Aker BP, the Norwegian gas and oil company, and Armada, a US full-stack edge computing platform, have agreed to deploy a modular offshore data center on the Norwegian Continental Shelf. It is aimed at enabling real-time processing of drilling and operational data directly at the rig site.
Under the agreement, Armada will deliver its Galleon modular data center, designed for offshore conditions, to support local compute capabilities in environments where connectivity to onshore systems and cloud infrastructure can be limited or unreliable. Offshore drilling operations generate massive volumes of downhole and surface data, but latency and bandwidth constraints have traditionally limited the speed at which that data can be processed and acted upon. By moving compute capacity offshore, the system is intended to reduce delays in data analysis and improve decision-making during critical operations.
AI at the Edge
The deployment will support the use of artificial intelligence and advanced analytics at the edge, allowing operators to run predictive models locally. This includes applications such as early detection of equipment issues, improved drilling performance monitoring and reduced non-productive time (NPT). Local processing also enhances operational resilience by maintaining functionality during connectivity disruptions.
The platform is designed to standardize vendor applications within a single architecture, replacing fragmented IT and operational technology systems. This approach is expected to simplify cybersecurity, streamline compliance and enable more efficient remote monitoring and support.
Blueprint for rollout
Deployment will begin with a single reference Galleon on one rig, creating a validated blueprint for edge operations that can then be copied across additional assets. This pattern-based approach turns rig deployment from a bespoke engineering exercise into a repeatable rollout, sharply reducing setup time and paving the way for more remote and autonomous operations.
The project reflects broader industry efforts to integrate digital infrastructure into offshore operations, as operators seek to improve efficiency, reduce downtime and support more automated and remote workflows.
