50 MW Nvidia GPUs
Project Delivered

Turnkey data center infrastructure — designed,
built, and commissioned for AI-era workloads.

From edge deployments to enterprise-scale facilities, LA Technologies delivers high-performance, energy-efficient data center builds in partnership with India's leading OEMs — engineered for speed, reliability, and the next generation of compute.

India's AI Moment
Demands a Different
Kind of Infrastructure.

The data center landscape is shifting at a pace traditional infrastructure simply cannot keep up with. AI workloads, sovereign cloud mandates, and enterprise digital transformation are driving an unprecedented surge in compute demand — and the old playbook of air-cooled, slow-built data centers is no longer fit for purpose.

78GW

India AI Compute Demand

Projected requirement by 2030

6–24

Months

Traditional Build Timeline

Average time to deploy a conventional data center

~15kW/rack

Air-Cooled Max Rack Density

Limit before thermal failure in standard environments

One Partner. End-to-End Delivery.

LA Technologies brings together modular infrastructure, advanced liquid cooling, and systems integration expertise into a single, accountable delivery framework. We don't sell components — we build complete, commissioned data centers that are ready to run from day one.

Design & Architecture

We start with your workload requirements — GPU density, power envelope, cooling strategy, compliance — and design a data center that is precisely right for your needs.

Build & Integration

Leveraging prefabricated modular infrastructure and factory-commissioned systems, we cut deployment time dramatically without compromising on engineering quality.

Commission & Operate

From thermal validation and load testing to managed handover and ongoing support, we stay with you beyond delivery to ensure your facility performs at specification.

The LA Technologies Data Center Stack

Every data center we build is assembled from three tightly integrated layers — each one best-in-class, all of them working together as a unified system.

Layer 1

Physical Site & Facility

The foundation of everything. Prefabricated modules ship factory-ready with IP66-rated enclosures, up to 120 minutes fire resistance, and configurable footprints from 40 to 180 sq. m — eliminating the civil construction delays that slow conventional builds.

Layer 2

Power Infrastructure

Reliable power is non-negotiable. An intelligent PDU ecosystem delivers granular power distribution, real-time monitoring, and scalable power configurations from 30 kW up to 1,280 kW — engineered to handle the demands of dense AI and enterprise workloads.

Layer 3

Thermal & Cooling

The density barrier, broken. Direct-to-Chip Liquid Cooling (DLC) and Single-Phase Liquid Immersion systems eliminate the heat ceiling that limits air-cooled racks at ~15 kW. Precision cold plates route liquid directly to processors, enabling rack densities up to 500 kW with a PUE as low as 1.05.

Layer 4

Physical Security

Access is earned, not assumed. Multi-layer physical security is built into every data center we deliver perimeter barriers, biometric access controls, CCTV surveillance, and structured entry governance aligned to Tier III and enterprise compliance requirements.

Layer 5

Compute Infrastructure

Where performance lives. We configure and integrate high-density server and GPU infrastructure — including NVIDIA H100 and B200-class systems — matched to your exact workload profile, rack density targets, and future scaling requirements.

Layer 6

Storage Infrastructure

Data at the speed of compute. We architect and integrate enterprise-grade storage — from high-throughput NVMe arrays for AI training workloads to resilient SAN/NAS configurations for business-critical applications — sized to your data pipeline and retention needs.

Layer 7

Network Infrastructure

The backbone of everything else. We design and deploy high-redundancy network fabrics — spine-leaf topologies, core switching, edge routing, and firewall placement — that meet the latency, throughput, and redundancy expectations of modern data center environments.

Layer 8

Virtualisation & Orchestration

Turning hardware into capability. VMware, KVM, or OpenStack — along with platforms that abstract compute and pools, reducing operational complexity of deployment.

Layer 9

Cybersecurity & Compliance

Security built in, not bolted on. Our cybersecurity practice spans network security architecture, zero-trust access policies, intrusion detection, encryption, and DPDP Act compliance governance — ensuring your data center meets regulatory requirements from day one.

Layer 10

Operations & Management

The layer that never sleeps. From NOC monitoring and performance management to incident response, capacity planning, and lifecycle governance — LA Technologies stays with you post-commissioning to ensure your environment performs at specification, continuously.

Our OEM Ecosystem

Powered by India's Most Innovative Data Center OEMs.

Thermal Engineering Partner

Cooling That Makes High-Density Compute Possible.

Refroid Technologies is India's pioneer in advanced liquid cooling for data centers, HPC, and edge computing. Their indigenous Direct-to-Chip and Liquid Immersion Cooling systems solve the fundamental limitation of modern AI infrastructure — heat. By routing liquid directly to the processor, Refroid eliminates the thermal ceiling that prevents air-cooled racks from scaling beyond 15 kW.

Key Capabilities:

SentraFlo Series CDUs: India's first indigenously developed Liquid-to-Liquid Coolant Distribution Units
Single-Phase Liquid Immersion Cooling — servers fully submerged in dielectric fluid
Direct-to-Chip Liquid Cooling (DLC) with precision cold plate manifolds
Scalable from 200 kW to 2 MW cooling capacity
Recognised as Emerging Leader — MarketsandMarkets 360Quadrant, Liquid Cooling Market

Air Cooling vs. Refroid Liquid Cooling

Air Cooling

Refroid Liquid Cooling

Power Usage Effec-
tiveness (PUE)

1.5 – 1.8

1.05

Max Rack Density

~15 kW/rack

Up to 500 kW/rack

Energy Reduction

Baseline

Up to 40% Savings

Cooling Efficiency

Standard

Industry-Leading

MODULAR INFRASTRUCTURE PARTNER

Modular. Rapid. Enterprise-Grade.

TierX Datacenters redefines how data centers are built. By manufacturing prefabricated, factory-commissioned infrastructure modules, TierX compresses deployment timelines from over six months to as few as 90 days — without sacrificing enterprise-grade reliability, compliance, or engineering quality. Their EdgePOD X1 platform and OCP-aligned rack solutions are purpose-built for high-density AI and enterprise workloads.

Key Capabilities:

SentraFlo Series CDUs: India's first indigenously developed Liquid-to-Liquid Coolant Distribution Units
Single-Phase Liquid Immersion Cooling — servers fully submerged in dielectric fluid
Direct-to-Chip Liquid Cooling (DLC) with precision cold plate manifolds
Scalable from 200 kW to 2 MW cooling capacity
Recognised as Emerging Leader — MarketsandMarkets 360Quadrant, Liquid Cooling Market

Deployment Timeline Comparison

Design & Engineering

Conventional: 4–6 weeks

TierX: 2–3 weeks

4–6 weeks

2–3 weeks

Procurement

Conventional: 8–16 weeks

TierX: 2–4 weeks

8–16 weeks

2–4 weeks

Civil & Construction

Conventional: 16–32 weeks

TierX: Eliminated

16–32 weeks

Factory Commission

Conventional: —

TierX: 3–4 weeks

3–4 weeks

Site Installation

Conventional: 4–8 weeks

TierX: 2–3 weeks

4–8 weeks

2–3 weeks

Total

Conventional: 6–24 months

TierX: ~90 days

6–24 months

~90 days

Built for the Workloads That Matter Most.

AI & GPU Compute

High-density GPU clusters with liquid cooling for model training and inference

Sovereign Cloud

Secure, compliant infrastructure for government and regulated enterprise data

Enterprise Private Cloud

On-premise cloud environments with enterprise reliability and managed operations

HPC & Scientific Computing

High-performance compute clusters for research, simulation, and analytics

Edge Data Centers

Distributed micro data centers for low-latency applications and regional coverage

HPC & Scientific Computing

High-performance compute clusters for research, simulation, and analytics

Edge Data Centers

Distributed micro data centers for low-latency applications and regional coverage

From Brief to Go-Live. Here's How We Deliver.

01Assess

Site survey, power audit, workload profiling, compliance review

02Design

Custom stack architecture, rack density planning, CDU sizing, SLD design

03Build

Factory manufacture and pre-commission of modular pods and cooling systems

04Integrate

On-site installation, infrastructure integration, network and power connectivity

05Commission

Thermal validation, load bank testing, compliance sign-off, managed handover

01Assess

Site survey, power audit, workload profiling, compliance review

—

02Design

Custom stack architecture, rack density planning, CDU sizing, SLD design

—

03Build

Factory manufacture and pre-commission of modular pods and cooling systems

—

04Integrate

On-site installation, infrastructure integration, network and power connectivity

—

05Commission

Thermal validation, load bank testing, compliance sign-off, managed handover

Performance You Can Measure.

1.05PUEIndustry-leading power usage effectiveness

90 DaysDeploymentFrom order to operational data center

500 kWRack DensityMaximum rack power supported

40%Energy SavingsReduction vs conventional air-cooled builds

200 kW – 2 MWCooling RangeCDU capacity range available

95%BoM LocalisationMade in India components

Built to Global Standards. Delivered for Indian Scale.

Tier III Certified

Uptime Institute standard for concurrent maintainability

OCP Aligned

Open Compute Project rack and infrastructure standards

Make in India

95% locally sourced Bill of Materials

DPDP Act Compliant

India's Digital Personal Data Protection Act ready

IP66 Rated

Enclosure protection for dust and water ingress

ISO 9001

Quality management standard