Grid Factory · Investor Compute Thesis

Own the machines that power the AI economy

Green Energy Parks · 400G Super-GPU Clusters · GRID Tokenisation · CaaS Income Lease-to-own via GRID tokenisation — plug into the park, not the grid.

Power at sourceGPU container yieldTokenised access

$20T+

AI investment this cycle

$8M

Series A target

$100M

ARR target (2029+)

Grid Factory pitch preview

Live deployment signal

LIVE INFRASTRUCTURE SIGNAL

Power-linked compute economics

Operational signals from the first renewable-backed container footprint.

MW

Solar capacity

40MW

On-site PV farm active

PUE

Efficiency ratio

1.18

Industry avg 1.58

SLA

Uptime SLA

99.99%

Tier IV certified

CO2

Carbon intensity

0g

Net zero since 2022

CLIENT RESALE MODEL

Resell rented GPU power. Keep the spread.

A client rents GPU capacity from Grid Factory at a fixed monthly cost, then resells the compute hours to inference teams, AI agencies, or regional buyers at market rates.

Resale upside

$13,651

Best monthly net

$163,814

Annualized upside

82%

Avg utilization

Starter resale pool

10 GPUs rented

Small AI teams buying burst inference capacity

Cost $3,960Resale $5,167 · 78% used
5,616 billable GPU-hours$0.92/GPU-hour resale$0.55/GPU-hour cost

Client net / month

$1,207

30% margin on rent

Agency compute desk

25 GPUs rented

AI automation agencies reselling scheduled GPU hours

Cost $9,900Resale $13,104 · 80% used
14,400 billable GPU-hours$0.91/GPU-hour resale$0.55/GPU-hour cost

Client net / month

$3,204

32% margin on rent

Regional GPU broker

50 GPUs rented

Local enterprise buyers needing private GPU access

Cost $19,800Resale $26,593 · 83% used
29,880 billable GPU-hours$0.89/GPU-hour resale$0.55/GPU-hour cost

Client net / month

$6,793

34% margin on rent

Full container resale

100 GPUs rented

Dedicated container capacity for always-on workloads

Cost $39,600Resale $53,251 · 86% used
61,920 billable GPU-hours$0.86/GPU-hour resale$0.55/GPU-hour cost

Client net / month

$13,651

34% margin on rent

Assumes 720 available hours per month. Net profit equals gross resale revenue minus the monthly Grid Factory rental cost.

Thesis 01

Power Is The Moat

AI compute bottlenecks are shifting from chips alone to energy access, interconnection, and deployment speed.

Thesis 02

Containers Become Yield Assets

Grid Factory packages GPUs, power, network fabric, and orchestration into deployable revenue-producing units.

Thesis 03

Investors Enter Earlier

GRID tokenisation frames infrastructure exposure before the market fully reprices productive AI compute capacity.

THE SIGNAL

The market is chasing AI compute

The market is chasing AI compute, but ignoring the infrastructure required to power it. This disconnect may be creating a multi-x opportunity.

More than $20T into AI in the current cycle.

One scarce input: high-speed GPU compute connected to power that can actually be delivered at scale. Grid Factory owns that bottleneck — tokenised, lease-to-own access to productive AI compute capacity.

THE REAL BOTTLENECK

AI demand is exploding. Power and clusters can't keep up.

Grid-Connection Delays

Major data centres face 2–4 year waits for grid interconnection in Tier-1 regions.

Capital Intensity

Greenfield GPU farms require massive upfront capital and multi-year payback.

Interconnection Scarcity

Permitting and transmission build-out lag the speed of AI demand.

Isolated Rigs, Not Clusters

Enterprise AI needs 100-GPU unified clusters with sub-microsecond fabric.

THE GRID FACTORY MODEL

Plug into the park. Not the grid.

Partner Energy Parks

Co-located inside already-built renewable infrastructure — no greenfield build.

40 ft GPU Containers

50 rigs, 100 GPUs, ≈180,000 TFLOPS FP16. Deploy in weeks.

400G Super-GPU Cluster

RoCE v2 fabric unifies 100 cards into one cluster.

Premium CaaS rates

Faster deployment, lighter capital footprint than greenfield buildouts.

INSIDE THE CONTAINER

One box ≈180,000 TFLOPS

  1. 1

    Partner Energy Park Power

    Wind / solar / hydro · already built

  2. 2

    100× RTX 5090 GPUs · 50 Rigs

    ≈1,800 TFLOPS FP16 per card

  3. 3

    400G RoCE v2 Network Fabric

    <5 μs latency · unified GPU

  4. 4

    Orchestration — K8s + Ray.io

    Auto-deploy across cluster

  5. 5

    CaaS Revenue Layer

    Enterprise leases · spot · agents

GRID TOKENISATION

Tokenised compute. Lease-to-own infrastructure.

Investor

GRID Units

GPU Container in Green Park

CaaS Revenue

Investor Distributions

Acquire a tokenized, lease-to-own position position in productive AI infrastructure — generating real revenue from real AI workloads. Buy with fiat or crypto. Earn monthly in stablecoins or fiat.

24 MONTH BUILD PLAN

From container to sovereign scale

NOW · Q3 2026

Container 01 Work in Progress

First 40 ft container · 100 GPUs · GRID tokenisation launched

BUILD · Q4 2026

First payouts & CUG onboarding

First 10 CUG node checkers · enterprise CaaS contracts

EXPAND · 2027

Multi-park expansion

Containers 02–03 · Series A close — $8M target

SCALE · 2027+

Sovereign contracts

10+ containers · $10M+ ARR · CUG network active

$0

2026

GENESIS

~$10M

2027

EXPANSION

~$50M

2028

SCALE

$100M

2029+

MATURITY

PROSPECT REVENUE

Where the demand sits — $75M opportunity

🏛

$10M

Government & Sovereign AI

National LLMs on private hardware. Multi-year leases.

🧪

$20M

AI Labs & Fine-Tuners

Billion-parameter models needing 400G clusters in bursts.

🤖

$45M

Agents & Autonomous Systems

24/7 GPU inference. Persistent billing — fastest-growing.

LEADERSHIP

Team

EARLY ACCESS

Entry is open before the market reprices

support@gridfactory.io · Dubai, UAE · https://gridfactory.io

Confidential — for qualified investors only. Illustrative figures are not guarantees.

Container GPU Power

Available power by server container

Dobrogea Wind Container 01

Romania · Wind

Work in progress

Available GPU power

72kW

6 kW used
66 kW free

GPUs

10/120

Usage

8%

Plant

100kW

Transylvania Hydro Container 02

Romania · Hydro

Work in progress

Available GPU power

48kW

4.8 kW used
43.2 kW free

GPUs

8/80

Usage

10%

Plant

70kW

Dobrogea Wind Container 01Power6 kW used / 66 kW freeGPUs10 used / 110 freeCapacity72 kW max · Work in progress
Transylvania Hydro Container 02Power4.8 kW used / 43.2 kW freeGPUs8 used / 72 freeCapacity48 kW max · Work in progress
Dobrogea Wind Container 01Power6 kW used / 66 kW freeGPUs10 used / 110 freeCapacity72 kW max · Work in progress
Transylvania Hydro Container 02Power4.8 kW used / 43.2 kW freeGPUs8 used / 72 freeCapacity48 kW max · Work in progress
Dobrogea Wind Container 01Power6 kW used / 66 kW freeGPUs10 used / 110 freeCapacity72 kW max · Work in progress
Transylvania Hydro Container 02Power4.8 kW used / 43.2 kW freeGPUs8 used / 72 freeCapacity48 kW max · Work in progress