Governance, Regulation & Systemic Risk

From Fragmented Standards to Operational Certainty: Building a Unified Cyber Certification & Governance Framework for Rail to Meet Future Security Challenges

Optimising IT–OT Governance in Rail: Controlling Patch Cycles, Accountability and Operational Risk Without Disrupting Services

ENU/TSI/NIST CONFLICT, FRAGMENTED INTERPRETATION. Making the Leap Forwards from Framework to frontline: How to Operationalise NIS2, Least Privilege and Risk Policy at Enterprise Scale

30 Minutes to connect with fellow attendees

Securing the Digital Train Controlling the Expanding Attack Surface: Protecting rolling stock, on-board Systems and passenger networks

Securing the Future of ERTMS: Designing Resilient, Interoperable and Cyber-Safe Systems, Engineering Security into Europe’s Future Signalling System

Who Owns Safety in a Digital Railway? Defining Responsibility, Securing Safety, Trust, and Accountability in the ERTMS & Autonomous Era

Achieving Full OT Asset Visibility: Automating Discovery, scanning and Strengthening Identity Controls to Safeguard Critical Rail Operations

From Threat Awareness to Threat Anticipation: Transitioning to Predictive Cyber Intelligence for Rail

1 hour to connect with fellow attendees

Guarding the Rail Fortress: Designing Layered Physical Security to Protect OT Environments from Human-Led Cyber Risk

HUMAN RISK, AWARENESS GAPS AND MFA RESISTANCE: Transforming the Rail Safety Culture: Moving from Compliance to Behavioural Change, Embedding Security as a Core Operational Value

Building Rail’s Cyber Workforce: Skills, Training & Capability Development

ENGINEERING CYBER RESILIENCE AT SCALE: Engineering Rail Resilience: Designing Disaster Recovery and Continuity Models for Cyber Survival, Preparing for a Ransomware-Ready Future

30 Minutes to connect with fellow attendees

Keeping Trains Moving During Cyber Crisis: Fail-Safe Operational ContinuityLightning Talk: Keeping Trains Moving During Cyber Crisis: Fail-Safe Operational Continuity

Securing the Software Supply Chain: Preventing Code Tampering, Reducing Attack Surface, and Protecting Rail Operations, Minimising risk in building new software.

Designing Secure Network Segmentation: Giving Suppliers Access Without Exposing Critical Rail Systems

Transitioning from Guesswork to Quantified Risk: Using Predictive Modelling and AI to Prioritise Cyber Investment in Rail

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