The Rise of Digital Infrastructure: Data Centres and the New Industrial Era

 By Uppalapadu Prathakota Shiva Prasad Reddy | Chairman, Premidis Group

We are living through a defining inflection point in industrial history. Digital infrastructure in 2026 is not a technology story — it is an infrastructure story. It is about land, power, water, connectivity, and the industrial systems that support civilisation at scale. As someone who has spent decades building physical infrastructure across the globe, Uppalapadu Prathakota Shiva Prasad Reddy sees this moment not as disruption but as evolution — the convergence of industrial tradition and digital ambition.

Data centres have become the factories of the twenty-first century. And like the steel mills and rail lines before them, they will define which economies lead and which are left behind.

What Is Driving the Digital Infrastructure Revolution in 2026?

The scale of what is unfolding is difficult to overstate. Global data centre investment surpassed $400 billion in 2025, with projections pointing sharply upward through the decade. Three forces are driving this surge:

Artificial Intelligence Workloads. The training and inference demands of modern AI models require computing density orders of magnitude beyond traditional enterprise workloads. A single AI training cluster can consume as much power as a small city. This is no longer a technology sector concern — it is an infrastructure planning imperative.

Industrial Digital Transformation. Across manufacturing, logistics, energy, and mining, digital transformation is generating vast volumes of operational data that must be stored, processed, and acted upon in near real-time. Industrial data centre growth is not a by-product of the digital economy; it is becoming the backbone of the physical economy.

Sovereign Data Requirements. Governments across Asia, the Middle East, and Africa are mandating that critical data remain within national borders. This is driving a wave of regional data centre development — and with it, enormous demand for local infrastructure expertise, power integration, and sustainable design.

For Uppalapadu Prathakota Shiva Prasad Reddy, this convergence is familiar territory. Infrastructure, in any form, succeeds when it solves real problems at scale — and the data centre challenge is fundamentally an infrastructure problem.

How Are Data Centres Reshaping Industrial Growth?

The relationship between data centres and industrial economies is bidirectional and accelerating.

Data Centres as Industrial Anchors

When a hyperscale data campus is built, it does not arrive in isolation. It requires sub-stations, fibre networks, cooling systems, access roads, water management infrastructure, and in many cases, dedicated renewable energy generation capacity. A large facility generates thousands of construction jobs and hundreds of permanent technical roles. It creates supply chains. It catalyses adjacent economic activity. In regions where traditional heavy industry has declined, data centres are emerging as credible economic anchors.

The Power-Digital Nexus

This is where the industrial digital transformation story becomes most complex — and most consequential. A hyperscale data centre may consume 100 to 500 megawatts of continuous power. At scale, data centre clusters are competing directly with industrial facilities for grid capacity. In markets where power infrastructure is already constrained, this creates real tension.

The only viable long-term solution is co-location of data centres with renewable generation assets — solar, wind, and in time, green hydrogen-based systems. This is not an environmental preference. It is an economic and operational necessity. Utilities and grid operators across the world are already signalling that new large-load connections will require dedicated generation commitments.

At Premidis Group, our work at the intersection of energy, industrial systems, and infrastructure development positions us precisely at this nexus. The projects that will define the next decade are those that integrate digital capacity with clean power generation from the ground up.

Why Sustainability Must Define the New Data Centre Era

"Infrastructure built without sustainability as a core design principle is infrastructure that will become a liability within a generation." — Uppalapadu Prathakota Shiva Prasad Reddy

The carbon footprint of the global data centre sector is already comparable to the aviation industry. As AI workloads intensify and data volumes grow, that footprint will expand — unless the sector commits to carbon-neutral infrastructure as a baseline standard, not an aspiration.

Sustainable industrial growth in this context means three things:

Power Purchase Agreements tied to genuine additionality. Buying renewable energy certificates is not the same as building clean energy. Data centres must drive actual new renewable capacity into the grids they operate on.

Water efficiency as a design constraint. Cooling is the second-largest operational cost and environmental impact of a data centre. Liquid cooling technologies, air-side economisation, and closed-loop systems must become standard, particularly in water-stressed regions.

Circular design for hardware. The embodied carbon of computing equipment — servers, networking gear, cooling systems — is a largely unaddressed component of the sector's environmental impact. Procurement decisions, refurbishment cycles, and end-of-life logistics matter enormously at scale.

These are not compliance exercises. They are competitive differentiators. Institutional investors, sovereign wealth funds, and major corporate tenants are increasingly applying ESG criteria to their data centre decisions. Carbon-neutral infrastructure is becoming a prerequisite for accessing capital.

How Leaders Can Navigate the Digital Infrastructure Shift

For business leaders, policymakers, and infrastructure investors assessing this landscape, the strategic implications are clear.

Treat digital infrastructure as critical national infrastructure. Planning approvals, power allocation, and land designation must reflect the strategic importance of data centre development. Nations that move early will attract investment; those that create friction will cede it to neighbours.

Prioritise integrated development models. The most resilient and economically sound data centre projects are those developed in concert with dedicated energy assets and broader industrial precincts. Standalone facilities without power security are increasingly unbankable.

Invest in people and skills. The skills gap in data centre operations, electrical engineering, and digital infrastructure management is acute. Workforce development — at the technician, engineer, and leadership levels — must be part of every major infrastructure strategy.

Uppalapadu Prathakota Shiva Prasad Reddy has observed across decades of infrastructure work that the leaders who endure are those who plan for system resilience, not just project returns. Digital infrastructure is no different. The window to build this sector thoughtfully — with integrity, empathy for communities, and genuine sustainability — is open. It will not remain open indefinitely.

8. AUTHOR BIO

About the Author

Uppalapadu Prathakota Shiva Prasad Reddy is the Chairman of Premidis Group, a globally active infrastructure and industrial development organisation. With decades of experience spanning infrastructure development, mining, renewable energy, and carbon-neutral industrial systems, he is recognised as a leading voice in sustainable industrial growth. His work is guided by three core convictions: integrity in every engagement, empathy for the communities infrastructure serves, and sustainability as a non-negotiable design principle.

🔗 Learn more at uppalapaduprathakotashivaprasadreddy.com