As robotic systems evolve towards higher levels of autonomy, distributed intelligence, and AI-enabled decision-making, functional safety can no longer be treated as a peripheral compliance layer. Instead, it must be embedded directly into critical subsystems, such as the motion control architecture, encompassing actuators, control loops, feedback mechanisms, and safety-rated functions. This shift is essential for achieving predictable safety behavior, real-time hazard mitigation, and compliance with emerging safety standards.

That is why we are pleased to welcome Synapticon to the R&M Safety Partner Ecosystem .

At Reynolds & Moore , we believe that safety and innovation must evolve together as robotics, automation, and other emerging technologies move into real-world implementation. The R&M Safety Partner Ecosystem brings together safety experts, technology innovators, and forward-thinking organizations to bridge the gap between innovation and safe deployment. By connecting complementary expertise, the ecosystem helps clients reduce technical risk, accelerate development, and build scalable, certifiable solutions with confidence.

Why Synapticon? Motion is at the center of every robotic system. Whether powering industrial robots, autonomous mobile robots, humanoids, or other collaborative applications, advanced motion control determines how platforms interact with the world around them.

Synapticon develops advanced motion control technologies with embedded safety functionalities at the edge. This approach enables safety functions such as torque off, controlled stop, speed limitation, and position monitoring to be executed closer to the actuator layer, rather than being fully centralized in higher-level safety controllers. By embedding safety capabilities directly into motion control components, this architecture reduces system latency in safety-critical scenarios, lowers dependency on centralized safety logic, and enables more modular and scalable system designs.

At Reynolds & Moore , we focus on system-level functional safety engineering, including the integration of subsystem-level safety functions. Our role ensures that distributed safety-capable components are correctly structured, validated, and traceable within the overall safety case. By combining Synapticon ‘s expertise in intelligent motion with our services in functional safety engineering, the partnership creates a stronger foundation for the safe deployment of advanced robotics.

” The future of robotics depends on bringing together the right technologies and the right expertise. Synapticon’s innovations strongly align with our mission to enable the safe development and deployment of advanced robotic systems. Through the R&M Safety Partner Ecosystem, we are building collaborations that help shape the future of safe and intelligent automation. ”
— Nicole Sophie Christiansen , Head of Strategy, Reynolds & Moore

Strengthening the Physical AI Ecosystem By combining advanced motion technologies with functional safety engineering expertise, this partnership helps organizations to design robotic systems that are not only high-performance but also certifiable by design.

” Joining the R&M Safety Partner Ecosystem reflects our commitment to advancing robotics through integrated motion and safety. By embedding safety functions closer to the sub-component layers, we enable more scalable and deterministic robotic systems, and we look forward to collaborating on next-generation safety-critical applications. ”
— Julia Astrid Riemenschneider , Business Development Humanoids, Synapticon

The partnership is further strengthened by a shared commitment to advancing the robotics ecosystem. As members of the NVIDIA Halos AI Systems Inspection Lab , Reynolds & Moore and Synapticon are helping build the safety and technology foundations for trusted physical AI. The NVIDIA Halos AI Systems Inspection Lab is the world’s first ANAB-accredited program for physical AI functional safety, helping partners prepare robotics integrations for third-party certification by agencies.

As robotics continues to evolve, no single organization can address every technical challenge associated with building safe, intelligent robotics systems. Success depends on collaboration between technology innovators and safety experts who share a common vision for the future.

Join us at the Humanoid Robot Pavilion Stage during Automate on June 24 from 2:15 – 3:15 PM for our panel discussion, “Beyond the Cage: Navigating Humanoid Safety Standards, Field Realities, and the Road to Certification”.

Moderator: Julia Astrid Riemenschneider, Business Development, Synapticon Michele Silva, Engineering Manager, Reynolds & Moore Akshay Chalana, CEO, Saphira AI Christopher McQuin, Co-Founder and VP Hardware, Noble Machines Alexander Mühlens, Co-Founder RBTX and Vice President igus GmbH