Blackstart Digital

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Blackstart

5150 E Pacific Coast Hwy
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Long Beach, CA 90804

GPU Cloud · San Jose, California

The vertically integrated GPU cloud.

Blackstart delivers GPU as a Service, private cloud, public cloud and dedicated superclusters from a Silicon Valley campus we run end to end — facility, power and hardware under one operator. That means you buy capacity from the people running the building, not from a reseller standing between you and the rack.

.bλ · Blackstart
25 MW live · 220 MW by 2028
The difference

Most GPU clouds rent rack space in someone else’s building. We run the building.

Blackstart controls the campus, the power interconnection and the GPU fleet that runs inside it. One operator across the whole stack means fewer parties to negotiate with, pricing set at the source, and a capacity roadmap you can plan a multi-year workload against.

25MW
Available Now
220MW
Campus Capacity by 2028
Oneoperator
Facility, Power & Hardware
01 — SERVICES

Four ways to buy compute.

From a single reserved GPU to a dedicated supercluster on its own power block. Start where your workload is today and move up without changing provider, region or network.

/ 01

GPU as a Service

For teams that need accelerators now, without a hardware purchase.

Reserve GPU capacity by the hour, the month or the year. Bare metal or virtualised, provisioned in our own halls, billed on a straightforward rate card with no cross-region egress games.

  • On-demand and reserved terms
  • Bare metal, VM or container
  • Per-hour to multi-year commitments
  • Committed-use pricing that drops with term length
/ 02

Private Cloud

For regulated, sensitive or continuously-loaded workloads.

A physically isolated environment inside our facility: your own racks, your own network segment, your own storage tier. No shared tenancy, no noisy neighbours, and a documented chain of custody from the loading dock to the GPU.

  • Dedicated hardware and isolated network
  • Private interconnect to your existing estate
  • Cage-level physical access control
  • Compliance evidence for audit and diligence
/ 03

Public Cloud

For fast starts, experiments and burst capacity.

Self-serve, API-first access to shared GPU capacity with preconfigured environments. Spin up a training run, an inference endpoint or a notebook in minutes and pay only for what runs.

  • API and console provisioning
  • Prebuilt PyTorch, CUDA and container images
  • S3-compatible object storage
  • Burst into private capacity as you grow
/ 04

Dedicated Superclusters

For frontier training runs measured in weeks, not hours.

Large, non-blocking GPU fabrics built to order on their own power block. Designed with you, energised on our schedule, and operated by the same team that runs the facility around it.

  • Purpose-built fabric, non-blocking topology
  • High-throughput parallel storage
  • Liquid-ready high-density halls
  • Dedicated power block and capacity reservation
02 — VERTICAL INTEGRATION

One owner, top to bottom.

Almost every GPU cloud you can buy from today is a tenant somewhere else. They lease the hall, buy power at a markup, and pass both to you. Blackstart controls every layer between the utility feed and your API key.

L6
Cloud platform & APIProvisioning, images, billing and support, run by us
L5
GPU fleetAccelerators we procure and operate directly, never resold to us
L4
Network & fabricCarrier-dense fibre and the interconnect between nodes
L3
Cooling & white spaceHigh-density halls, liquid-ready, closed-loop cooling
L2
Power & interconnectionEnergised capacity on site — the layer everyone else queues for
L1
Land & buildingA Silicon Valley campus we control, not a leased suite in one

Why this matters to a tenant. Compute pricing is mostly power and real estate wearing a software badge. When a provider leases both, every rate they quote you carries a landlord’s margin and a utility contract they do not control.

Price. We set rates against our own cost of power and capital, not against a lease we have to cover.

Certainty. Expansion does not depend on a third party approving a fit-out or a power upgrade. If you need another block next year, we build it.

Accountability. One contract, one operator, one team on site. When something needs fixing at 3am, nobody is waiting on a landlord ticket queue.

Typical GPU cloud

  • Leases space in a third-party datacenter
  • Power priced through the landlord
  • Expansion gated by the host operator
  • Escalation crosses two companies
  • Roadmap depends on someone else’s buildout

Blackstart

  • Runs its own campus end to end
  • Power contracted at the source
  • Expansion is our own construction schedule
  • One operator, one accountable team
  • Roadmap published to 220 MW
03 — INFRASTRUCTURE

A Silicon Valley campus, built for density.

Our flagship facility is at 650 Harry Road in San Jose, California — the former IBM Almaden research campus. It was engineered for heavy technical load long before AI needed it, and it sits inside the market where your customers, your engineers and your network peers already are.

25 MW is available now. Not queued, not subject to an interconnection study measured in years. Live capacity you can contract against this year.

The campus scales to 220 MW by 2028 across phased power blocks. Tenants who take capacity early hold a right of first refusal on the blocks that follow, so a workload that triples in two years does not have to move providers to do it.

Halls are designed for the rack densities modern accelerators actually draw, with liquid-ready provision for the next generation rather than the last one. Cooling is closed-loop, which keeps site water consumption far below conventional datacenter operation — a question enterprise procurement now asks on every deal.

Silicon Valley matters for reasons beyond prestige. Latency to the Bay Area user base is measured in single-digit milliseconds, carrier density means real route diversity, and your team can drive to the building.

See the facility
Aerial view of the 650 Harry Road campus, San Jose, on the ridge above Silicon Valley
Available now
25MW
Live capacity, contractable today.
2026
70MW
First expansion blocks energised.
2027
140MW
Mid-campus phases in service.
2028
220MW
Full campus capacity.
04 — WORKLOADS

What runs here.

The service tier follows the workload. Most tenants start on one and end up using two.

/ Training

Foundation and frontier models

Multi-week runs across large, non-blocking fabrics with the storage throughput to keep every accelerator fed. Dedicated supercluster or private cloud.

/ Inference

Production serving at low latency

Steady-state endpoints close to a dense West Coast user base. Reserved GPUaaS with burst headroom into shared capacity.

/ Fine-tuning

Domain adaptation and evaluation

Short, frequent, unpredictable jobs. Public cloud with preconfigured images, moving to reserved capacity once the cadence settles.

/ Research

Universities and national labs

Grant-cycle allocations with predictable annual pricing, and physical proximity for teams that want to see the hardware.

/ Regulated

Health, finance and defence

US-sited, single-operator infrastructure with documented physical custody. Private cloud, isolated network, evidence pack for audit.

/ Simulation

HPC, EDA and scientific computing

Tightly coupled parallel workloads that need real interconnect rather than a virtualised approximation of one. Bare metal, dedicated fabric.

05 — GETTING STARTED

Three conversations, not three months.

We are an operator, so procurement runs directly with the people who control the capacity.

01

Tell us the workload

Accelerator count, run duration, storage throughput, network shape and when you need it live. If you are not sure yet, a rough profile is enough to size a first quote.

02

Get a design and a rate

We come back with a configuration, a power block, an availability date and committed-use pricing across term lengths. No brokered quotes, no wholesale markup.

03

Provision and scale

Capacity is provisioned in our own halls with a named operations contact. Expansion blocks are reserved against the published campus roadmap.

.bλ

Buy compute from the people who run it.

25 MW live in San Jose today, scaling to 220 MW. Tell us what you need to run.

Request capacity