High-Tech for One of Norway’s State-of-the-Art Offshore Control Centers

Aker BP

Aker BP operates an Onshore Collaboration Center (OCC) in Stavanger, from which five offshore platforms are monitored. The goal of the new facility was to transform and digitalize collaboration between teams offshore and onshore. The existing control rooms were redesigned as a flexible, multi-purpose collaboration and interaction center.

Five control rooms now serve as the central environment for monitoring the offshore platforms. Each collaboration room features four controller workstations, including one master workstation, as well as a high-end video wall displaying feeds from the offshore surveillance cameras.

The Challenge

The technical infrastructure of the new OCC had to provide a secure, reliable, and flexible connection between onshore and offshore systems. At the same time, the solution had to meet demanding requirements for availability, resilience, and redundancy.

The computer systems needed to be centralized in access-controlled server rooms while remaining available to operators in real time with no noticeable latency. The video feeds from offshore surveillance cameras also had to be routed flexibly to workstations and video walls.

In addition, the KVM infrastructure needed to integrate with the existing video control technology via an API and support 1 Gbit bandwidth for the KVM-over-IP systems.

The Solution

With G&D’s KVM-over-IP solutions, the OCC’s computer systems are centralized in access-controlled server rooms and can be operated remotely from the workstations in real time.

The video feeds from surveillance cameras installed on the offshore platforms are consolidated in the OCC and can be displayed and switched flexibly across both controller workstations and video walls. The systems driving the large displays, projection surfaces, and screens in conference rooms, meeting rooms, and control rooms are also supported by the KVM infrastructure.

Each of the five control rooms is equipped with four controller workstations. From the master workstation, operators can control the video wall, switch video feeds, and change server sources.

To ensure high availability, the setup uses two redundant ControlCenter-IP matrix systems. In total, the installation includes 600 KVM-over-IP extender links and 300 KVM-over-IP endpoints within the OCC.

To improve usability, the controller workstations are equipped with CrossDisplay Switching and Screen Freeze functionality. A CrossDisplay Switching frame shows users which monitor-to-computer configuration is currently active. The MatrixGuard function of the ControlCenter-IP systems also enables secure, redundant clustering within the KVM-over-IP environment.

Approximately 13 different systems are connected to the KVM infrastructure. The network architecture is based on multiple independent VLANs and routed networks to meet stringent requirements for security, availability, and redundancy.

This ensures that users in each control room can access only the servers assigned to them. Systems in neighboring control rooms are neither accessible nor visible.

Controller at a control station of an oil platform

Technical Highlights

  • 600 KVM-over-IP extender links

  • 300 KVM-over-IP endpoints in the OCC

  • Two redundant ControlCenter-IP matrix systems

  • Five control rooms with four controller workstations each

  • Centralized computer systems in access-controlled server rooms

  • Flexible routing of offshore video feeds to workstations and video walls

  • CrossDisplay Switching for intuitive control across multiple systems

  • Screen Freeze functionality at controller workstations

  • MatrixGuard for secure and redundant KVM-over-IP clusters

  • Network architecture with multiple independent VLANs

600
KVM-over-IP Extender Links
2
Redundant ControlCenter-IP Matrix Systems
300
KVM-over-IP Endpoints in the OCC
Part of an oil platform

The Result

With the new OCC in Stavanger, Aker BP was able to improve collaboration between onshore and offshore teams while digitalizing key operational processes.

The centralized KVM infrastructure gives employees flexible, low-latency access to computers, applications, and video feeds, while the redundant architecture supports high availability and operational resilience.

At the same time, centralized computer systems, flexible video wall control, and network segmentation through VLANs support efficient, secure, and user-friendly workflows. The robust and flexible infrastructure also provides a strong foundation for future expansion and additional collaboration centers.

KVM expert Andreas Gerlach
KVM technology is practically invisible to users, but it is the backbone of the entire IT system – an invisible helper in the background.
KVM expert Andreas Gerlach , EVP Innovation G&D & VuWall

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