India data centre capacity to quadruple by 2030, but power and cyber risks loom: Aon

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India data centre capacity to quadruple by 2030, but power and cyber risks loom: Aon

Synopsis

India's data centre sector could quadruple in capacity by 2030 — but a new Aon report flags a trio of threats that could derail the boom: power grid constraints forcing risky on-site generation, water stress complicating site selection, and cyber incidents capable of triggering large-scale business interruptions. As AI workloads push global data centre power demand up by a projected 165%, the infrastructure race is also becoming a risk race.

Key Takeaways

India's data centre capacity could grow more than fourfold by 2030 , according to an Aon report released on 6 October 2026 .
Global data centre power demand is projected to rise by 165% by 2030, driven by rising AI workloads .
Power availability is the key constraint on where and how fast new facilities can be built; developers are turning to on-site generation and battery storage, which carry their own fire and operational risks .
Water stress in certain regions is complicating data centre site selection as cooling requirements intensify.
Cyber threats are increasingly linked to data centre operations, with interconnected control systems and third-party vendors expanding the attack surface.
Aon's Data Center Lifecycle Insurance Program capacity has grown from $3.5 billion to $5 billion , signalling strong insurer interest in the sector.

India's data centre industry is on a steep growth curve, with installed capacity potentially increasing more than fourfold by 2030, even as the sector grapples with mounting risks around power availability, cyber security, and infrastructure resilience, according to a report released on Tuesday, 6 October 2026 by global insurance broker Aon. The findings arrive as demand for artificial intelligence (AI), cloud computing and digital services accelerates across the country.

Scale of the Expansion

The Aon report notes that significant new data centre capacity is already under development in India, positioning the country as one of the fastest-growing markets in the sector globally. The company also cited research indicating that global data centre power demand could rise by 165 per cent by 2030, underscoring the scale of energy requirements that will accompany this build-out.

Separately, Aon disclosed that capacity under its Data Center Lifecycle Insurance Program has grown from $3.5 billion to $5 billion, reflecting sustained insurer interest in financing and covering the sector's expansion.

Power Availability: The Defining Constraint

Power availability is emerging as a primary determinant of where new facilities can be built and how quickly they can become operational, the report said. Rising AI workloads are intensifying energy consumption, placing greater strain on electricity infrastructure.

To navigate grid constraints and connection delays, developers are increasingly exploring on-site power generation, battery storage, and hybrid energy systems, according to Sushant Sarin, Managing Director and Head of Commercial Risk Solutions, India, at Aon. While such alternatives can strengthen resilience, Sarin noted they also introduce fresh operational, maintenance and fire-related risks that operators must plan for.

AI-driven growth is also reshaping the physical risk profile of data centres by driving up power density and cooling requirements. Water availability is becoming a growing concern, particularly in water-stressed regions, making site selection considerably more complex.

Cyber Threats Intensify

The Aon report draws a direct line between expanding data centre operations and heightened cyber exposure. Modern facilities rely on interconnected control systems, digital monitoring tools and third-party vendors, meaning a single cyber incident could disrupt operations, damage physical assets and trigger prolonged business interruptions.

This comes amid a broader global trend of ransomware attacks and supply-chain compromises targeting critical infrastructure. For India, where data centres are increasingly central to financial services, government platforms and consumer internet, the stakes of a successful attack are rising accordingly.

Lifecycle Risk Assessment Gains Ground

Insurers are responding to these compounding risks by moving toward a lifecycle approach to data centre risk assessment, the report said. This involves evaluating factors spanning design and construction through to power resilience, cyber exposure and long-term operational performance — a departure from the more static, asset-based models used in earlier years.

Aon said that integrating risk planning across power, water, climate and cyber exposure will be critical as data centres become central to India's digital and AI ambitions. The sector's trajectory suggests the window to embed such planning is narrowing as development pipelines accelerate.

Point of View

But the more consequential story in the Aon report is structural: India's data centre boom is being built on a power grid that was not designed for hyperscale AI workloads. On-site generation and battery storage are workarounds, not solutions — and they introduce fire and liability exposures that the insurance market is only beginning to price. Meanwhile, the cyber risk section deserves more attention than it typically receives in infrastructure coverage: a single successful attack on a hyperscale facility serving financial or government platforms would have cascading consequences far beyond the data centre itself. India has a narrow window to embed lifecycle risk planning before the next wave of construction locks in today's gaps for a decade.
NationPress
6 Oct 2026

Frequently Asked Questions

How fast is India's data centre industry growing?
India's installed data centre capacity could increase more than fourfold by 2030, with significant new capacity already under development, according to an Aon report released on 6 October 2026. The growth is being driven by surging demand for AI, cloud computing and digital services.
What is the biggest risk facing India's data centre sector?
Power availability is flagged as the primary constraint, determining where facilities can be built and how quickly they become operational. Rising AI workloads are intensifying energy consumption, while grid constraints are pushing developers toward on-site generation and battery storage — which carry their own operational, maintenance and fire-related risks.
Why is water availability a concern for Indian data centres?
AI-driven workloads increase cooling requirements significantly, raising water consumption at data centre sites. In water-stressed regions of India, this is making site selection more complex and adding a new dimension to physical risk assessments.
How are cyber threats connected to data centre risks?
Modern data centres rely on interconnected control systems, digital monitoring tools and third-party vendors, meaning a cyber incident can disrupt operations, damage assets and cause prolonged business interruptions. Aon's report notes this linkage is becoming more pronounced as facilities scale up.
What is Aon's Data Center Lifecycle Insurance Program?
It is an insurance programme that assesses data centre risks across the entire facility lifecycle — from design and construction to power resilience, cyber exposure and long-term operations. Aon disclosed that the programme's capacity has grown from $3.5 billion to $5 billion, reflecting increased insurer interest in the sector.
Nation Press
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