Smart Grid Cybersecurity 2020 is a conference dedicated to the latest detection, prevention and response strategies and solutions to guard against threats.
Topics
- IT OT Convergence - Progressing IT OT convergence through new organisational structures that support closer collaboration between IT and OT colleagues to achieve seamless cybersecurity
- Digitisation - Developing a combined cyber and physical security strategy to better protect the ever increasing attack surface as smart utilities adopt more digital processes
- Risk Management - Integrating internal risk management with external collaboration to achieve a superior cybersecurity defence solution
- Utility Panel: Role and Responsibility of the CISO - Elevating the role of the CISO and prioritising the areas for their attention to achieve the biggest cybersecurity impact and return on investment
- Supplier Relationship Management - Collaborating with suppliers to utilise their technical expertise whilst developing cost-effective futureproofed solutions that are fit for smart utilities` purpose
- Threat Actors - Understanding the new capabilities of the threat landscape from nation-state to insider threats, and applying highly targeted measures to mitigate risk across the smart grid
- NIS Directive in Practice - Understanding the criteria that led to the successful implementation of the NIS directive in different European countries
- NIS Directive Evolution - Reviewing how successfully the NIS directive has been implemented and how gaps in the standard are being addressed to enforce a more stringent cybersecurity structure across Europe
- Implementing IEC 62443 - Demonstrating the value of securing the smart grid at a systemic level to integrate different levels of security maturity in a multi-vendor industrial control system
- Technology Innovation Panel: Security by Design - Delivering cybersecurity assurance with a comprehensive design process supported with an inclusive testing and validation programme to increase grid reliability
- SCADA & Control Systems - Futureproofing your SCADA cybersecurity through advanced prevention & detection techniques to guard against a more dynamic threat landscape
- Substation Security - Developing an integrated cyber & physical security strategy to support the more complex needs of multi-vendor, multi-edition substations
- Cloud Security - Preparing for the adoption of more cloud-based services with increased interconnectivity and mitigating the risks on a systemic level
- Smart Metering Security - Developing a smart meter cybersecurity strategy that addresses the vulnerabilities of the existing install base and future complexities introduced by DER
- DER Security - Developing your cybersecurity framework for a DER integrated smart grid environment, ensuring adequate visibility and control over grid extensions
- IoT Security - Identifying the new vulnerabilities introduced by IoT and developing a long-term strategy to mitigate the risk of the exponential increase in attack surface
- Advanced Prevention Techniques - Implementing next generation prevention solutions to guard against an evolving landscape in a more dynamic digital grid
- Remote Access Management - Identifying the shift in cybersecurity risk associated with remote access management and developing an advanced cybersecurity strategy to mitigate this
- Advanced Response Strategies - Optimising your response strategy by ensuring a speedy and complete recovery at minimal disruption to grid operations
- Advanced Detection Techniques - Incorporating machine learning with IDS technologies to benefit from continuous learning in your cybersecurity solution
- Implementing IEC 62531 & Applying ISO2700 - Leveraging industry experience of security standards when designing or maturing cybersecurity solutions across the network
Who should Attend
Smart Grid Cybersecurity experts and leads, CISOs.
