Industrial AI Safety and Compliance Engineering

Achieve ISO 10218 and ISO/TS 15066 compliance for human-robot collaboration in 4-6 weeks with our pre-validated safety frameworks, reducing your time-to-market for new robotic deployments by over 60%.

Implement real-time human presence detection and predictive collision avoidance systems that operate with 99.99% uptime, preventing costly production halts and protecting your workforce without interrupting operations.

Demonstrate certified safety engineering and auditable compliance logs to insurers, leading to premium reductions of 15-25% and shielding your enterprise from costly litigation related to autonomous system incidents.

Build operator confidence in AI-driven systems with transparent, explainable safety protocols and intuitive spatial computing interfaces, leading to faster workforce adoption and a 40%+ increase in human-robot collaboration efficiency.

Proactively adapt to evolving global standards like the EU AI Act and upcoming OSHA guidelines with a modular safety architecture, avoiding expensive last-minute re-engineering and ensuring continuous operation.

Replace subjective safety assessments with data-driven risk scoring powered by real-time sensor fusion AI, providing C-suite with clear metrics on hazard reduction and enabling informed capital allocation for safety investments.

We conduct a comprehensive gap analysis of your current robotics and AI systems against target safety standards (ISO 10218, ISO/TS 15066). This includes a review of operational procedures, physical safeguards, and software logic to establish a baseline compliance roadmap.

We develop and validate core safety functions—like real-time human presence detection and predictive collision avoidance—in a controlled simulation environment. This phase uses tools like NVIDIA Isaac Sim to test edge cases and failure modes before any physical deployment.

We deploy and integrate the validated AI safety modules into a single, non-critical production line or robot cell. Our engineers monitor system performance in real-world conditions, collecting data to fine-tune models and verify compliance under actual operational variance.

We orchestrate the enterprise-wide rollout of the certified safety systems, including installation of necessary edge compute hardware and integration with your MES/SCADA systems. We establish continuous monitoring dashboards and documentation for ongoing compliance audits.