Sovereign AI Infrastructure — Indonesia

Volcano-Powered
AI Compute

Zero-carbon, sovereign GPU infrastructure powered by Indonesia's geothermal reserves. From the Earth's core to your AI workloads.

50 MW
Geothermal Baseload
per site
28K
GPU Cluster
H100-class
99.99%
Uptime
zero-carbon
88%
EBITDA Margin
per datacenter

The Crisis

Indonesia faces multiple national-security level challenges simultaneously. The window to act is now.

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No AI Sovereignty

100% dependence on foreign cloud. No domestic GPU baseload for national AI workloads.

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Energy Instability

70% coal dependency, 10-20% grid outage rate. Rural areas lack reliable power infrastructure.

#

Carbon Market Gap

World's largest carbon sinks with zero MRV infrastructure to tokenize credits legally.

The Solution

A fully integrated geothermal AI supercompute platform. Sovereign, sustainable, and scalable across Indonesia's volcanic belt.

Geothermal power plant at the base of a volcano in Indonesia

Sovereign AI Compute

Geothermal-powered, export-control independent datacenters running national LLMs, MRV, climate models, and food security AI.

Off-grid. Zero-carbon. 24/7 baseload.

Immersion-Cooled GPU Clusters

24,000-28,000 H100-class GPUs per site with liquid immersion cooling achieving PUE 1.05-1.15 — powered directly by volcanic heat exchange.

Earth's mass as a 1000x faster thermal conductor.

Carbon MRV Engine

Full-stack measurement, reporting, and verification. Real, auditable, non-synthetic carbon flows from soil sensor to tokenized credit.

Article 6-compliant. Blockchain-verified.

National Sensor Grid

Millions of low-cost agricultural sensors across farmland. Continuous environmental, crop, and supply chain telemetry verified at source.

DePIN infrastructure. Cryptographically anchored.

From Magma to Model

A complete vertical stack — from geothermal wells to GPU inference. Each layer engineered for sovereign, zero-carbon operation.

Kamojang geothermal power plant in Indonesian rainforest
High-density H100 GPU datacenter with immersion cooling
01

Geothermal Wells

50 MW baseload from volcanic heat at 90% capacity factor

02

ORC Power Plant

Binary cycle conversion with zero grid dependency

03

Standalone Microgrid

Direct power delivery — no transmission loss

04

Immersion Cooling

Liquid-cooled GPU racks at PUE 1.05-1.15

05

AI Inference

24-28K GPUs serving sovereign compute workloads

01

Own the Power Source

Others rent cloud on weak grids. We own volcano-powered AI with standalone microgrids and zero transmission loss.

02

End-to-End Traceability

From soil sensor to drone to satellite to geothermal AI to tokenized carbon. No one else has this complete chain.

03

Geothermal Abundance

Indonesia controls 40% of global geothermal potential — 24 GW of untapped reserves across the Ring of Fire.

04

Scalable Blueprint

Each site is a replicable sovereign compute node. One template, 10 sites, 50 sites — national infrastructure at scale.

4 Revenue Streams

High-margin, investor-ready. $345M - $440M total revenue per datacenter site.

AI Compute Leasing

77.5%
$280-340M/yr

Zero-carbon sovereign H100 compute for hyperscalers, enterprises, and government AI programs.

Tokenized Compute Credits

8.1%
$25-40M/yr

Prepaid GPU access for enterprise and developer ecosystems.

Power Efficiency Capture

6.3%
$20-30M/yr

Geothermal baseload + immersion cooling dramatically reduces OPEX.

Internal AI Demand

8.1%
$20-30M/yr

Agriculture MRV, carbon modeling, and LLM workloads drive utilization at zero marginal cost.

For Investors

$1.2B to ignite Indonesia's sovereign AI backbone. Equity in a permanently low-cost, zero-carbon compute foundation powered by volcanic energy.

Capital Structure

Total raise: $1.2B (fully inclusive)

Equity$700M
Debt (ADB, JETP, Green Bonds)$500M

Use of Funds

GPUs + AI Datacenter Build$900M
Geothermal Power Plant$250-300M
Sensors, MRV & Digital Stack$30-50M

Financial Projections

Per datacenter site

Revenue per Site$345M - $440M/yr
EBITDA Margin85 - 88%
Payback Period~3.5 years
Target IRR22 - 28%

Realistic 4-5x exit in 5-7 years based on AI infrastructure multiples

Execution Roadmap

Q1

Site Prep & Resource Confirmation

  • -Geophysical surveys
  • -Drilling contractor mobilization
  • -Pad construction & access roads
Q2

Drilling Program

  • -Drill 4-6 production wells
  • -Flow testing & reservoir confirmation
  • -Finalize power output curves
Q3

Geothermal Plant Build

  • -Binary cycle plant foundations
  • -Heat exchangers + ORC installation
  • -Microgrid integration planning
Q4

Datacenter Construction

  • -Modular racks + immersion cooling
  • -Power distribution & switchgear
  • -Fiber + network backbone

What Investors Receive

Equity in Sovereign AI Backbone

Permanently low-cost, zero-carbon compute foundation using domestic volcanic energy.

Priority H100 Compute Access

Guaranteed GPU capacity plus carbon-verified MRV flows and tokenized credits.

AI + Climate + Agriculture Flywheel

Carbon modeling, food system optimization, and national LLM training increase utilization at zero marginal cost.

10-Site Replication Path

Each site is a sovereign geothermal compute node. Site #1 is the template for national rollout.

Ready to Build the Future?

Whether you're looking for sovereign AI compute, investing in climate infrastructure, or exploring partnership opportunities — let's talk.

Indonesia geothermal sites map showing exploration and production permits

Reach out directly — we respond within 24 hours.

chris@gogwf.com