Data centres as a mainstream real estate asset class in India: Policy momentum, infrastructure expansion and market evolution

A data centre is a specialised facility where digital information is stored, processed and secured. It supports services people use every day, including online payments, cloud applications, streaming and e-commerce. The article calls data centres the backbone of India’s digital economy because digital activity creates data that must be handled somewhere.

Their real estate importance comes from the physical infrastructure behind digital services. These facilities require suitable sites, reliable power, connectivity and substantial computing equipment. As demand grows, investors can treat them as long-term infrastructure properties that generate value from essential digital services. This is a broader opportunity than a conventional technology facility.

India’s transition is already visible. Operating capacity crossed 1,700 MW in 2025, while the sector attracted about USD14.7 billion between 2020 and April 2025. Foreign institutional investors supplied nearly 86 per cent of that capital. The article therefore presents data centres as a rapidly scaling, institutionally funded asset class.

India’s data-centre market is already large and expanding quickly. Operational capacity crossed 1,700 MW in 2025. That figure followed an annual addition of approximately 440 MW, described in the article as a record expansion. Capacity measures the infrastructure available to store and process digital information.

Investment shows the market’s growing financial importance. Between 2020 and April 2025, India attracted approximately USD14.7 billion in data-centre investments. Foreign institutional investors accounted for nearly 86 per cent of total capital inflows. This indicates that the sector is drawing substantial international institutional participation, rather than depending only on technology companies or local developers.

The current figures may represent an early stage of a larger cycle. Industry reports cited by the article expect an additional USD20–25 billion of investment by 2030. Demand from cloud services, artificial intelligence, digital applications and localisation is expected to support further capacity growth. India’s large digital market gives that expansion a broad demand base.

Cloud computing, digital payments, streaming, e-commerce and AI all depend on large-scale digital infrastructure. Each online payment, video stream, cloud application and transaction creates data that must be stored, processed and secured. As more people and businesses use these services, the volume and importance of digital information increase.

The demand is also becoming more demanding. Earlier growth centred on internet access and basic digital services. Now AI, 5G and data-heavy applications are expanding the need for computing capacity, connectivity and storage. AI applications can require substantial processing, while 5G enables more connected devices and richer digital services. Together, these technologies push infrastructure requirements beyond simple data storage.

India’s digital adoption provides the scale. The country processes billions of UPI transactions every month and has an estimated 659 million smartphone users. Its AI market is projected to grow at more than 28 per cent annually through 2030. These trends help explain why data-centre capacity is expanding rapidly.

The gap means India creates far more new data than it currently keeps inside the country. Nearly 20 per cent of the world’s incremental data is generated in India, yet only around 3 per cent is stored domestically. This imbalance shows that local data-centre infrastructure has not yet caught up with the country’s digital activity.

The mechanism is straightforward. Payments, applications, streaming, commerce and connected technologies produce data continuously. If storage and processing capacity is located elsewhere, organisations may depend on overseas facilities for some digital operations. Expanding domestic capacity can provide more local space for handling the data generated by Indian users and businesses.

For investors, the difference represents a large market opportunity. It suggests substantial room for new facilities, equipment and computing capacity. The article links this opportunity with localisation needs and growing AI requirements. As India’s digital economy matures, closing even part of the gap could support another major phase of data-centre investment.

Data centres move beyond a niche technology segment when digital demand, public policy and physical infrastructure develop together. Policy support can improve confidence and coordination, while infrastructure expansion makes large-scale facilities possible. The article identifies this convergence as a central reason India can become a major global data-centre hub.

Capital provides a concrete example. India attracted approximately USD14.7 billion in data-centre investment between 2020 and April 2025. Foreign institutional investors accounted for nearly 86 per cent of inflows. Their participation signals that professional investors increasingly view data centres as investable infrastructure and real estate, rather than only as specialist technology assets.

The article also reports expectations of another USD20–25 billion by 2030. It does not explain the specific infrastructure-status framework or its benefits in the provided excerpt. Still, the combination of policy momentum, expanding capacity and international investment is moving the sector towards mainstream institutional real estate.

Companies may choose India when their users, transactions and digital operations are concentrated there. Local facilities can place storage and processing closer to the activity generating the data. That can support services that need responsive connections and provide capacity for India’s rapidly expanding digital economy. These practical benefits are established data-centre considerations, while the article specifically highlights localisation needs.

The scale of Indian demand strengthens the case. India processes billions of UPI transactions monthly, supports digital commerce and streaming at scale, and has an estimated 659 million smartphone users. Every transaction, application and stream produces data. Domestic facilities can therefore serve a large and growing market rather than relying entirely on capacity in other countries.

India also generates nearly 20 per cent of the world’s incremental data but stores only about 3 per cent domestically. That imbalance suggests room for local infrastructure. The provided excerpt does not specify particular legal, cost or security reasons for choosing India, so those factors cannot be attributed to it.

A data centre provides the physical environment for digital services. Electricity powers computing equipment and storage systems. Network connections carry information into and out of the facility. Together, these components let organisations store data, run software, process transactions and secure digital information at scale. The article describes this infrastructure as the backbone of the digital economy.

For example, an online payment sends transaction data through a network to computing systems. Those systems process the request, access relevant records and return a result. Cloud applications use the same type of infrastructure to run software and store files, while streaming services deliver stored or processed content to users. AI applications add heavy computing requirements for training or running models.

The article connects this mechanism to India’s market growth. Billions of UPI transactions, cloud services, streaming and e-commerce are expanding digital demand. AI, 5G and data-heavy applications are increasing the need for large-scale computing. That is why capacity crossed 1,700 MW in 2025.