Functional Safety · Construction & Mining
Functional Safety for Construction and Mining Equipment
Reducing catastrophic risk and managing autonomy in harsh, high-energy environments.
Heavy machinery operates in unpredictable, high-power environments where functional safety is a fundamental design requirement — to protect human life and avoid catastrophic operational risk. We perform targeted safety engineering and identify operational risks for autonomous fleets, helping manufacturers move from concept to full international market certification.
What we deliver for heavy-equipment programs.
Targeted safety engineering for autonomous fleets in harsh, high-energy environments — concept to international market certification.
PHA
Autonomous Fleet Hazard Analysis
Preliminary Hazard Analysis and comprehensive risk assessments for machine autonomy, remote operation, and complex human-machine interaction.
Fail-safe
Fail-Safe Control Validation
Verifying functional safety concepts for braking, steering, and high-energy fail-safe actuation, validating control systems under extreme operating conditions.
Lifecycle
Lifecycle Safety Support
Hands-on safety lifecycle management for autonomous haulage, drilling, and processing equipment to reduce long-term compliance costs.
The heavy-equipment safety framework.
The standards that govern autonomous machine systems, control architectures, and collision avoidance for earth-moving equipment.
STD 01
ISO 17757
Earth-moving machinery and autonomous machine system safety requirements.
STD 02
ISO 19014 / ISO 21815
Functional safety control architectures and collision avoidance for earth-moving equipment.
STD 03
IEC 61508 / ISO 13849
Foundational electronic functional safety and Performance Level validation.
Discuss your equipment program.
Bring us your autonomous haulage, earth-moving, or processing platform. We’ll map the path from hazard analysis to international market certification.
Discuss Your Equipment Program