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As offshore energy economics evolve, autonomy is no longer a distant vision—it is the essential operating model for long-term competitiveness and safety.
Globuc recently hosted a standout session at Go Digital Energy 2026 featuring Anja Dyb, SVP Life Cycle Services, Aker Solutions, and Michelle Williams, Head of Business Transformation, Aker BP. They shared their journey of moving beyond “futuristic gadgets” to build a resilient, remote-first operational strategy.
By placing autonomy at the heart of their alliance, they have created a foundation for continuous situational awareness while removing personnel from hazardous environments.
This session covers:
The $12 Billion Yggdrasil Case Study: A deep dive into designing a massive development for zero-to-low manning, featuring a facility with just 42 cabins.
Strategic Alliances: How Aker BP and Aker Solutions bypassed traditional vendor hurdles to execute a highly resilient, integrated remote strategy.
Industry-First Robotics: Practical insights into the first-ever remote-controlled offshore resident drone flight and achieving unrestricted BVLOS (Beyond Visual Line of Sight) certification.
Operational Resilience: How to maintain 24/7 situational awareness and safety without increasing on-site headcount.
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In a move set to redefine how the energy and process industries manage critical engineering data, Assai Software and L&T Technology Services (LTTS) have officially formalised their long-standing collaboration into a strategic partnership.
As energy companies embrace AI pilots and deployments, success increasingly depends on trust—not just in the innovation, but in its safe integration. At Go Digital Energy 2026, Hari Vamadevan, Senior Vice President at DNV, explored the urgent need to balance rapid digital innovation with rigorous safety standards.
OMV reports a 25% boost in project value through a groundbreaking AI partnership with Stanford and TerraAI. Focused on optimizing Carbon Capture and Storage (CCS) in Norway, the analytical AI tool allows engineers to explore millions of geological scenarios in real-time, drastically reducing development timelines and subsurface risks.
