Joint Industry Project - OT Cybersecurity for Offshore Wind
About This Session
Last year, we launched a Joint Industry Project to develop a practical “how-to” guide for implementing IEC 62443 in the offshore wind sector. The initiative brings together key industry stakeholders to collaboratively address cybersecurity challenges specific to offshore wind.
The work is structured across dedicated workstreams covering areas such as network architecture, cybersecurity governance, supply chain security, and related topics. This talk will provide an overview of the work as it has evolved—focusing on the journey, key decisions, and how the collaboration has taken shape in practice.
The project began in September 2024 with the recruitment of industry participants and the establishment of a collaborative framework. An early milestone was our first in-person workshop in Paris, where we revisited and adapted a delivery model previously used in the oil and gas sector. Rather than immediately addressing technical challenges, we chose to step back and build a shared understanding of the offshore wind lifecycle. This allowed us to redefine both the scope and structure of the final deliverable.
With that foundation in place, we progressed into the core workstreams, working collectively to shape the content of the guide.
This presentation is intended to take place towards the later stages of the project, ahead of the planned release of the document in early 2027. It will reflect on the journey from September 2024 through to October 2026—what has been developed, what we have learned, and what remains ahead.
The work is structured across dedicated workstreams covering areas such as network architecture, cybersecurity governance, supply chain security, and related topics. This talk will provide an overview of the work as it has evolved—focusing on the journey, key decisions, and how the collaboration has taken shape in practice.
The project began in September 2024 with the recruitment of industry participants and the establishment of a collaborative framework. An early milestone was our first in-person workshop in Paris, where we revisited and adapted a delivery model previously used in the oil and gas sector. Rather than immediately addressing technical challenges, we chose to step back and build a shared understanding of the offshore wind lifecycle. This allowed us to redefine both the scope and structure of the final deliverable.
With that foundation in place, we progressed into the core workstreams, working collectively to shape the content of the guide.
This presentation is intended to take place towards the later stages of the project, ahead of the planned release of the document in early 2027. It will reflect on the journey from September 2024 through to October 2026—what has been developed, what we have learned, and what remains ahead.
Speaker
Lasse Lundstad
Senior OT Cybersecurity Consultant - DNV
Lasse Lundstad is a Senior Cybersecurity Consultant at DNV, specialising in governance, risk, and compliance across industrial environments.
He began his career in sales, marketing, and public procurement, where his interest in security developed into a focus on cybersecurity. At DNV, he has worked across IT and operational technology (OT), supporting clients in oil and gas, aquaculture, and offshore wind, with experience in ISO 27001, NIST, NIS2, and IEC 62443.
He is currently contributing to initiatives focused on strengthening cybersecurity in critical infrastructure, including a Joint Industry Project on implementing IEC 62443 in offshore wind.
He began his career in sales, marketing, and public procurement, where his interest in security developed into a focus on cybersecurity. At DNV, he has worked across IT and operational technology (OT), supporting clients in oil and gas, aquaculture, and offshore wind, with experience in ISO 27001, NIST, NIS2, and IEC 62443.
He is currently contributing to initiatives focused on strengthening cybersecurity in critical infrastructure, including a Joint Industry Project on implementing IEC 62443 in offshore wind.