NITI Aayog’s Frontier Tech Hub Unveils Data Centre Evaluation Framework to Help States Plan for Sustainable Growth

1. At a Glance

• The Data Centre Evaluation Framework is a decision-support tool for State governments. It helps them plan, evaluate and facilitate data-centre investments by checking infrastructure readiness, protecting critical resources and getting the most long-term economic and strategic value. [1]
• It was released by NITI Aayog's Frontier Tech Hub. It is not a regulation: it is meant to give guidance "without creating an additional layer of regulation." [1]
• The core idea is a shift "from investment attraction to investment readiness." Data centres place heavy demands on electricity, water, land, connectivity and local infrastructure. [1]
• Why aspirants should care: it touches AI and digital infrastructure (GS-III), cooperative federalism and the role of NITI Aayog (GS-II), and resource sustainability (water stress, energy transition, e-waste). [1]

2. Why in the News

• 14 Oct 2026: NITI Aayog's Frontier Tech Hub released the Framework. PIB published the press release on 15 Oct 2026. [1]
• Present at the release: Prof. Abhay Karandikar (Member, NITI Aayog), Shri Anurag Jain (CEO, NITI Aayog), Ms Debjani Ghosh (Distinguished Fellow, NITI Aayog), and representatives of the Ministry of Power, MeitY and DPIIT, industry and media. [1]
• Context: the Union Budget 2026–27 proposed a tax holiday till 2047 for eligible foreign cloud service providers that use India-based data centres. [1][2]

3. Background & Evolution

• Rationale: demand from AI, cloud computing, high-performance computing and data-heavy applications is driving fast growth in data centres, which are now treated as critical infrastructure. [1]
• Capacity growth: about 375 MW (2020) → about 1.5 GW (Oct 2026). [1]
• Milestones:
• Digital India: the government cloud GI Cloud (MeghRaj) was set up to deliver e-Governance services through the National Informatics Centre (NIC). [2]
• 1 Feb 2026 (Budget 2026–27): tax holiday till 2047 proposed for foreign cloud providers, with a 15% safe-harbour margin on cost for related Indian data-centre entities. [2]
• 14 Feb 2026: PIB backgrounder put India's cloud data-centre capacity at about 1,280 MW, projected to grow 4–5 times by 2030. It reported about USD 70 bn of investment under way and another USD 90 bn announced. [2]

• 14 Oct 2026: NITI Aayog released the Data Centre Evaluation Framework. [1]

• Related earlier initiatives: India Semiconductor Mission (ISM) 2.0, with ₹1,000 crore in FY 2026–27, and a higher allocation for the Electronics Components Manufacturing Scheme (ECMS). Both were presented as complementing data-centre infrastructure. [2]

• NITI Frontier Tech Hub: set up to anticipate major technology shifts (AI, quantum and others) and plan India's readiness towards Viksit Bharat@2047. [3]

4. Core Static Facts

Item	Fact
Released by	NITI Aayog – Frontier Tech Hub [1]
Release date	14 Oct 2026 (PIB release dated 15 Oct 2026) [1]
Inputs from	Industry, MeitY, Ministry of Power, DPIIT (Ministry of Commerce & Industry) [1]
Nature	Decision-support tool for States; not a new regulatory layer [1]
Target users	State governments [1]
Five pillars	(1) Power & Energy; (2) Water & Cooling; (3) Siting & Environmental Sustainability; (4) Economic & Strategic Value; (5) Policy, Governance & Implementation [1]
Resource metrics	Grid readiness, net grid draw, renewable energy plus storage-backed power, basin-level water stress, impact on public water supply [1]
Resource practices	Rainwater harvesting, on-site water treatment and storage, lifecycle plans for e-waste, batteries and hazardous waste [1]
Economic levers	Identify data-centre zones; distinguish colocation from active compute services; link State incentives to measurable outcomes; Make in India across IT and non-IT infrastructure [1]
Governance	Time-bound approvals, clear accountability, monitoring of project commitments [1]
India DC capacity	~375 MW (2020) → ~1.5 GW (2026) [1]; ~1,280 MW cloud DC capacity (Feb 2026 estimate) [2]

Budget 2026–27 tax holiday conditions [2]:

• The foreign company must be notified under the relevant provisions.
• Data-centre services must be bought from an Indian company running a data centre in India.
• The data-centre facility must be notified by MeitY.
• Services to Indian users must go through an Indian reseller entity, which must be an Indian company.
• Where the Indian data centre is a related entity (a cost-plus centre), the safe-harbour margin is 15% on cost.

5. Multi-Dimensional Analysis

Economic

• About USD 70 bn of investment is under way and USD 90 bn more is announced, which makes data centres a major capital-intensive sector. [2]
• Globally, data centres made up more than one-fifth of greenfield project values in 2025, with announced investments above USD 270 bn (UNCTAD, as cited by PIB). This means States and countries are competing for these projects. [2]
• The Framework wants State incentives tied to measurable outcomes, so that subsidies are not given away for low-value colocation. [1]

Environmental

• Data centres are energy- and water-intensive. The Framework requires checks on net grid draw, renewable plus storage power, and basin-level water stress. [1]
• It also asks for a circular-economy approach: e-waste, battery and hazardous-waste lifecycle plans, rainwater harvesting and on-site water treatment. [1]

Governance / Federalism

• NITI Aayog is acting as a knowledge partner to States (cooperative federalism). States keep the final decision, and the Framework is advisory. [1]
• The shift from "attraction" to "readiness" is meant to avoid stranded projects and conflicts over resources such as drinking water and grid load. [1]

Scientific / Technological

• Karandikar called for domestic R&D, industry–academia collaboration, and Indian participation across the data-centre value chain, including advanced cooling, energy efficiency and resource-efficient computing. [1]

Strategic

• Ghosh described data centres as "critical strategic infrastructure" as AI reshapes the global economy. [1]
• The tax holiday is aimed at making India a global cloud and AI infrastructure hub and strengthening its role in global digital value chains. [2]

Administrative

• Implementation tools: time-bound approvals, accountability, and monitoring of commitments. Identifying constraints early is meant to lower implementation risk. [1]

6. Recent Developments (last 12–18 months)

• 1 Feb 2026: Budget 2026–27 proposes a tax holiday till 2047 for eligible foreign cloud service providers using India-based data centres, and a 15% safe harbour for related data-centre entities. [2]
• Feb 2026: ₹1,000 crore provided for ISM 2.0 in FY 2026–27, plus a higher ECMS allocation. [2]
• Feb 2026: Budget IT-services safe-harbour changes: a common margin of 15.5%, and the eligibility threshold raised from ₹300 crore to ₹2,000 crore. [2]
• 14 Oct 2026: NITI Aayog releases the Data Centre Evaluation Framework. [1]

7. Prelims Hooks

• The Framework was released by NITI Aayog's Frontier Tech Hub on 14 October 2026. [1]
• It is a decision-support tool for State governments, not a regulation. [1]
• It has five pillars: Power & Energy; Water & Cooling; Siting & Environmental Sustainability; Economic & Strategic Value; Policy, Governance & Implementation. [1]
• It was prepared with inputs from MeitY, Ministry of Power and DPIIT. [1]
• India's data-centre capacity: ~375 MW (2020) → ~1.5 GW (2026). [1]
• It recommends assessing "net grid draw" and "basin-level water stress". [1]
• It distinguishes colocation from active compute services when deciding incentives. [1]
• Budget 2026–27: tax holiday until 2047 for eligible foreign cloud service providers that use India-based data centres. [1][2]
• To qualify, the data-centre facility must be notified by MeitY. [2]
• Indian customers must be served through an Indian reseller entity. [2]
• Safe-harbour margin for a related Indian data-centre entity: 15% on cost. [2]
• GI Cloud = MeghRaj, run through NIC under Digital India. [2]
• Cloud data-centre capacity of about 1,280 MW is projected to grow 4–5 times by 2030 (Feb 2026 estimate). [2]
• ISM 2.0 got ₹1,000 crore in FY 2026–27. [2]

8. Why 'Advisory Only' Is Both Its Strength and Its Weak Spot

• States are already competing hard, and the Framework cannot stop that
• At least 15 States have their own data-centre policies. These include Karnataka, Tamil Nadu, Uttar Pradesh, Telangana, Maharashtra, Gujarat and Odisha [7].
• Their offers look alike: 'infrastructure status', single-window clearance and tax exemptions [7].
• Globally, announced data-centre investment was above USD 270 bn in 2025 [2]. Every State wants a share of it.

• A State that follows the Framework strictly can lose a project to a neighbour that offers more and asks fewer questions. Nothing in an advisory tool can prevent this.

• The advice is voluntary because the subjects belong to the States

• Water and land are on the State List of the Seventh Schedule. Electricity is on the Concurrent List (shared by Centre and States).
• NITI Aayog has no legal power to order States in these areas. It can only advise them, which is why the Framework says it adds no new layer of regulation [1].

• This is cooperative federalism (Centre and States working together by agreement, not by command). It respects State choice. Its weakness is that no one has to follow it.

• What this means for an answer

• The Framework's real test is whether States write its criteria into their own policies and land-allotment rules. Releasing it is only the first step.

9. The Water Problem Nobody Is Counting

• The Centre says it has heard no complaints, but that is not the same as having data
• In Parliament, the government said MeitY had received no concerns about water use by data centres [6].

• If no one measures water use, no one has a reason to complain. Waiting for complaints only finds a problem after it has started.

• Groundwater rules do not treat data centres as a special case

• Groundwater taken out by data centres falls under the general Jal Shakti Ministry notification S.O. 3289(E) of 24 September 2020, amended on 29 March 2023 [6].

• That rule covers all industries the same way. It does not ask how much water a data centre uses for each unit of computing.

• How much water a data centre uses depends on how it is cooled

• The government's own reply says water need 'depends on the type of cooling technologies deployed' [6].
• Industry is moving to direct-to-chip liquid cooling, adiabatic cooling (cooling air with a little evaporated water) and immersion cooling (dipping servers in special liquid) [6].

• So two projects of the same size can put very different pressure on a town's water. A State can see this only if it asks for the cooling design before giving land.

• The Framework's best idea needs data that is not yet collected

• It asks States to check basin-level water stress (how short of water the whole river or groundwater area is) and the effect on public water supply [1].
• For that, a State must know the project's expected water use and the local groundwater position. Neither is reported to the Centre today as a data-centre figure [6].

10. From 1.5 GW to a Load the Size of a Large State

• The growth curve is steep
• Capacity is about 1.5 GW today [1].

• The Central Electricity Authority (CEA) projects data-centre power demand could reach about 17 GW by 2031–32 [8]. That is more than ten times today's level within about six years.

• Why 'net grid draw' matters

• Net grid draw means the power a data centre actually takes from the public grid after counting its own solar, wind or storage [1].
• A data centre runs 24 hours a day. Solar does not. Without storage, a 'green' data centre still draws heavily from the grid at night.

• That extra load falls on the State's discom (the State electricity distribution company), which also has to supply homes and farms.

• Why the order of steps matters

• Under 'investment attraction', a State signs the deal first and builds the power line later.
• Under 'investment readiness', the State checks grid capacity first [1]. This is the main practical change the Framework asks for.

11. Does the 2047 Tax Holiday Pull Against Outcome-Linked Incentives?

• The strongest objection
• NITI Aayog tells States: link your incentives to measurable outcomes, and do not reward plain colocation (renting out space and power for other firms' servers) [1].
• But the Centre's own biggest incentive, a tax holiday till 2047, has no condition on jobs, water use, energy use or local hardware [2].
• Its conditions are about structure only: a MeitY-notified facility, an Indian data-centre company, and an Indian reseller [2].

• So critics can say the Centre is asking States to do what it has not done itself.

• What is right about the objection

• A 21-year tax break is very long. Nothing in its listed conditions lets the government check whether the investment delivered value [2].

• States may copy the Centre's model rather than NITI Aayog's advice.

• The honest answer

• The two tools have different jobs. The tax holiday decides whether foreign cloud firms place their capacity in India at all. Its conditions force the servers and the billing entity to be Indian [2].
• The Framework decides where in India the capacity goes and on what resource terms [1].
• The gap is real but can be closed. MeitY already notifies each eligible facility [2]. It could add resource-reporting conditions at that point.

12. What Should Happen Next, and Who Should Do It

• MeitY should require resource reporting from notified facilities
• Every facility in the tax-holiday scheme must already be notified by MeitY [2].

• Notification can carry a duty to report yearly power drawn from the grid, share of renewable power and water used. This gives the Centre the data it says it lacks today [6].

• The Jal Shakti Ministry and CGWB should treat data centres as a separate category

• Today they fall under the general groundwater notification S.O. 3289(E) [6].

• The Central Ground Water Board (CGWB) could ask for the cooling design and water need when a data centre applies for permission. The Framework's basin-level test would then rest on real numbers [1].

• States should put the Framework into their own policies

• At least 15 States already have data-centre policies [7]. They can add the five pillars as conditions for land allotment and power connections.

• They can split their incentives: smaller benefits for colocation, larger ones for active compute services (running AI and cloud workloads) and local hardware sourcing [1].

• NITI Aayog should publish how States score

• Since the Framework has no legal force, openness is its main tool. A public State-wise comparison would let a careful State show investors it is ready, instead of only offering bigger tax breaks.

13. Anchors for Answers

• Data: ~375 MW (2020) → ~1.5 GW (Oct 2026) data-centre capacity [1]; CEA projects data-centre demand of ~17 GW by 2031–32 [8]
• Data: Data centres were more than one-fifth of global greenfield project value in 2025, above USD 270 bn (UNCTAD, cited by PIB) [2]
• Report/Committee: NITI Aayog Frontier Tech Hub, Data Centre Evaluation Framework, 2026 — five pillars, 'attraction to readiness' [1]
• Law/Case: Jal Shakti Ministry groundwater notification S.O. 3289(E), 24 Sept 2020, amended 29 March 2023 [6]; Seventh Schedule — water and land on the State List, electricity on the Concurrent List
• Comparison: At least 15 States (Karnataka, Tamil Nadu, UP, Telangana, Maharashtra and others) have competing data-centre policies offering single-window clearance and tax exemptions [7]
• Scheme: Budget 2026–27 tax holiday till 2047 for foreign cloud providers using MeitY-notified Indian data centres [2]; ISM 2.0 and ECMS for local hardware [2]

14. Mains Relevance

• GS-III: Infrastructure (energy); Science & Technology (IT, computers, AI); Conservation, environmental degradation; Investment models; Indian economy and resource mobilisation.
• GS-II: Government policies and interventions; Federalism and Centre–State relations; the role of statutory and non-statutory bodies such as NITI Aayog.
• Possible question stems: 1. Data centres are emerging as critical infrastructure for India's AI ambitions, yet they strain water and energy resources. Discuss how States can balance investment attraction with resource sustainability. (15 marks) 2. Examine the role of NITI Aayog in fostering cooperative federalism with reference to its recent frameworks for State-level planning in frontier technologies. (10 marks) 3. Critically evaluate fiscal incentives such as long-term tax holidays in attracting digital infrastructure investment. Are outcome-linked incentives a better alternative? (15 marks)

15. Related Topics to Study Next

• IndiaAI Mission: compute capacity is what drives AI data-centre demand.
• Digital Personal Data Protection Act, 2023: data localisation and processing rules shape where data centres are built.
• India Semiconductor Mission 2.0 / ECMS: Make in India for data-centre hardware. [2]
• GI Cloud (MeghRaj) and NIC National Data Centres: the government's own cloud infrastructure. [2]
• Groundwater stress and CGWB assessments: connects to the "basin-level water stress" criterion.
• E-Waste (Management) Rules and Battery Waste Management Rules: connects to the lifecycle-waste pillar.
• Green Energy Open Access and renewable energy plus storage: powering data centres sustainably.
• NITI Aayog's role vs the erstwhile Planning Commission: an institutional question for GS-II.

16. NCERT Concepts to Revise

• Cooperative federalism (Polity): NITI Aayog advises States through a voluntary framework instead of commanding them, which is cooperative federalism in action.
• NITI Aayog (Polity): The Framework comes from NITI Aayog's Frontier Tech Hub; its advisory role, with no power to allocate funds, explains the design.
• Seventh Schedule (Polity): Water and land are State subjects and electricity is shared, so the Framework can only advise States.
• Tax holiday (Economy): Budget 2026–27 offers foreign cloud firms a tax holiday till 2047, and the note questions it against outcome-linked incentives.
• Data centre (Geography): The whole note is about data centres and their demands for power, water, land and connectivity.
• Groundwater (Geography): Basin-level water stress and groundwater rules decide whether a State can safely host water-hungry data centres.

17. Common Errors / Trap Areas

• Releasing body: it is NITI Aayog's Frontier Tech Hub, not MeitY. MeitY only gave inputs. MeitY's role is notifying data-centre facilities under the tax-holiday scheme. [1][2]
• Binding or not: the Framework is advisory for States and explicitly avoids adding new regulation. [1]
• Who gets the tax holiday: it is for foreign cloud service providers using Indian data centres, not for Indian data-centre operators. The end year is 2047. [2]
• Two capacity figures: ~1.5 GW (total data-centre capacity, Oct 2026) [1] versus ~1,280 MW (cloud data-centre capacity, Feb 2026 industry estimate) [2]. Note which figure and which date a question uses.
• Two safe-harbour margins: 15% on cost applies to related data-centre entities. 15.5% is the common IT-services safe-harbour margin. [2]