project brief

Transpacific Cable System I

category
client

Confidential

start date

December 2013

end date

January 2023

location

Transpacific - Oceania to North America

the challenge

Deploying a trans‑Pacific submarine cable presented immense technical and environmental challenges. WFN Strategies had to navigate lengthy oceanic routes characterized by variable seabed conditions, deep-sea pressures, and tectonic risk zones. The scale and complexity of the project—to bridge two continents—required thorough due diligence, precise system engineering, and diligent oversight during installation to ensure technical, environmental, and compliance standards were met throughout construction.

Additionally, evolving stakeholder structures and financing requirements demanded flexibility and responsiveness. Over multiple project phases, WFN provided repeated technical reviews to accommodate ownership changes, financial restructuring, and evolving risk assessments. Ensuring seamless integration between engineering design, installer execution, and investor confidence was essential for timely and successful deployment.

project goals

  • Provide comprehensive technical due diligence for financing and design phases

  • Monitor implementation to validate adherence to technical and environmental specifications

  • Support system deployment and operational readiness across multiple oceanic routes

  • Inform project stakeholders through independent assessments and milestone reporting

  • Establish protocols for performance verification under real-world marine conditions

the result

The trans‑Pacific cable system achieved successful deployment and operational readiness, establishing a reliable digital link between Oceania and North America. WFN Strategies’ due diligence and implementation monitoring were instrumental in managing risks, maintaining stakeholder alignment, and upholding technical integrity through multiple project phases. The project sets a new standard for long-haul subsea connectivity and showcases WFN’s enduring excellence across complex, multi-phase global infrastructure programs.

related projects

  • Desktop feasibility and routing study for a subsea mining cable across Hudson Bay, Canada.

  • Feasibility study for the first 100% renewable-powered trans‑Atlantic submarine cable linking Norway and Canada.

  • Technical due diligence for a state-of-the-art trans‑Pacific submarine cable connecting New Zealand, Australia, and the United States.