Solution 03 — AIP Data Centers

Sovereign and market-entry data centers, feasibility through first tenant.

Owned infrastructure for Nations and enterprises that need compute, cooling, and connectivity on their terms — delivered on a 48-month master schedule, then run by a decentralized intelligence layer.

Request a briefing See the delivery roadmap

Data Center services & strategy, from feasibility to first tenant.

AI PlanetTM develops sovereign and market-entry data centers end to end — site selection, power and cooling engineering, network architecture, security framework, workforce pipeline, and the funding strategy that pays for it. We work as owner's representative for organizations building capacity they intend to control, not lease.

Feasibility & Master Planning

90-day deliverable covering site, power, connectivity, and impact review.

Design-Build Oversight

Tier III standard, architect and MEP selection, local contractor targets.

Capital Strategy

Federal grant and infrastructure loan stacking alongside private capital.

Operations Standup

NOC/SOC, tenant onboarding, sovereign cloud product launch.

Reference design

50,000 sq ft Sovereign Facility.

50ksq ft

30 MWPhase 1 IT load, expandable to 60 MW
99.999%Target availability, 2N UPS
PUE ≤ 1.4Hybrid air and liquid cooling
4×100GDiverse fiber, carrier-neutral MMR
20 PBInitial storage, expandable past 200 PB

Delivery roadmap — 48-month master schedule.

Phase 1

Foundation & Planning

Months 1–18

Site selection & feasibility study
Environmental & cultural impact review
Federal grant applications

Phase 2

Design & Build

Months 12–42

Architect & MEP engineering selection
Power infrastructure & substation build
Mantrap, biometric, NOC/SOC construction

Phase 3

Operations & Growth

Month 36+

Phased tenant onboarding
Sovereign cloud product launch
LEED Gold certification pathway

Autonomous operations layer

Every rack carries a local decision-making brain.

Traditional infrastructure reacts to failures after impact. We deploy a decentralized intelligence layer instead — every rack, server, and switch port carries a local decision-making brain.

Node AI — local response in <1ms
Predictive Core — forecasts before degradation
Swarm Behavior — no single point of failure
Self-Healing — automatic isolation & recovery

Four infrastructure pillars, built to be owned.

01 — Power

Utility, Backup, Renewable

Dual substation feeds on separate grid paths
Generators with 96-hr fuel, <10s failover
10 MW solar + 5 MW BESS; 35%→80% renewable

02 — Cooling

Climate-Matched Hybrid

Air-side economizer, up to 70% free-cooling hours
N+1 CRAC per zone, hot/cold aisle containment
Liquid-ready white space, 100–400 kW/rack for HPC

03 — Network

Diverse Paths, Neutral MMR

Four diverse paths incl. LEO satellite failover
400G spine switches, full-mesh BGP/OSPF
Carrier-neutral meet-me room, no exclusivity

04 — Storage

Three-tier, Sovereign Vaulting

Tier 1 hot: NVMe all-flash, 10M+ IOPS
AES-256 at rest under locally held keys
Air-gapped offline tape for ransomware protection

Market entry

Where we assess and build.

Beyond sovereign facilities, we run risk-adjusted feasibility and go-to-market work for operators entering new territories. The verdict is frequently that a market is not feasible — and we say so.

Months 1–6
Entry 1 — Foundation & DD

Fiber MOUs · compliance filings · site shortlist
Months 6–12
Entry 2 — Entity & Regulatory

Local incorporation · licensing · site acquisition
Months 12–18
Entry 3 — GTM & Pre-Sales

Brand launch · anchor LOIs at 50 MW+ · channel enablement

Case study — Malaysia

A market that can absorb AI-scale power.

$16B

Market by 2031, at 22.8% CAGR — roughly 5× growth in eight years

4.2–6.4 GW

Total power requirement, at $7–9M per MW of infrastructure

50% lower

Electricity cost vs. Singapore — $0.07/kWh vs $0.14/kWh, 3.5× more capacity

30.4%

Hyperscaler segment CAGR, needing 100–500 MW AI training campuses

Walk the site, the schedule, and the stack.

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