New Australian fibre infrastructure developer Coretora has unveiled plans for a new AI and hyperscale fibre corridor designed to extend Melbourne’s western data centre availability zone into Victoria’s emerging high-energy growth region. The project will create a new carrier-grade fibre route linking areas south of Geelong with Melbourne’s western availability zone, providing high-capacity connectivity for future hyperscale campuses, AI factories and enterprise data centres being developed beyond the metropolitan area.
Coretora said planning and development work is underway on the first stage of the network, with the initial corridor targeted to enter service in early 2028. The project reflects a growing shift in Australia’s data centre market, where operators are increasingly seeking locations offering large parcels of land and substantial electricity capacity outside traditional metropolitan campuses.
While power-rich regions have attracted growing interest for AI infrastructure, connectivity has often lagged behind energy availability. “This project represents a significant milestone in the evolution of Victoria’s digital infrastructure landscape,” said Coretora founder Adam Gibson.
“As investment continues to accelerate across AI, cloud and hyperscale sectors, there is a growing requirement for sovereign, carrier-grade infrastructure that can connect emerging power-rich locations with existing and future digital ecosystems. Our objective is to provide a purpose-built network that enables this growth while delivering diversity, scalability, and long-term capacity required by hyperscale customers.”
Supporting Victoria’s next AI infrastructure corridor
Rather than creating another metropolitan fibre network, Coretora said the corridor has been designed to complement existing infrastructure by providing a dedicated high-capacity pathway between Melbourne’s established digital infrastructure and emerging development precincts to the state’s west.
The company plans to deploy a ducted, high core-count fibre network engineered for hyperscale cloud providers, AI infrastructure developers, government agencies, carriers and enterprise customers. Rather than deploying direct-buried fibre, the corridor will be built with underground conduit, allowing additional fibre cables to be installed as demand grows without requiring new civil works. The approach is intended to provide long-term scalability as AI and hyperscale connectivity requirements continue to expand.
The design also incorporates physically diverse routing intended to improve network resilience as AI workloads continue to increase demand for capacity. The corridor is being developed as sovereign Australian-owned infrastructure and has been designed with expansion capability to support future regional and inter-capital connectivity projects.
Coretora confirmed development activities are progressing with a nominated carrier partner, with route planning, stakeholder engagement and delivery work now underway.
Connectivity joins land and power
The announcement highlights the increasing importance of telecommunications infrastructure in determining where Australia’s next generation of AI data centres will be built. While access to land and electricity has become the primary driver for new developments, fibre connectivity remains the third critical component required to support hyperscale deployments.
Gibson said the objective was to create infrastructure that connects emerging energy-rich regions with established digital infrastructure, allowing future AI investment to expand beyond Melbourne’s existing availability zones.
Coretora said the first stage represents part of a broader strategy to develop a national digital infrastructure platform supporting Australia’s growing demand for resilient, high-capacity connectivity, with further announcements on route expansions, strategic partnerships and infrastructure deployment milestones expected as the project progresses.