Archives: Agenda

• Fire safety systems must work when everything else fails: Zero tolerance for failure when safety is at risk. 

• Reliability sustained by maintenance, not only by design: From RAMS to Maintenance as Reliability, keeping protection effective over time. 

• Different fire detection sensors require different maintenance logic: Smoke, gas, aspiration, heat — different ageing, different risks. 

• Digital and AI tools enable proactive fire safety maintenance: From observation to prediction with condition-based insights using smart camera features. 

• Suggestions for cross-agency collaboration and testing to raise industry standards 

• Digital tools supporting the development and testing of cutting-edge emergency responses 

• Integrating the human factor into automated procedures  

• Creating a culture of continual improvement: moving from procedures shaped by compliance to an excellence-based system

Reliable fire protection requires solutions that eliminate risks while preserving the full operational capacity of the protected electronic systems. 

• Learning system: capturing human insights from incidents and near misses  

• Designing controls that fit real behaviour 

• Is the industry suffering from tick‑box e‑learning? Assessing the merits of scenario‑based training and how to realistically implement it

• It’s “The Law”: (EU) Regulation 2024/2847 has immediate effect across the EU without need of national transposition 
• How mandatory cybersecurity requirements do apply to the whole supply chain of the Raiway Industry 
• Key obligations and timelines behind years 2026 and 2027 
• Why cybsec is crucial for validation and homologation of automatic Fire Protection Systems on Rolling Stock 
• “Strategic tools” and roadmap for compliance to legal obligations: use of SSDLC, EN 5012x, ISO 27001, IEC 62443, EN 50701