HUMANOIDsafety TECHNICAL TALK

THE ROBOT OUT OF THE CAGE.

Beyond Safe Stop – Developing safe stability for humanoids used in human environments.

With:

Dr.-Ing. Florian Weißhardt

Dr. Tim Fröhlich (Synapticon)
Live + Q&A
Limited seats
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Stopping is not safety.
Traditional stop category 0 logic assumes that switching off is equivalent to a safe state. This works for industrial robots inside cages. With humanoids, it's different.

Multi-axis safe motion

Safe active damping enables safe guidance during descent

Safe Human Detection

Dynamic fall and safety zones that take fall prediction into account

Behavioral AI supervision

Constraining non-deterministic decisions in context

A multi-level safety reference architecture

Movement, proximity, and intention designed as a complete package

WHAT YOU GET OUT OF IT
A plan for secure stability
What "safe" means when the robot must remain upright.
A multi-level safety architecture
Movement → human proximity → behavior monitoring.
A deployment framework
From demo environments to real-world use among people
Live Q&A included
Brief technical description available for download

FOR TEAMS THAT USE HUMANOID ROBOTS IN THE PROXIMITY OF HUMANS

This session is aimed at engineers responsible for security architecture and system design:

  • CTO
  • Robotics Architect
  • Controls Lead
  • Safety Owner

When your robot leaves the protective fence, your safety architecture must evolve. Safe stability is not an option in real-world use—it is a requirement.

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