Jacobs was selected by SSEN Transmission for multiple strategic frameworks supporting the modernization and security of the north of Scotland?s electricity transmission network. With a combined potential value exceeding $1 billion, this work will span operational technology cybersecurity, substation design and digital services strengthening grid resilience and enabling greater renewable integration to support the U.K.?s energy security priorities. The frameworks span both operational technology cybersecurity and digital services, addressing critical needs across SSEN?s evolving, increasingly digital network.

Jacobs, including PA Consulting, was awarded a position on the SSEN Digital and OT Cyber Security Frameworks. Under the Operational Technology framework, Jacobs will support the design, deployment and ongoing assurance of secure operational technology environments across substations. This includes embedding cyber-by-design principles, network segmentation and real-time threat monitoring alongside core infrastructure and control systems ?

helping protect critical infrastructure and support safe, reliable operations. Through the Digital Services framework, Jacobs will apply AI-enabled digital and data solutions to drive smarter, more efficient operations across SSEN?s network, supporting its RIIO-T3 transformation program, which outlines plans to support the energy transition in the north of Scotland. This work will enhance asset management, enable network growth, support decarbonization and establish a scalable digital backbone for the transmission network.

The awards highlight Jacobs? ability to combine strategic advisory, technical delivery and digital innovation across energy and power. Drawing on experience from across Jacobs, including its PA Consulting business, this strengthens its ability to deliver integrated digital advisory and cybersecurity solutions for complex, large-scale infrastructure programs, building on its delivery of operational technology cybersecurity for major utilities, including large-scale wastewater infrastructure in the U.S.