AgriStack: Revolutionizing Agriculture in India

Q: What is AgriStack , and how does it differ from other Digital Public Infrastructure initiatives like UPI?

AgriStack is a proposed digital public infrastructure (DPI) for the agriculture sector aimed at creating unique digital identities for nearly 110 million farmers and integrating three foundational databases: farmer registries, land records, and crop data. The objective is to streamline delivery of government benefits, institutional credit, crop insurance, and input subsidies through a seamless, data-driven system with minimal paperwork.Unlike UPI, which primarily connects bank accounts to a payments interface and operates on relatively standardized financial data, AgriStack is far more complex. It involves granular, dynamic, and often disputed datasets such as land ownership, tenancy arrangements, and cropping patterns. Agriculture is a State subject, and land records vary widely in quality and digitisation levels, making interoperability a significant administrative challenge.Thus, while UPI succeeded due to clarity of ownership (bank accounts) and uniform regulatory oversight, AgriStack must navigate structural issues like informal tenancy and fragmented landholdings. Its success depends not merely on technology but on accurate data capture, Centre–State coordination, and institutional reform.

Q: Assume you are advising a State government where tenancy rates are high and land records are weak. How would you implement AgriStack effectively?

In such a State, the first priority should be comprehensive digitisation and verification of land records, including updating cadastral maps using drone-based surveys. Simultaneously, a legal and administrative framework to record tenancy—possibly through voluntary registration and incentives—should be introduced to protect cultivator rights.Second, the State should undertake awareness campaigns to encourage farmer registration, ensuring that landless and tenant farmers are included. Linking AgriStack registration with access to subsidies, crop insurance, and institutional credit would create positive incentives for participation.Finally, robust data protection safeguards and grievance redress mechanisms must be established to build trust. A phased rollout—starting with pilot districts—would allow identification of operational bottlenecks before statewide expansion. Such a calibrated approach can ensure that AgriStack enhances inclusion rather than reinforcing existing inequities.

AgriStack aims to redefine farming benefits but hinges on accurate data. Can it truly empower tenants and farmers?

pocketias team

•February 27, 2026•6 mins read

AgriStack aims to transform farm governance

Not Started

1. AgriStack as the “Next UPI”: Scope and Significance

At a recent public forum, the Union Finance Minister described AgriStack as the “next UPI,” signalling its ambition as a transformative digital public infrastructure (DPI) for agriculture. While the Unified Payments Interface (UPI) links bank accounts to a payments network through interoperable apps, AgriStack aims to integrate multiple agricultural databases into a unified digital ecosystem.

Unlike UPI’s relatively straightforward financial architecture, AgriStack is administratively complex. It requires coordination between the Centre and States, integration of land and crop data, and real-time updating of farmer registries. This scale of integration tests both governance capacity and technological robustness.

The broader objective is to simplify farmers’ access to government services, credit, subsidies, and insurance with minimal paperwork and reduced transaction costs.

“The remit is to create digital IDs for 110 million farmers and build comprehensive three foundational databases linking farmer registries, land records, and crop data.” — As stated by the Union Finance Minister

Digital public infrastructure in agriculture can reduce leakages and improve targeting. However, if data integrity and administrative coordination fail, the system risks excluding vulnerable beneficiaries instead of empowering them.

2. Institutional Design and Implementation Status

The Centre approved AgriStack in September 2024, providing financial support to States for creating farmer registries. Most States and Union Territories have signed on to the initiative.

Key implementation milestones include:

Targeted farmer IDs: 110 million
Farmer IDs created so far: 86.2 million
Target completion date: March 2027

The initiative involves creating three foundational databases:

Farmer registry
Digitised land records
Crop data

While drone-based digital mapping of agricultural land has progressed in parts of India, accurate identification of ownership and tenancy remains challenging.

The success of AgriStack depends not merely on digital tools but on accurate and updated primary data. Weak land records or fragmented databases could undermine the credibility of the platform.

3. Tenancy, Landlessness and Inclusion Challenges

A structural challenge arises from India’s tenancy patterns. Approximately 20% of farm households are tenant cultivators, leasing land from owners who may reside in cities or even overseas. In some States, the proportion of tenant farmers is as high as 36%.

Furthermore, about one-third of tenant farmers are landless and are among the most vulnerable groups, with limited access to institutional credit and government schemes. Many are excluded from:

Crop insurance
Institutional loans
PM-KISAN (₹6,000 annual direct income support)

Data also indicates that 60% of fertiliser usage is by those who do not hold land in their own name.

This disconnect between land ownership and cultivation complicates beneficiary identification under existing schemes.

If tenancy is not accurately captured in digital registries, AgriStack may inadvertently reinforce exclusion. Conversely, proper recognition of cultivators rather than mere landowners can expand welfare coverage.

4. Fertiliser Subsidy Reform and Soil Health

One of AgriStack’s most significant potential impacts lies in fertiliser management. The fertiliser subsidy is budgeted at over ₹1.7 trillion in the coming financial year, making it one of the largest subsidy heads.

The current system heavily subsidises urea (Nitrogen), leading to chronic overuse and an imbalance in NPK (Nitrogen-Phosphorus-Potassium) application. This imbalance has contributed to soil degradation and declining productivity over time.

An experiment in Haryana linking land records, fertiliser purchases and crop patterns through AgriStack reportedly resulted in substantial savings, particularly through reduced urea consumption.

Experts estimate potential savings of ₹30,000–40,000 crore if subsidies are recalibrated through direct transfers to farmers instead of manufacturers.

Key Data:

Fertiliser subsidy: Over ₹1.7 trillion
Estimated potential savings: ₹30,000–40,000 crore
Fertiliser use by non-landowners: 60%

By linking fertiliser purchase to verified land and crop data, AgriStack could promote balanced nutrient application and fiscal savings. Without accurate data capture, however, subsidy rationalisation may misfire.

5. Direct Benefit Transfers and Transparency

AgriStack could enable a structural shift in subsidy delivery — from manufacturer-level support to Direct Benefit Transfers (DBT) to farmers. This would increase transparency in fertiliser usage and reduce distortions in input markets.

A farmer-centric DBT model could:

Improve targeting accuracy
Reduce diversion and leakage
Encourage balanced fertiliser use
Enable dynamic recalibration of subsidy outlays

Such a system aligns with India’s broader DPI framework, where identity (Aadhaar), payments (UPI), and data integration support service delivery.

“The intention is unexceptionable: To enable farmers to access benefits and services with minimum paperwork or physical visits to service providers.” — As stated in the address

Transparent and targeted transfers enhance fiscal sustainability and equity. However, weak grievance redressal or exclusion errors may undermine trust in digital governance.

6. Administrative and Technological Capacity Constraints

AgriStack’s success hinges on intergovernmental coordination and technological reliability. Agriculture is a State subject, and land records are maintained at the State level. Therefore, uniform implementation requires harmonisation across diverse administrative systems.

Challenges include:

Incomplete or outdated land records
Informal tenancy arrangements
Variations in digitisation standards across States
Data privacy and consent management concerns

Unlike UPI, which operates within a relatively standardised banking ecosystem, AgriStack must integrate heterogeneous agricultural data across jurisdictions.

Complex data ecosystems require strong institutional capacity and continuous updating. If governance mechanisms are weak, digital infrastructure may amplify rather than resolve structural inefficiencies.

7. Broader Developmental Implications

If successfully implemented, AgriStack could transform agricultural governance by enabling:

Targeted welfare delivery
Improved credit access
Better crop planning and risk management
Evidence-based policymaking

It could particularly benefit vulnerable cultivators by formalising their economic identity within the system. This would strengthen inclusion in insurance, credit, and subsidy frameworks.

However, the transformative potential depends on data accuracy, inclusion of tenants, and robust administrative oversight.

“Technology is a useful servant but a dangerous master.” — Christian Lous Lange

Digital tools can enhance efficiency and inclusion. But without safeguards and institutional capacity, technology-driven governance can create new forms of exclusion.

Conclusion

AgriStack represents an ambitious attempt to build digital public infrastructure for agriculture on the scale of UPI. With a target of 110 million farmer IDs and integration of land and crop data by March 2027, it has the potential to reshape subsidy delivery, improve soil health, and enhance inclusion.

The long-term success of AgriStack will depend not merely on digital innovation but on accurate land records, recognition of tenant farmers, and coordinated federal implementation. If these conditions are met, it could become a cornerstone of data-driven agricultural reform in India.

Quick Q&A

Everything you need to know

AgriStack is a proposed digital public infrastructure (DPI) for the agriculture sector aimed at creating unique digital identities for nearly 110 million farmers and integrating three foundational databases: farmer registries, land records, and crop data. The objective is to streamline delivery of government benefits, institutional credit, crop insurance, and input subsidies through a seamless, data-driven system with minimal paperwork.

Unlike UPI, which primarily connects bank accounts to a payments interface and operates on relatively standardized financial data, AgriStack is far more complex. It involves granular, dynamic, and often disputed datasets such as land ownership, tenancy arrangements, and cropping patterns. Agriculture is a State subject, and land records vary widely in quality and digitisation levels, making interoperability a significant administrative challenge.

Thus, while UPI succeeded due to clarity of ownership (bank accounts) and uniform regulatory oversight, AgriStack must navigate structural issues like informal tenancy and fragmented landholdings. Its success depends not merely on technology but on accurate data capture, Centre–State coordination, and institutional reform.

Approximately 20% of India’s farm households are tenants, and in some States the proportion is as high as 36%. A significant share of these are landless cultivators who lease land but do not hold ownership titles. Since most government schemes—such as PM-KISAN and institutional crop insurance—are linked to land ownership records, tenant farmers are often excluded from formal support systems.

This exclusion has deep developmental implications. Tenant farmers typically operate small holdings, have limited bargaining power, and depend on informal credit at high interest rates. Data suggests that nearly 60% of fertiliser usage is by those who do not own land in their name, highlighting the disconnect between official records and ground realities.

If AgriStack successfully captures tenancy arrangements and real cultivator identities, it could democratize access to subsidies, credit, and insurance. In this sense, inclusion of tenants is not merely an administrative detail but central to achieving equity, financial inclusion, and agricultural productivity enhancement.

India’s fertiliser subsidy bill is projected to exceed ₹1.7 trillion, with urea being heavily subsidised. This has led to chronic overuse of nitrogen (N) relative to phosphorous (P) and potassium (K), causing NPK imbalance, soil degradation, and declining productivity.

AgriStack can link land records, crop patterns, and fertiliser purchases at the individual farmer level. Such integration would enable the government to monitor usage patterns and gradually shift from manufacturer-level subsidies to direct benefit transfers (DBT) to farmers. This could rationalise fertiliser use by aligning subsidy support with actual crop and soil requirements.

An experiment in Haryana demonstrated that linking these datasets resulted in significant savings, especially in urea consumption. Experts estimate potential savings of ₹30,000–40,000 crore annually if leakages and overuse are curbed. Thus, AgriStack could simultaneously promote fiscal prudence and ecological sustainability.

While AgriStack holds transformative potential, it faces several administrative hurdles. First, land ownership disputes and incomplete digitisation remain widespread. Establishing accurate titles is particularly difficult where absentee landlords or informal tenancy arrangements prevail. Without reliable base data, digital integration may replicate or amplify existing inaccuracies.

Second, concerns regarding data privacy, consent, and misuse cannot be ignored. Aggregating detailed information on land, crop choices, and financial transactions raises risks of surveillance or commercial exploitation if robust data protection safeguards are not implemented.

From a governance perspective, capacity disparities among States may create uneven implementation. Therefore, while AgriStack promises efficiency and transparency, its success hinges on institutional safeguards, legal clarity in tenancy, strong cybersecurity frameworks, and continuous grievance redress mechanisms.

The Haryana pilot linking land data, fertiliser usage, and crop patterns offers an instructive example. By integrating these datasets, authorities could identify disproportionate urea consumption relative to recommended agronomic norms. This enabled targeted advisories and moderated fertiliser distribution, leading to cost savings and better nutrient balance.

This example demonstrates how data-driven governance can improve both fiscal outcomes and environmental sustainability. It also highlights the potential to recalibrate subsidy design—from blanket support to precision-based assistance.

If scaled nationally, similar integration could improve crop insurance targeting, streamline credit access through verified cultivation data, and reduce leakages in input subsidies. Thus, Haryana’s experience illustrates how digital infrastructure, when grounded in accurate data, can enhance policy effectiveness.

In such a State, the first priority should be comprehensive digitisation and verification of land records, including updating cadastral maps using drone-based surveys. Simultaneously, a legal and administrative framework to record tenancy—possibly through voluntary registration and incentives—should be introduced to protect cultivator rights.

Second, the State should undertake awareness campaigns to encourage farmer registration, ensuring that landless and tenant farmers are included. Linking AgriStack registration with access to subsidies, crop insurance, and institutional credit would create positive incentives for participation.

Finally, robust data protection safeguards and grievance redress mechanisms must be established to build trust. A phased rollout—starting with pilot districts—would allow identification of operational bottlenecks before statewide expansion. Such a calibrated approach can ensure that AgriStack enhances inclusion rather than reinforcing existing inequities.