Data centers don't belong in space
Billions per megawatt. Decade-plus timelines. Vacuum heat rejection is the unsolved problem.
Purpose-built subterranean colocation data centers — chip-agnostic powered shells where tenants own the hardware and ARKA owns the structure and supplies the power.
Billions per megawatt. Decade-plus timelines. Vacuum heat rejection is the unsolved problem.
An AWS facility was struck. Surface infrastructure is geopolitical infrastructure.
Noise complaints. Water-draw disputes. Tax-abatement fights. Communities organize and builds die.
Storms force shutdowns. Grid disconnects come with the season.
Annual energy variance equals nine to ten months of bill.
Repeated facility damage. Insurance and uptime risk.
Smoke chokes intakes. PSPS events sever the grid for days.
A single-event facility loss is on the table.
Institutional briefing only. No investor offering, no public sale.
Five reasons the substrate beats the surface.
Above-grade footprint preserved. Land use, sightlines, and habitat stay intact by design — the asset is invited, never imposed.
Of 16 hyperscale projects in flight in America, 11 are stalled. First capacity lands around month 50 — all at once.
First powered hive live before year-end. ARKA crosses ahead of the hyperscaler plateau well before month 50 — and keeps compounding past it.
Four strata. Four demarcations. One contracted boundary. Engineered below grade so the surface stays intact.
Below-grade reinforced-concrete shell with controlled access shafts, a central utility spine, and full drainage. The surface stays intact.
Utility interconnect, switchgear, transformer, and facility distribution — taken to the tenant demarcation point and no further.
Liquid cooling plant with hydronic supply and return to a defined cooling-capacity interface. Tenant cold-plate and rack-level cooling stay tenant scope.
SCADA telemetry feeds TALON.EXE, the infrastructure safety governor. TALON.SAL handles physical capacity allocation. Workload scheduling stays outside ARKA scope.
Tenant compute, networking, software, data, workloads, and outcomes all stay outside ARKA scope.
Every operational decision passes through layered checks. Critical actions require explicit human approval before execution — no opaque automation in the safety path.
Capacity envelopes, thermal limits, and access scopes are declared up-front and machine-checkable. Tenants and counterparties see the same boundary the operator does.
Telemetry and operational records are persisted with cryptographic integrity. Compliance, IE, and lender review run against the same artefact, not a marketing summary.
Performance is bounded by contract, not by best-effort. The envelope is sized so that meeting it is the deterministic outcome — not the upside case.
ARKA delivers contracted powered capacity to a single demarcation. Everything outside the line stays tenant scope.
Each ARKA site is held in its own special-purpose vehicle (SPV) — a standalone company that owns one asset, so lenders can underwrite it in isolation. Cash flows through it in a fixed order of priority.
Payment for powered capacity delivered to the handoff point — not usage-based.
The standalone company that owns this one site — its only business.
Cash set aside for operations and debt coverage before anyone is paid.
Senior debt service — the scheduled principal and interest owed to lenders.
Whatever remains is distributed to equity holders — last in line, by design.
Powered capacity to the demarcation, not utilization.
One asset, one SPV, no fund-level mixing.
Reserves, debt service, and equity tranches sized at gate.
Investment Tax Credit monetised via direct-pay election; financeable from day one.
Public summaries; controlled diligence under NDA.
All financial structures subject to lender requirements, sovereign approval, and counterparty diligence. No investor offering, no public sale.
Each audience receives a dedicated brief, a release-gated dataroom, and a tailored counterparty package.
Land retained, approvals respected, low-impact infrastructure. Sovereignty is preserved through land, jurisdiction, and consent.
Subterranean powered shell with a defined demarcation. You bring the compute hardware and software; we deliver the facility.
Single-asset SPV, lender-readable cashflow waterfall, controlled distribution. Numbers shown only from active SOT.
Patched MEP one-line, gate-driven build sequence, design envelope discipline. IFC engineering varies inside approved envelopes.
Replication path: 1 → 3 → 5 Hives.
Gate 0 site review through Gate 6 commissioning.
Public summaries; controlled diligence under NDA.
Across infrastructure development, institutional finance, regulatory compliance, and sovereign-nation partnerships.





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Sovereign-aligned, financeable, patent-defensible. Begin with a controlled briefing — no investor offering, no public sale.
Single asset · proof of concept.
Three-Hive replication · standardised path.
Full cluster path · sovereign-aligned scale.
Briefings are scheduled with qualified counterparties only. All partnerships and financial structures are subject to sovereign approval, environmental review, and lender requirements.
"Subterranean purposeful infrastructure is today. Space data centers are 5 years from now."