Functional Safety · Robotics
Functional Safety for Robotics and Autonomous Mobile Robots
Safeguarding complex industrial, collaborative, and mobile robot integrations in human-shared spaces.
In modern automated facilities, rapid design cycles demand safety compliance that matches engineering speed. We resolve the manual-preparation bottleneck and help you design robust, defensible robot architectures from day one.
What we deliver for robotics programs.
End-to-end functional safety for industrial, collaborative, and mobile robots operating in human-shared spaces.
Scope
Item Definition
Establishing clear performance and operational boundaries for the system.
FMEA
Hazard Analysis
Bottom-up FMEA to isolate sensor, motor, and actuation failure modes.
Risk reduction
Risk Reduction
Specifying functional safety requirements early to avoid late-stage hardware rework.
V&V
Verification & Validation
Managing comprehensive physical system safety testing.
The robotics safety framework.
The standards that govern collaborative operation, mobile autonomy, and Performance Level validation for robot systems.
STD 01
ISO 3691-4
Driverless industrial trucks and mixed-zone personnel tracking.
STD 02
ISO 10218-1 / ISO 10218-2
Industrial and collaborative robotic environments.
STD 03
ISO 13849-1 / ISO 13849-2
Performance Level safety-related control system validation.
STD 04
IEC 61508
Foundational electronic functional safety and systematic capability.
Proof in the field.
Fortune 500 Collaborative AMR Certification
CSA engineers facilitated the technical evidence and independent audit pathways to secure the first-ever IEC 61508 certification for a collaborative autonomous mobile robot.
IEC 61508 certification for a collaborative AMR
Discuss your robotics program.
Bring us your cobot, AMR, or industrial-robot integration. We’ll map the path from item definition to a certifiable safety case.
Discuss Your Robotics Program