The gap we close
POWER
AVAILABLE
CONNECTIVITY
THE CONSTRAINT
Built around hyperscale
requirements
Designed to data center class standards, not generic telecom specs.
Latency-aware routes
Route design that meets hyperscale latency and diversity needs.
Redundant entry points
No single conduit or provider becomes a point of failure.
Feasibility first
Site selection de-risked before capital is committed.
Owned dark fiber
No dependence on a third party's lit service roadmap
OUR NETWORK
The hyperscale long haul network
Long haul dark fiber between AI campuses, designed for the bandwidth they actually need.
CALGARY
EDMONTON
Carrier neutral
Capacity on the same terms for everyone on the corridor.
Purpose built for AI
Designed around real inter-campus bandwidth.
Existing right of way
Faster to deploy than a greenfield build.
CASE STUDY
Project Borealis
Fiber proven before a megawatt was committed.
For a data center developer in Alberta's Industrial Heartland, power was available long before connectivity. We proved the fiber path first, then carried the project into design and construction.
WHITE PAPER
Fiber before watts
How to size dark fiber capacity to the power and compute density of AI data centers, and why the fiber plan belongs in the same conversation as power and cooling.
Turning a power roadmap into a fiber strand count
Why physical route diversity beats redundancy on paper
Banking capacity on day one instead of digging twice
