Layer 00 · Overview

The future of AI isInfrastructure.

CodeX Space AI designs, develops and operates resilient, high-performance, and sustainable data centres engineered for the future of AI and intelligent computing.

Location: Hyderabad, Telangana
Power: 1 GW IT load
Land: 350 acres
Status: In development

Layer 01Land

Land secured ahead of the demand it will carry.

Compute demand is not the constraint, and neither is capital. The biggest challenge in AI infrastructure is access to ready, connected capacity. CodeX Space addresses this by securing the critical foundations first: land, grid access, and fibre connectivity. Every stage that follows is built upon that advantage, ensuring long-term resilience and operational certainty.

Location: Hyderabad, Telangana

Isometric drawing of one site in the earliest stage of development, before anything has been built on it. A gated haul road runs in past a compound of site cabins, a parking area and a laydown yard of stacked pipes and shipping containers. Beyond it the ground is being levelled: a bulldozer pushes spoil, a tracked excavator loads an articulated dump truck and a vibratory roller compacts the platform, each leaving curved track marks, with stockpiles of fill heaped along a benched cut face. Dashed setting-out lines and survey pegs mark the ground out. An open trench beside the road is cut away to show a multi-way duct bank of fibre ducts, and an overhead line on lattice towers runs into a small fenced switching compound at the edge of the parcel.

Layer 02Power

One gigawatt, grid to rack.

From high-voltage grid access and on-site substations to resilient distribution systems, every layer is engineered to deliver reliable, uninterrupted power for the high-density compute demands of the AI era.

Campus load: 1 GW IT

Isometric drawing of the power chain as one continuous run: incoming high-voltage gantry, substation with transformers, switchgear line-up, uninterruptible supply, standby generators, and busway feeding a rack line.

Layer 03Cooling Efficiency

Built for the densities AI actually runs at.

At CodeX Space AI, we integrate advanced liquid cooling and closed-loop thermal systems from the earliest stages of design, reducing water consumption, improving energy efficiency, and creating infrastructure built for sustainable AI at scale.

Circuit: Closed · chiller · heat exchanger

Isometric drawing of a closed cooling circuit: chillers, cooling towers, pumps and a plate heat exchanger, a coolant distribution unit, and a magnified rack cutaway showing cold plates, all joined by one unbroken loop of pipework.

Layer 04Delivery

Capacity delivered to your programme.

Hyderabad is the first campus of a three gigawatt programme, not the whole of it. The balance is planned across further sites.

We deliver capacity that’s ready when the customers are. Through a phased, demand-led approach, built to the tenant’s specification and released against the tenant’s ramp. Balancing speed, flexibility, and sustainable resource use.

Design: Build-to-suit · Modular-by-stage

Cross-section through a data hall, cut lengthways. Four rows of server cabinets stand on a raised floor carried on pedestals above the slab, their doors drawn as fine perforated grilles. Overhead containment and a double run of pipework cross the ceiling and drop into the rows between them. Outside the hall at one end, a plant enclosure holds a chiller and its pumps, flow and return pipes turning in through the wall; at the other end, behind a partition, a line of switchgear cabinets fills the electrical room.

Layer 05Vision

Built for the Next Era of Compute

Artificial intelligence is redefining how the world creates, innovates, and grows. As AI workloads become more demanding, the need for resilient, scalable, and energy-conscious infrastructure has never been greater.

At CodeX Space AI, we are building next-generation data centres engineered to support this transformation. Our focus is on creating infrastructure that delivers performance without compromising responsibility, combining advanced engineering, sustainable design, and operational excellence to power the future of compute for hyperscalers and frontier labs.

Performance without compromise.
Infrastructure that delivers the scale AI demands.
Innovation with responsibility.
Engineering sustainable solutions for long-term impact.
Built for what’s next.
Creating resilient foundations for the future of computing.