrial robot safety requirements for robot design, protective measures and manufacturer information for robot equipment.

Indian industrial robot integration safety standard covering robot systems, safeguarded spaces, installation, validation and user information.

Indian adoption of personal care robot safety requirements for mobile servant, physical assistant and person carrier robots.

Indian adoption of collaborative robot guidance for human-robot interaction, force limits, safety functions and collaborative operating concepts.

Taiwan’s CNS 14490-1 adopts ISO 10218-1 principles for industrial robot design, safety functions and risk reduction.

Taiwan’s CNS 14490-2 adopts ISO 10218-2 principles for industrial robot systems, integration, cell safety and deployment risk controls.

BSMI established a safety standard for personal care robotic devices to support home, healthcare and service robot applications.

Canadian industrial robot safety standard adopting ISO 10218 with Canadian deviations and user-side requirements.

CSA Z432:23 defines machinery safeguarding principles and is used with robot-specific standards such as CSA Z434.

Canada’s 2026 industrial robot safety standard adopts ISO 10218:2025 parts 1 and 2 with Canadian deviations.

CSA Z434.1:26 complements CSA Z434:26 by addressing use-stage expectations for industrial robot cells in Canadian workplaces.

DIN project tracks German adoption of updated ISO 13482 service-robot safety requirements, relevant to personal care and public-space robots.

EU machinery safety regulation replacing the Machinery Directive and explicitly relevant to autonomous machines, collaborative robots and AI-enabled machinery.

EU battery regulation setting requirements for batteries placed on the market, including safety, sustainability, labelling, due diligence and lifecycle obligations.

EU Machinery Regulation will replace the Machinery Directive and directly affect AI-enabled robotic machinery placed on the German market.

DGUV FB HM-080 provides practical design guidance for power-and-force-limited collaborative robot systems and related safety validation.

DGUV IFA pain-threshold work supports force and pressure limit evaluation for collaborative robot collision and contact-safety scenarios.

DGUV IFA guidance explains risk assessment, biomechanical limits and safety evaluation for collaborative robots in German workplaces.

Japan’s national robot strategy positioning robotics as a cross-sector solution for manufacturing, services, healthcare, infrastructure and society.

PUWER requires employers to ensure work equipment, including robot systems, is suitable, maintained, inspected and used safely.

IndiaAI Safety Institute partnership call builds India’s AI safety evaluation ecosystem across academia, startups, industry and government stakeholders.

INRS guidance explains prevention measures for collaborative robot cells, risk assessment, contact hazards and worker-safety integration.

INRS FAQ clarifies practical safety interpretation for collaborative robots, including non-mandatory ISO/TS 15066 force and power thresholds.

Japan-originated international standard defining safety management requirements for providers operating service robot services.

Global industrial robot safety baseline covering robot design, integration, safeguarding, risk reduction and operational safety.

Core global safety standard for industrial robot design, risk reduction, protective functions and manufacturer information before system integration.

System-level safety standard for robot applications, cells and integration activities including commissioning, programming, operation, maintenance and repair.

Foundational machinery safety standard defining risk assessment and risk reduction principles used across robot and automation safety engineering.

Safety framework for personal care and service robots operating near non-expert users.

Safety standard for non-medical personal care robots, including mobile servant robots, physical assistant robots and person carrier robots.

SOTIF standard addressing unreasonable risk from intended-function insufficiencies, performance limits and foreseeable misuse rather than component failures.

Safety and verification standard for driverless industrial trucks, including AGVs, AMRs, bots and automated cart systems.

Draft safety standard addressing industrial mobile robots that rely on active stability control.

Emerging successor framework for service robot safety, including personal, professional and commercial service robots with physical human contact.

Automotive AI safety guidance for safety-related E/E systems using AI technology in series production vehicles.

Technical specification defining collaborative robot operation, human contact limits and collaborative safety concepts.

Technical specification supplementing ISO 10218 with safety guidance for collaborative industrial robot systems and shared work environments.

ISO/TS 15066 remains a key collaborative-robot reference available through CSA for human-robot contact and collaborative application assessment.

Updated industrial robot safety standard defines design-level safety requirements, protective measures and risk reduction for industrial robots.

Updated ISO 10218 robot safety standards define requirements for industrial robots, applications, robot cells, integration and safeguarding.

Updated robot-cell standard defines safety requirements for industrial robot applications, integration, commissioning, operation, maintenance and decommissioning.

Japan-led benchmark initiative for evaluating safety and security of Japanese generative AI, supporting localized AI assurance infrastructure.

J-AISI guidance defines AI incident-response posture for operational AI systems, extending conventional cybersecurity response to AI-specific risks.

Defines evaluation perspectives for AI safety, including security, robustness, privacy, fairness, explainability and risk controls across AI lifecycle stages.

Japanese adoption of ISO 13482 for personal care robot safety, covering non-medical service robots in human environments.

Japanese original standards adding type-specific safety requirements for personal care robots based on JIS B 8445 and ISO 13482.

Japanese safety management system standard for organizations operating robot services using service robots.

MODA restricted government use of DeepSeek AI services due to cross-border transmission, information leakage and national security concerns.

METI framework linking IoT security and safety risk management for connected devices, systems and physical environments.

India’s draft robotics strategy frames manufacturing, healthcare, agriculture and national security as priority domains for robotics capability building.

Taiwan amended industrial robot hazard-prevention requirements to address employer obligations for collaborative robot use in workplaces.

Korea’s foundational intelligent robot law supporting robot industry development, distribution, certification institutions and outdoor mobile robot regulation.

Japan’s revised traffic framework allowing small, low-speed automated delivery robots to operate on public roads from April 2023.

Korean traffic-law changes allow certified outdoor mobile robots to use sidewalks under pedestrian-like operational rules and insurance obligations.

Japanese public-private ecosystem platform for robotics, industrial IoT, manufacturing transformation and Society 5.0 implementation.

ISO 10218 remains the foundational industrial robot safety baseline relevant to Israeli robot manufacturers, integrators and workplace deployments.

Foundational Chinese machinery safety standard for risk assessment and risk reduction, aligned with global machinery-safety principles.

General safety requirements for household and similar service robots, important for humanoids entering human-populated service environments.

Defines safety requirements for inspection robots, relevant to autonomous mobile robots operating near infrastructure, workers and hazardous environments.

Technical requirements for 3D vision-guided industrial robot systems, relevant to perception-driven manipulation and embodied autonomy.

Defines dynamic stability test methods for industrial robots, supporting assessment of vibration, positioning stability and reliable high-precision operation.

Defines evaluation methods and classification for intelligent robot vision, supporting comparable assessment of perception capability and visual intelligence.

Application specification for implementing industrial robot safety requirements, providing practical guidance for design, production, sales, management and use.

TÜV Rheinland guidance highlights that ISO 10218:2025 materially changes robot safety expectations, including functional safety and cybersecurity aspects.

Defense system safety standard practice for eliminating hazards where possible and minimizing risks where hazards remain.

Defense system safety standard defining hazard identification, risk assessment and mitigation practices across hardware, software, infrastructure and lifecycle phases.

Safety standard for battery-operated automated mobile platforms used in commercial and industrial environments.

Safety standard for service robots operating near ordinary, instructed or skilled users in commercial and public environments.

Safety standard for robotic functions in service, communication, information, education and entertainment robots used in commercial environments.

Safety standard for evaluating autonomous products through safety-case evidence, including autonomy, machine-learning functionality and life-critical applications.

AFNOR Certification offers ISO/IEC 42001 certification for organizations seeking third-party recognition of responsible and risk-controlled AI management.

ASTM robotics standards activity covering terminology, test methods, automation, autonomous systems and deployment validation.

ASTM technical committee developing standards for robotics, automation, autonomous systems, vehicles, manipulators, sensors and infrastructure.

BIS conformity assessment regulations define certification schemes, licensing mechanisms and use of standard marks under India’s standards regime.

Indian performance-test standard for manipulating industrial robots, covering measurable robot characteristics such as accuracy, repeatability and path behavior.

Taiwan’s CNS 14491 corresponds to ISO 9283 and supports performance testing for manipulating industrial robots and robot test laboratories.

CSA notice covers requirements for bodies auditing and certifying AI management systems according to ISO/IEC 42001.

DNV-KIRIA cooperation supports Korean robot safety standards, EU market entry, technical exchange and participation in robot standardization.

EU market-access regulation for machinery, including digitally connected, autonomous and AI-enabled machinery risks.

French Labour Code machinery requirements define essential health and safety rules applicable to new machinery, including robotized equipment.

India’s foundational legal framework for standardization, conformity assessment, quality assurance and compulsory certification through BIS.

UK machinery safety regulations set essential health and safety requirements for placing machinery, including robotic machinery, on the market.

Provides methodology for AI safety red teaming, including attack planning, execution, third-party involvement, confidentiality and reporting considerations.

Certification and assessment services for robot safety, covering ISO 13482, JIS B 8445, ISO 31101, JIS Y 1001 and ISO 10218.

Korea’s specialized robotics agency established under the Intelligent Robots Act to support robot industry development and policy execution.

Korea’s first KS-certified wearable robot establishes a national safety and quality reference point for industrial exoskeleton and assistive robot products.

Korean adoption and use of ISO 13482 certification for personal care, assistive, wearable and autonomous mobile service robots.

Korea Testing Laboratory provides domestic and international certification services across machinery, ICT, medical, materials and electrical product domains.

LNE AI process certification evaluates lifecycle processes for machine-learning systems, supporting quality, security, ethics and AI Act readiness.

LNE provides ISO 42001 certification for AI management systems, emphasizing quality, data governance, qualification and risk understanding.

LNE’s LE.IA platform evaluates AI datasets, algorithms and AI-embedded systems for trust, compliance, reliability and performance.

Insurance and risk perspective on autonomous systems, liability, deployment risk and emerging assurance needs.

Taiwan’s AIEC establishes localized AI evaluation services and third-party certification mechanisms across reliability, fairness, privacy, security and transparency.

Emerging Japanese conformity assessment scheme for IoT product security, relevant to connected robots and robot components.

Korean industrial safety certification framework requiring KCs marking or self-regulatory safety confirmation for specified hazardous machines including industrial robots.

Official MOTIR notice updates operational safety-certification procedures and standards for outdoor mobile robots under Korea’s Intelligent Robot Act.

Aviation software assurance standard used as a primary means of approval for airborne software.

Draft guidance project defining general performance requirements and test methods for embodied intelligence systems and Physical AI applications.

TÜV Rheinland offers robotics compliance services covering ISO 10218 testing, functional safety review, certification and CE marking assistance.

UL robotics safety and certification activities covering robotic equipment, service robots and mobile platforms.

North American safety certification standard for industrial robots and robotic equipment used in commercial and industrial applications.