Purpose-built for AI. Powered by cheap American electricity.
Digital Strategies US (OTC: DSUS) turns low-cost U.S. power assets into high-density GPU capacity for AI training and inference.
Our data centers aren't just built. They're engineered around the one input everyone else is short of — power.
We hold the utility position first. It sets the cost floor for everything built above it.
High-capacity grid access and heavy industrial infrastructure already in the ground.
Engineered once in Michigan, then repeated wherever power is cheap and firm.
Designed for AI, not retrofitted for it.
Hyperscaler designs from the cloud era can't carry today's GPU power and cooling loads. Every layer of our facilities is specified for dense AI workloads from the slab up.
Liquid cooling as standard
Immersion and cold-plate systems hold thermal stability at rack densities air cooling can't reach, and keep PUE low through Michigan's temperature swings.
High-density rack architecture
Halls are laid out around modular GPU blocks, so capacity lands in cycles measured in months and refreshes without redesigning the building.
Programmable power supply
Grid interconnection today, with gas and future SMR optionality — redundant, dispatchable supply behind a load that cannot afford to sag.
Speed to market.
We control the stack from the power contract to the rack. Fewer handoffs, fewer counterparties, and capacity that scales in months rather than years.
Power secured first
We start from a signed utility position instead of hunting megawatts after the shell is up. That's what sets the cost floor for everything above it.
Modular deployment
Standardized GPU blocks and prefabricated cooling skids compress the build schedule and take custom engineering off the critical path.
A blueprint, not a one-off
Michigan is engineered once and repeated. Each additional site inherits a proven design, vendor list and commissioning sequence.
The Digital Strategies compute platform.
Four owned layers. Power in at the base, compute out at the top.
Contracted, low-cost supply
The cost floor for everything built above it.
- Low-cost U.S. power
- Grid, gas and future SMR optionality
- Redundant, programmable supply
- High-reliability load support
Thermal headroom
What lets racks run dense and stay stable.
- Immersion and cold-plate liquid cooling
- PUE optimization
- High-density GPU thermal stability
AI-native halls
Built to fill fast and refresh on short cycles.
- AI-ready rack architecture
- Modular GPU blocks
- Rapid deployment cycles
One design, many sites
Built once in Michigan, repeated region by region.
- Michigan flagship site
- Standardized, repeatable blueprint
- Multi-region expansion roadmap
Michigan AI compute facility.
Our Michigan site is the first node in a national network of energy-advantaged AI compute facilities — and our commercial validation asset. It proves we can deploy scalable, efficient compute on a schedule and at a cost that holds.
- Stable, low-cost power
- Strong industrial infrastructure
- High-capacity grid access
- Ideal for high-density workloads
Site details
- Location
- Michigan
- Status
- Flagship — expansion underway
- Utility
- DTE Electric, Rate Schedule D13
- Supply
- Grid, with gas and SMR optionality
- Cooling
- Immersion and cold plate
- Design
- Modular high-density AI racks
- Role
- Blueprint for multi-region rollout
Three products off one asset.
A site can be sold at any rung of the ladder, so revenue starts well before the last GPU is racked. That's diversified income across the whole build-out — and hyperscaler-level scalability at the top.
Powered land
Entitled, interconnected acreage delivered ready to build.
Powered shell
Building, power distribution and cooling ready for a tenant's hardware.
Full turnkey compute
Racked, cooled and operated GPU capacity, sold as compute.
A high-growth AI infrastructure platform.
The combined entity will raise capital to expand GPU capacity and secure additional power sites, and to replicate the platform across multiple U.S. regions.
Use of capital
- Michigan expansion
- GPU cluster deployment
- Multi-site rollout
- Energy integration
- Liquid cooling systems
Why invest
- AI compute demand is compounding
- Energy-efficient infrastructure is scarce
- U.S.-based assets command premium valuations
- Energy-first compute platforms are attracting major capital
A team that has built the hard part before.
Digital Strategies US is led by operators who have financed and built physical infrastructure — not a software team learning the grid on the way. We're building the next generation of U.S. AI infrastructure, starting with Michigan.
Where our experience comes from
- Energy systems
- Data center engineering
- High-density compute
- Modular infrastructure
- Capital markets
Ready to build something enormous?
Whether you're a hyperscaler, an AI startup, an enterprise or an investor — we can get you compute faster, cheaper and more reliably.