SIFT Data Center · AI infrastructure development

From Powered Sites
to Super Intelligence
Factories.

We bring together land, power, modular construction, liquid cooling and AI compute - from initial feasibility to commissioning.

Land and powerAI-ready data centersIntegrated AI factories
Illustrative campus concept
Our foundation

Solutions in Future Technologies

The next generation of AI infrastructure
Super Intelligence Factory Technologies

A new SIFT interpretation for the facilities that power advanced AI.

What we deliver

Choose your
starting point.

Engage SIFT for one stage or bring the complete development together with us. Each route starts with a defined scope and an agreed delivery responsibility.

01 · Land and power

Greenfield
Powered Sites

Develop the right site and a dependable power strategy for your data center.

  • Site feasibility and development planning
  • Power connections and generation strategy
  • Approvals, utilities and connectivity coordination
Your outcome

A development-ready site with a clearly defined power and infrastructure status.

Discuss a powered site
02 · Design and build

AI-Ready
Data Centers

Engineer a facility around your workloads, resilience and growth requirements.

  • Facility design and modular EPC+C delivery
  • Electrical systems, resilient power and liquid cooling
  • Construction, testing and commissioning
  • Potential operations and maintenance support
Your outcome

A commissioned facility ready for your agreed AI equipment.

Discuss a data center

Have land or a potential project? Explore a site partnership with SIFT.

Delivery references

See the capability.
Understand the roles.

Brightray’s reference material demonstrates modular construction and on-site delivery. Each SIFT opportunity is developed under its own scope, partner agreements and project-specific engineering.

Brightray MY-01 modular data center construction reference
Brightray partner reference

MY-01 modular
data center delivery

Project footage shows module assembly, critical equipment installation and delivery sequencing.

Reported delivery period8 months
Reference providerBrightray

This is a partner delivery reference. It is not presented as a completed SIFT project or a delivery-time guarantee.

View the reference videos
How we deliver

One connected path.
Five practical stages.

Land, power, facility and compute decisions belong in the same development plan. We coordinate the specialist inputs and make the handover between stages explicit.

01 · ASSESS

Site and feasibility

Align land, location, workloads, capacity and commercial objectives.

Typical deliverableSite assessment, requirements brief and feasibility scope.

02 · ENABLE

Power and utilities

Define power supply, water, connectivity and the approvals pathway.

Typical deliverablePower and utility strategy with key dependencies.

03 · BUILD

AI-ready facility

Coordinate modular construction, electrical infrastructure and cooling.

Typical deliverableAgreed facility design, delivery scope and construction plan.

04 · INTEGRATE

AI compute

Connect GPU systems, networking and storage through specialist partners.

Typical deliverableCompute architecture and facility interface responsibilities.

05 · HAND OVER

Commissioning

Test agreed systems, prepare for operational handover and define any ongoing service scope.

Typical deliverableAcceptance plan, commissioning records and handover documents.

Typical deliverables are tailored to the agreed engagement scope. Construction and performance commitments are project-specific.

Strategic partnership

SIFT Data Center
and Brightray.

Regional project development meets modular data center engineering, prefabrication, construction and commissioning - supporting coordinated delivery across Asia Pacific.

Modular EPC+C

Engineered off-site.
Integrated on-site.

Engineering, procurement and construction, extended through commissioning. Modular prefabrication supports repeatability; the final project programme depends on site readiness, approvals, equipment and agreed scope.

In the news · CNBC

Inside China’s Race to Build the World’s Data Centers

A documentary featuring Brightray and prefabricated construction in data center delivery.

Watch on YouTube

Capability showcase · 2:42

Full Prefabrication for AI Data Centers

Brightray’s FPD approach combines factory prefabrication, modular assembly and scalable infrastructure for high-power AI workloads.

Video context

Brightray capability material. Project scope, engineering and delivery programmes are agreed separately for each development.

Partner delivery reference · 1:57

MY-01: 8-Month Modular Delivery

Footage of modular construction, on-site assembly and critical equipment installation.

Video context

The supplied video reports an eight-month partner delivery reference. It does not establish SIFT’s participation or promise the same schedule for another project. This is a summary, not a transcript.

Brightray videos are provided as partner reference material. The CNBC documentary is hosted on YouTube. Project scope and delivery commitments are agreed separately.

Integrated capabilities

Built around
your AI workloads.

The site, power, cooling and compute are planned together around performance, resilience and growth. Final specifications come from the requirements of your project.

Illustrative high-density data center interior
The core platform

High-density AI
and GPU infrastructure

Coordinate rack density, liquid cooling, power distribution and refresh cycles from the beginning.

Illustrative visual. Future 100 - 600 kW rack concepts require project-specific engineering and supplier validation.

01

Modular data centers

Factory-tested modules support controlled quality, repeatable construction and phased growth.

02

Power and resilience

Coordinate grid supply, generation, solar, storage and backup around an agreed reliability strategy.

03

Liquid cooling and water

Assess direct-to-chip cooling, heat rejection, water supply and reuse for the intended rack density.

04

AI compute integration

Align GPU platforms, network fabric, storage and facility interfaces through specialist systems partners.

05

Sovereign AI

Develop infrastructure around the customer’s security, data residency and operational requirements.

06

Delivery and operational support

Coordinate feasibility, commissioning and operational readiness, with potential operations and maintenance support subject to project agreement.

Campus growth and community outcomesIllustrative planning concepts, tailored to each site.

Actual initial capacity and phasing are determined by demand, land, utility readiness, permits and investment. The sequence below illustrates scalability; it is not a SIFT project pipeline or a minimum project size.

150 MWInitial phase concept
300 MWExpansion concept
600 MWCampus growth concept
1 GW+Long-term campus vision

Wider outcomes where viable

Productive energy
Solar pumping, cold storage and lower-cost energy for local businesses.

Community resilience
Microgrids for farms, schools, clinics and rural services.

AI for agriculture
Crop monitoring, yield prediction and resource optimisation.

Circular infrastructure
Water reuse, resource recovery and waste-to-energy where technically and commercially viable.

These are development opportunities, not claims of funded or operating initiatives.

People and the SIFT group

Engineering foundations.
Integrated delivery.

SIFT Data Center aligns land, power, construction and compute from the beginning, bringing specialist partners and local execution into one regional development framework.

The group’s engineering foundation is SIFT CENTER Sdn Bhd, established in 2011, with experience across manufacturing, automation, advanced materials and infrastructure support.

Discuss a development opportunity

TK Lim

Managing Director · SIFT CENTER Sdn Bhd

Engineering leadership connecting specialist technologies, manufacturing experience and regional project development.

Project teams and delivery responsibilities are established around each agreed engagement.

DC

SIFT Data Center

AI infrastructure development, campus strategy and specialist project coordination.

Current website
EN

SIFT Energy

Solar, battery energy storage, microgrids and integrated power systems.

siftenergy.com
AQ

SIFT Aqua

Water treatment, reuse and cooling-water infrastructure aligned with site needs.

Water services within the SIFT group
SC

SIFT Center

Engineering, manufacturing, automation and advanced materials.

siftcenter.com
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