JANUARY 21, 2027 Β· MUNICH H2 Discussion Panel 45 Minutes Main Stage
Cybersecurity Β· OT Security

Cybersecurity for Robotics Systems

Secure-by-Design, OT security frameworks, and attack detection for humanoid systems. Industrial cybersecurity approaches.

Date
Thursday, January 21, 2027
Time
11:15 – 12:00
30 min break follows
Duration
45 Minutes
Location
Main Stage

What This Panel Covers

Industrial cybersecurity for humanoid robotics β€” from design principles to live attack detection.

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Secure-by-Design for Humanoid Systems

Security architecture principles built into robotics from day one β€” hardware root of trust, secure boot, encrypted communication, and safe update mechanisms.

Secure Boot Root of Trust Encrypted Comms
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OT Security Frameworks

IEC 62443, network segmentation, and OT-specific threat models for humanoid robots operating in industrial automation environments.

IEC 62443 Segmentation Threat Models
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Attack Detection & Response

Anomaly detection, intrusion monitoring, and incident response for humanoid fleets. How to detect and contain a compromised robot in a production line.

Anomaly Detection Incident Response Fleet Monitoring
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Compliance & Regulation

EU Cyber Resilience Act, NIS2, and the evolving regulatory landscape for connected robotics in critical infrastructure and manufacturing.

Cyber Resilience Act NIS2 Compliance

Three Cybersecurity Deployments Presented Live

Each use case is presented on-site with real operators and deployment leads. Names and companies will be announced soon.

OT Security

OT Security in Production Robotics

End-to-end OT security implementation for humanoid robots in an industrial production environment β€” network segmentation, secure protocols, and operational monitoring.

TBA
Deployment Lead
Name to be announced
TBA
Company
To be announced
Secure-by-Design

Secure-by-Design Implementation at PiB

Secure-by-Design roll-out for robotics at PiB β€” implementation delivered by FB Pro GmbH. Hardware security, secure development lifecycle, and threat-informed architecture.

TBA
Implementation Partner
FB Pro GmbH
TBA
Deployment Site
PiB
TBA
Speaker
Name to be announced
Attack Detection

Live Attack Detection & Response

Real-time detection of cyber-attacks on a humanoid robot fleet β€” from anomaly identification to automated containment and forensic analysis.

TBA
Deployment Lead
Name to be announced
TBA
Company
To be announced

Speaker names and company affiliations for the three cybersecurity deployments will be announced closer to the event.

Voices on This Panel

Confirmed contributors and invited experts. Open for additional contributions.

Tee Ganbold
Tee Ganbold
Contributor
FrontierOne Β· OT Security
Bayern Innovativ
Network Cybersecurity Β· Bavaria
Silicon Valley Europe
Cyber Tech Β· Industry network
FB Pro GmbH
Secure-by-Design implementation Β· PiB
TBA
Speaker to be announced
OT security deployment lead
TBA
Speaker to be announced
Secure-by-Design Β· PiB / FB Pro GmbH
TBA
Speaker to be announced
Attack detection deployment lead

Takeaways from This Session

A blueprint for Secure-by-Design

Concrete architecture patterns and implementation examples from a real deployment.

OT security frameworks that work

IEC 62443, segmentation and threat modelling applied to humanoid systems.

Real attack detection insights

How to detect, contain, and recover from an attack on a robotic fleet.

Ready to join this session?

Register for the Advanced Humanoid Forum 2027 and secure your seat on the Main Stage.