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Standards & Industries

Your industry determines which standards apply. Pick an industry to see its standards, or browse the full map. Document types like HARA and FMEA are listed separately below because they are work products, not standards.

New to functional safety?A standard is a published rulebook your product can be evaluated against. Industry determines which apply; documents like a or are the evidence you produce under them.Start with the basics · Ask an engineer
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Standards directory

IEC61508

Functional Safety of E/E/PE Safety-Related Systems

The umbrella functional safety standard defining the safety lifecycle, SIL levels, and requirements for electrical, electronic, and programmable systems.

Industrial Machinery · Mining & Off-HighwayView standard →
ISO12100

Safety of Machinery - Risk Assessment and Risk Reduction

The foundational machinery safety standard establishing risk assessment methodology and the hierarchy of risk reduction.

Industrial MachineryView standard →
IEC60204-1

Electrical Equipment of Machines

Requirements for the electrical equipment of machines, including supply disconnection, emergency stop, and protective bonding.

Industrial MachineryView standard →
IEC62061

Safety of Machinery - Functional Safety of Control Systems

Machinery-sector implementation of IEC 61508 for safety-related electrical control systems.

Industrial MachineryView standard →
ISO13849-1

Safety-Related Parts of Control Systems

Defines Performance Levels (PL) for safety functions implemented in control systems, including pneumatic and hydraulic parts.

Industrial Machinery · Robotics & AutomationView standard →
ISO10218-1/-2

Robots and Robotic Devices - Safety Requirements

Safety requirements for industrial robots (part 1) and robot systems and integration (part 2).

Robotics & AutomationView standard →
ISO/TS15066

Collaborative Robots

Guidance for collaborative robot operation, including power and force limiting thresholds.

Robotics & AutomationView standard →
ANSI/RIAR15.06

Industrial Robots and Robot Systems

The US national adoption of ISO 10218 for industrial robot safety.

Robotics & AutomationView standard →
ANSI/A3R15.08

Industrial Mobile Robots - Safety Requirements

Safety requirements for autonomous mobile robots (AMRs) and mobile manipulators in industrial environments.

Robotics & Automation · Autonomous SystemsView standard →
ISO3691-4

Driverless Industrial Trucks

Safety requirements for driverless industrial trucks and automated guided vehicles.

Robotics & Automation · Autonomous SystemsView standard →
EN50126

Railway RAMS

Specification and demonstration of Reliability, Availability, Maintainability and Safety for railway applications.

Rail & TransitView standard →
EN50128

Railway Software

Software for railway control and protection systems, defining software SIL requirements and lifecycle.

Rail & TransitView standard →
EN50129

Railway Signaling Safety Cases

Safety-related electronic systems for railway signaling, including the structure of the safety case.

Rail & TransitView standard →
IEEE1474

CBTC Performance and Functional Requirements

Communications-Based Train Control performance, functional, and interface requirements.

Rail & TransitView standard →
49CFR 236

PTC - Positive Train Control Regulations

US federal regulations governing Positive Train Control systems, including PTCSP safety plans.

Rail & TransitView standard →
ISO21448

SOTIF - Safety of the Intended Functionality

Addresses hazards from functional insufficiencies and foreseeable misuse in autonomous and driver-assistance systems.

Autonomous SystemsView standard →
UL4600

Evaluation of Autonomous Products

Safety case framework for fully autonomous products operating without human supervision.

Autonomous SystemsView standard →
ISO26262

Road Vehicles - Functional Safety

Automotive functional safety standard defining ASIL levels and the automotive safety lifecycle.

Autonomous SystemsView standard →
ISO17757

Autonomous Machine Safety - Earth-Moving

Safety requirements for autonomous and semi-autonomous earth-moving and mining machines.

Mining & Off-HighwayView standard →
ISO19014

Earth-Moving Machinery - Functional Safety

Functional safety framework for earth-moving machinery control systems, defining MPL levels.

Mining & Off-HighwayView standard →
IEC61511

Process Industry Safety Instrumented Systems

Application of IEC 61508 to safety instrumented systems in the process industries.

Energy & ProcessView standard →
IEC62443

Industrial Automation and Control Systems Security

The industrial cybersecurity standard family: security levels, zones and conduits, and secure development for control systems. Security and safety programs increasingly certify together.

Industrial Machinery · Robotics & AutomationView standard →
ISO21434

Road Vehicles - Cybersecurity Engineering

Automotive cybersecurity lifecycle: threat analysis and risk assessment (TARA), security requirements, and post-production monitoring. The security companion to ISO 26262.

Autonomous SystemsView standard →
ISO8800

Road Vehicles - Safety and Artificial Intelligence

Guidance for assuring AI-based functions in road vehicles: data quality, model behavior bounds, and AI-specific verification evidence, extending ISO 26262 and ISO 21448.

Autonomous SystemsView standard →
IEC62304

Medical Device Software Life Cycle Processes

IEC 62304 defines the software lifecycle expected for medical device software and software embedded in medical devices. CSA treats it as a safety-critical software route when product teams need requirements, risk controls, verification evidence, and release discipline that can survive regulatory review.

Autonomous SystemsView standard →

Document types (not standards)

HARA, FMEA, and safety cases are work products produced under these standards - not standards themselves. Open a document type for its purpose, typical contents, and related work products.

HARA

Hazard Analysis and Risk Assessment

Produced: Concept phase

Systematic identification of hazards and assessment of risk to derive safety goals and integrity targets. A HARA is a document produced by a process, not a standard.

Safety Plan

Functional Safety Plan

Produced: Program start

Defines the safety lifecycle activities, roles, independence requirements, and evidence plan for a program.

FMEA

Failure Modes and Effects Analysis

Produced: Design phase

Bottom-up analysis of component failure modes and their system-level effects.

FMEDA

Failure Modes, Effects and Diagnostic Analysis

Produced: Hardware design

Quantitative extension of FMEA adding failure rates and diagnostic coverage to compute hardware safety metrics.

FTA

Fault Tree Analysis

Produced: Design and verification

Top-down deductive analysis tracing an undesired event to combinations of contributing faults.

Safety Requirements Specification

Safety Requirements Specification

Produced: Requirements phase

The complete, verifiable statement of safety functions, integrity levels, and constraints.

V&V Plan

Verification and Validation Plan

Produced: Before integration

Defines how each safety requirement will be verified and how the system will be validated against intended use.

Safety Case

Safety Case

Produced: Certification / release

The structured argument, supported by evidence, that a system is acceptably safe for a given application in a given environment.