Gain Confidence
in Your OT Plan

 TRACK 1 
Threat Intelligence and Supply Chain Security: Driving Resilient and Secure Automation

As automation and industrial technologies continue to advance, organizations face an increasingly complex threat landscape. Integrating threat intelligence with robust supply chain and operational technology (OT) security strategies is essential to building resilient, adaptive and efficient systems.

Threat intelligence enables organizations to leverage advanced capabilities such as machine learning, artificial intelligence and predictive analytics to better understand emerging risks, learn from past incidents and make informed, proactive decisions. At the same time, the growing interconnectedness of systems and reliance on third-party vendors make supply chain security a critical priority, as attackers increasingly exploit weaknesses across the extended ecosystem.

By combining intelligence-driven security practices with secure-by-design principles and strong supply chain governance, organizations can strengthen their cybersecurity posture, protect critical infrastructure and drive transformative progress across industries while staying ahead of evolving threats and regulatory requirements.

Takeaways

• Strengthen network, OT and supply chain security using intelligence-driven and secure-by-design approaches.

  Improve detection, prevention and response to cyber threats through effective threat intelligence.

  Apply key standards, technologies and regulations (NIS2, CRA, ISA/IEC 62443) to enhance cybersecurity posture.

  Build resilient threat intelligence and supply chain risk management strategies to anticipate and mitigate emerging risks. 

 TRACK 2 
Cyber-Physical Safety Risk Management: Protecting People, Assets and Operations

Cyber-physical safety risk management plays a critical role in the safe and resilient operation of modern asset-intensive organizations. As industrial environments become increasingly digital, the convergence of information technology (IT), operational technology (OT) and physical processes introduces new pathways through which cyber events can create real-world safety consequences. 

Effective cyber-physical safety risk management integrates cybersecurity, functional safety and operational risk practices to identify, assess and control hazards that span digital and physical domains. This includes understanding how abnormal cyber conditions can affect control systems, safety instrument functions and human decision-making, as well as how operational and maintenance activities can unintentionally introduce cyber-enabled safety risks.

By adopting a structured, risk-based approach grounded in engineering, standards and real-world incident analysis, organizations can better anticipate unsafe conditions, strengthen defenses and ensure that automation systems remain safe, reliable and resilient throughout their lifecycle.

Takeaways

• Understand how cyber threats and abnormal digital conditions can translate into physical safety hazards affecting people, equipment and the environment.

  Learn how to apply risk-based frameworks and industrial standards to manage cyber-physical safety across the lifecycle of automated systems. 

  Improve collaboration between safety, cybersecurity, operations and engineering teams to reduce gaps between digital security and physical safety management.

  Explore real-world incidents, emerging threats and best practices for identifying, assessing and mitigating cyber-physical safety risks in industrial and critical infrastructure environments.