Embracing the Next Industrial Revolution

Industrial systems are entering a new phase. After a century of mechanization, electrification, and automation, we are now seeing the rapid emergence of mobile, autonomous, and humanoid robots operating directly alongside people.

These systems are no longer confined behind cages or light curtains. Humanoid robots and other service robots are being designed to move through shared human environments—factories, warehouses, hospitals, campuses, and public spaces—bringing new capabilities, new risks, and new regulatory expectations.

Humanoid robots operating in an industrial manufacturing environment alongside vehicles

As industrial products become more software-defined, AI-enabled, and connected, traditional safety and security paradigms are no longer sufficient on their own. Ensuring responsible deployment now requires an integrated approach to functional safety, autonomy safety, cybersecurity, and governance across the full development lifecycle.

At SecuRESafe (SRES), we help organizations safely and confidently bring these next-generation industrial and humanoid systems to market.

How We Support Humanoid and Advanced Industrial Systems

Our consulting approach is grounded in decades of experience with safety-critical systems across industrial automation, autonomous platforms, and robotics. We support both established industrial organizations and emerging humanoid robotics developers as systems move out of fenced environments and into direct interaction with people.

As human–robot collaboration becomes the norm, safety expectations shift beyond traditional industrial paradigms. We help clients anticipate evolving regulatory and certification expectations—including emerging robotics and AI safety standards such as ISO 25785 (Dynamically Stable Robot Safety) and ISO/IEC 22440 (Functional Safety and AI Systems), alongside established industrial robot frameworks like ISO 10218 (Industrial Robot Safety). We support the design of architectures that enable controlled shutdown and safe human interaction, and help establish scenario-based verification and validation strategies. Our work enables credible safety and security arguments that stand up to scrutiny from regulators, customers, and insurers.

Our Approach

Every program is different.
We work collaboratively with your team to understand your system architecture, deployment context, and regulatory landscape.
1
Discover
We assess development processes, system concepts, and operational environments—particularly where robots interact directly with people.
2
Prepare
We develop a practical action plan that aligns safety, security, and compliance objectives with your technical and business constraints.
3
Respond
We help prioritize and address mission-critical risks, including hazards introduced by autonomy, AI decision-making, and human interaction.
4
Optimize
We integrate lessons learned and process improvements to strengthen your development framework and support long-term scalability.

Innovate and solve problems with us

Let us know about your project and our team will be in contact

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Trusted globally for responsible engineering

Upcoming Training: ISO 8800, AI-Safety Professional (AISP)

March 10–12 | Led by SRES Experts | Optional SGS-TÜV Saar Certificate Exam