In this Secured clip, Mark Gagas, COO of Sensory Robotics, explains how 3D vision technology is reshaping safety standards in modern manufacturing environments.

Traditional safeguarding systems typically monitor fixed points or flat safety planes — creating rigid on/off zones that can halt operations entirely when breached. But 3D vision shifts that paradigm.

By monitoring an entire workspace in real time, 3D vision systems dynamically adapt protective zones based on human movement. Instead of treating safety as a binary state, these systems continuously assess spatial relationships between workers and machines. The result is more precise intervention — reducing unnecessary shutdowns while maintaining protection.

This adaptive capability also opens the door to “fenceless” operations in environments where physical barriers once limited flexibility and productivity.

As adoption grows, standards bodies are beginning to evaluate how to measure and regulate performance in these responsive, 3D safeguarding systems. It represents a move beyond legacy safety models toward intelligent, real-time risk mitigation.

For manufacturing leaders, the shift is significant: safety is no longer static — it’s spatial, dynamic, and increasingly data-driven.