AI infrastructure · Southeast Asia · expanding network

Compute that stays
in the region.

AGATE GREEN runs GPU capacity across Southeast Asia — for teams that need serious performance without exporting their data, their assets or their pipeline.

  • Grid-connected
  • Modular build
  • off-grid power
The estate · multiple sites · one operator

Built as modules.
Run as one estate.

Power and cooling ship inside the module, tested in a factory before it leaves. Capacity arrives in blocks that match your ramp — not a landlord's financing cycle.

  • Factory tested
  • Block expansion
  • Tier III design intent
The platform · two tiers · measured, not quoted

Two tiers.
No oversell.

RTX PRO 6000 Blackwell for inference and visual computing. MI300X for work that has to be spread across devices. We benchmark your model on the tier we recommend, before you sign anything.

  • 96 GB GDDR7
  • 192 GB HBM3
  • Tokens per watt

Power in · grid + gas Data out · to users

AGATE GREEN · campus model

Drag to orbit · scroll to zoom · Esc to exit

Multi

Site network

Southeast Asia · expanding

Next-Gen

AI infrastructure

Supporting various GPU platforms

Off-grid

Power

Microgrid connection · grid + gas

100%

Green computing position

Documented per customer on request

Our network

Multiple sites, one operating team.

Reserved, planned and on-request sites across Southeast Asia, with the network still expanding. Every site is modular, and every site is run by the same engineers.

View all sites

Cyberjaya

Cyberjaya, Malaysia

Reserved

Primary campus inside the Multimedia Super Corridor. Tier III design intent, with the production fleet and the token factory in operation.

IT loadMulti-MW
PowerGrid
CoolingAir

Klang

Klang, Malaysia

In planning

Grid plus an on-site gas microgrid, planned at 20–40 MW by phase. Firm capacity commissioned in blocks instead of waiting on transmission reinforcement.

IT load20–40 MW
PowerGrid + Gas
CoolingLiquid · chip/rack

Melaka

Melaka, Malaysia

In planning

The largest site in the plan: 80–100 MW built for training, on the same grid plus gas model as Klang, laid out as repeated halls around one power spine.

IT load80–100 MW
PowerGrid + Gas
CoolingLiquid · chip/rack

Bangkok

Bangkok, Thailand

On request

Thailand capacity on request, serving mainland Southeast Asia's enterprise AI market from a modular hall built to the Cyberjaya pattern.

IT loadPer request
PowerGrid
CoolingAir

Central Java

Central Java, Indonesia

Reserved

Frontier training site at 1.3 MW, built for bandwidth-bound workloads. Air-cooled, carrier-neutral, sized to the interconnection available today.

IT load1.3 MW
PowerGrid
CoolingAir

West Java

West Java, Indonesia

Reserved

Second Indonesian site at 10 MW. Diversity, disaster recovery and overflow for customers who cannot accept a single-site dependency.

IT load10 MW
PowerGrid
CoolingLiquid (direct-to-chip)

How we deliver

From module to model.

One team carries a workload from site selection to a metered endpoint. Nothing in that chain is subcontracted to a party we do not operate.

01

Site & power

Land, interconnection and a power strategy agreed before a single GPU is ordered — including the renewable position.

02

Modular build

The hall arrives as factory-assembled, factory-tested modules, which moves commissioning risk off the critical path.

03

GPU integration

Nodes, fabric and scheduler configured against the workload you actually run, not a vendor reference sheet.

04

Operate

24/7 operations, on-site hardware response and consumption reporting broken down per site and per customer.

Get started

Tell us what you're running.

Send the workload, the model class and the latency target. We come back with a reference configuration — and a measured benchmark on the target hardware before you commit.