Compute-Anchored Districts Sequenced for Regional Impact
Bormacc Hub campuses progress through a structured roadmap that identifies civic partners, secures resilient power, and stages mixed-use delivery so AI capacity scales responsibly.
Why location matters
Where infrastructure is built affects how reliably it runs, how easily it can be managed, and what it costs over time.
A strong site reduces surprises—power constraints, connectivity gaps, operational complexity—and makes performance more predictable.
It also shapes who benefits: whether jobs, investment, and long-term capability stay local or move elsewhere.
That’s why site selection is not a backdrop to the work—it is part of the work.
How the district comes together
Bormacc Hub brings three layers together in one place so enterprises can run AI at scale while cities and campuses see lasting value on the ground.
Basics
Build-ready
Local fit
We start with fundamentals that make infrastructure dependable day after day. If these are weak, everything becomes harder—cost, reliability, and long-term operations. We prioritize places where the core inputs are strong and resilient.
Stable power, connectivity, and cooling inputs for predictable operations.
Layouts that reduce operational friction and support safe access.
Resilience options and physical security to avoid single points of failure.
Power you can count on
Strong connectivity
Reliable cooling inputs
Low operational friction
Resilience options
Physical security
See footprint below
Presence across
5 unique corridors
Our Sites
Phase 1 locations across our corridors.
1 / 6
MEM1
Bormacc Hub Campus
65 MW • ~1,742,400 SFBormacc Hub campus spanning two blocks in Downtown Memphis and featuring other mixed-use features.
2 / 6
DFW1
Bormacc Hub Campus
20 MW • ~1,997,496 SFLarge-scale Bormacc Hub development serving north Dallas growth corridors with compute and mixed-use programming.
3 / 6
DFW2
Bormacc Hub Campus
30 MW • ~2,200,000 SFBormacc Hub campus delivering 30 MW across ~2.2M SF for the Dallas-Fort Worth innovation corridor.
4 / 6
COL1
Bormacc Hub Campus
18 MW • ~1,380,000 SFBormacc Hub site in South Carolina's capital, combining dedicated compute with mixed-use and workforce-oriented programming.
5 / 6
OKE1
Bormacc Hub Campus
16 MW • ~1,250,000 SFBormacc Hub candidate in Okeechobee pairing resilient compute capacity with campus-style development for regional growth.
6 / 6
SLC1
Bormacc Hub Campus
20 MW • ~1,200,000 SFBormacc Hub campus pairing sovereign cloud capacity with regional research and enterprise demand.
