SWARM BUILDS PRIVATE AI DATA CENTERS FOR ENTERPRISE
Your AI has outgrown the cloud.
On the cloud, every token is billed. Illustrative chart: cloud spend rises steeply with use, passes the planned budget and reaches 4.3 times where it started. Owned capacity is a flat line below it. Renting compute costs more the more you use it. Your own hardware is a fixed cost, however much you run on it. RUN AI WITHOUT PAYING FOR TOKENS. KEEP YOUR DATA OUT OF THEIR MODELS. OWN YOUR AI INFRASTRUCTURE. Leave the Cloud.
Your building. 15–100MW · SINGLE TENANT · PURPOSE-BUILT FOR AI. Your data hall. 01 POWER INFRASTRUCTURE: SUBSTATION FEED · SWITCHGEAR · OVERHEAD BUSWAY. 02 LIQUID COOLING: PIPE RACK · CDU GALLERY · CHILLER FARM. 03 DEDICATED FIBER: TWO DIVERSE ENTRIES · VAULTS · MEET-ME ROOM. 04 BACKUP GENERATION: AVAILABLE ON EVERY CAMPUS · GENSET ROW · FUEL DAY TANKS. 05 Built around the NVIDIA reference architecture. COMPUTE · NETWORKING · STORAGE. Designed for Vera Rubin Ultra. 800 VDC. BACKWARD COMPATIBLE WITH VERA RUBIN NVL72, GB300 NVL72, GB200 NVL72, HGX B300, HGX H200. From 20 kW to 1 MW per rack. ROOM FOR YOUR STORAGE AND NETWORKING.
Your own private AI factory. On-prem as a service. SINGLE-TENANT · 15–100MW.
The Missing Middle
AI compute at any real scale is sold out. Hyperscalers build for their own models and their largest customers. Colocation is full, and what is left is shared. Enterprises running serious inference are stuck in the middle. Swarm builds single-tenant AI data centers from 15 to 100MW, purpose-built for inference, on power that already exists today.
Public Cloud
You rent shared GPUs and pay by the token.
Multi-Tenant Colo
You share the building and compete for power and cooling.
Swarm
You are the only tenant, in a building designed for AI.
Why Now
- 01 Capacity
Large blocks of GPUs are booked out, and new grid connections take years. Owning capacity is how you make sure you have it.
- 02 Your Data
Your models, prompts, and data stay on hardware you control. None of it is used to train another company’s model.
- 03 Cost
Cloud AI is billed by use, so spend grows with every new workload. Owned capacity is a fixed cost you can plan around.
A Hyperscale Campus,
Sized for One Enterprise
You get the power, cooling, and fiber of a hyperscale campus.
Liquid-Cooled Density
Direct-to-chip liquid cooling runs the densest accelerator racks shipping today, with room for denser ones later.
NVIDIA Reference Design
Rack rows are designed against the NVIDIA reference architecture and stay backward compatible with earlier platforms.
Maintainable Under Load
Redundant power and cooling paths. Any component can be isolated and serviced with the hall running.
Hybrid Cloud Interconnects
Dedicated interconnects keep your clouds one hop away. Send overflow out and bring workloads back without changing your workflows.
Backup Generation
A standby genset row with fuel day tanks is available on every campus, to carry the load through a grid outage.
The Swarm Model
We start where the power already is. Then we build the same design every time, sized to your load.
- 01
POWER FIRST
We pick each site by the substation capacity already in place, so the power is there on day one.
- 02
STACK GENERATION
We add our own generation behind the meter for the rest of the load, so the campus draws less from the local grid.
- 03
STANDARD BUILD
One purpose-built 15–100MW design. Engineered once, repeated site to site.
- 04
THREE WAYS IN
You pick how much we build and run.
- 05
OPERATE
We run the site day to day, under your security policies.
Start With What You Need Scale on Your Schedule
Modular MEP and prefabricated components deliver capacity in increments that match your deployment, not a hyperscaler’s. Land at 15MW. Grow the campus in place as adoption compounds. Your infrastructure never has to front-run your revenue.
Factory-Tested Skids
Power and cooling skids are built from standard parts and tested in a factory, then set in place on site. Fewer things can slip the schedule.
Expansion In Place
Power, cooling, and shell are planned for every phase from day one. Add halls without moving your fleet.
Three Ways In
All three are layers of the same standard building. The shell is the base. Turnkey adds the finished halls. Managed adds the compute, and we run it for you.
- 01 Shell
Powered Shell
Land, core and shell, diverse power feeds, cooling loops. You deploy your own MEP, racks, and operations.
- 02 Turnkey
Turnkey Data Halls
Finished halls with hot-aisle containment, CDUs, and rack-level power, cooling, and network distribution. Roll your racks in and plug in.
- 03 Managed
Managed Compute
Full stack including GPUs, networking, and orchestration. On-prem as a service with single-tenant security and predictable OpEx, without the facility CapEx.
Single-Tenant Security
Dedicated Perimeter
Entry is controlled with multi-factor access, cameras, and logging. You are the only tenant inside the fence.
Audit Scope
Physical and operational controls are documented so your SOC 2 and ISO 27001 audits cover the facility, not just your software.
Your Toolchain
Keep your SDKs, MLOps, and observability. Only the compute moves.
Design Your Factory
Pick the accelerator platform, power and cooling redundancy, and delivery. The site plan, the single line and the rack redraw as you choose.
Open the designerBuild With Us
Have powered land or substation capacity? We should talk.
Want to help build out the platform? We work with capital and development partners.