AgriStack has been described as the “next UPI” for agriculture in India. Examine its potential benefits and associated challenges. (GS Paper III – Agriculture)

Introduction:

AgriStack is a Digital Public Infrastructure launched in 2024 to create a unified digital ecosystem for Indian agriculture. By assigning farmers a unique digital identity and integrating agricultural datasets, it seeks to enable data-driven policymaking, targeted welfare delivery, and improved farm productivity.

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Significance and Potential Benefits

1. Targeted Service Delivery:

Integration with Direct Benefit Transfer and MSP procurement can reduce leakages and ensure subsidies reach genuine beneficiaries.

2. Data-driven Agriculture:

Real-time access to crop, land, and weather data enables customised advisories, improving productivity and resilience.

3. Financial Inclusion:

Verified farmer databases can enhance access to institutional credit and crop insurance, reducing dependence on informal lending.

4. Governance Efficiency:

Digitisation minimizes paperwork, speeds approvals, and improves transparency in scheme implementation.

5. Technological Transformation:

Platforms such as Bharat-VISTAAR demonstrate the growing role of AI in agriculture, potentially bridging knowledge gaps for small farmers.

Challenges

  • Data Privacy Risks: Large-scale aggregation of farmer data raises concerns about misuse and surveillance.
  • Digital Divide: Small and marginal farmers may lack digital literacy or internet access.
  • Federal Coordination: Since land is a State subject, effective implementation requires strong Centre–State cooperation.
  • Exclusion Errors: Faulty data could lead to denial of benefits.

Way Forward

India must establish a robust data protection framework, adopt consent-based data sharing, invest in rural digital infrastructure, and strengthen grievance redressal mechanisms.

Conclusion:

If implemented with adequate safeguards, AgriStack can replicate the transformational impact of UPI by making Indian agriculture more efficient, transparent, and farmer-centric, thereby supporting sustainable rural growth.

Nuclear power is considered a crucial option for meeting India’s rising energy demand in a low-carbon transition. Critically examine. (GS Paper 3 – Science & Technology / Energy)

Introduction:

India’s rapid economic growth, urbanisation, and industrial expansion have sharply increased electricity demand. Simultaneously, commitments to decarbonisation and energy security necessitate reliable and low-carbon energy sources. In this backdrop, nuclear power is often projected as a viable alternative in India’s energy transition.

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Arguments in Favour of Nuclear Power

1. Low Carbon Emissions:

Nuclear energy generates electricity without emitting greenhouse gases during operation, supporting India’s commitments under the Paris Agreement.

2. Reliable Baseload Power:

Unlike intermittent renewable sources such as solar and wind, nuclear power provides continuous and stable electricity supply, ensuring grid stability.

3. Energy Security:

By reducing dependence on imported fossil fuels, nuclear energy enhances strategic autonomy. India’s three-stage nuclear programme, leveraging domestic thorium reserves, strengthens long-term sustainability.

4. High Energy Density & Low Land Requirement:

Nuclear plants produce large quantities of electricity using comparatively smaller land areas than renewable installations.

Challenges and Concerns

1. High Capital Costs & Delays:

Nuclear projects involve long gestation periods, cost overruns, and heavy initial investments.

2. Safety Concerns:

Events like the Fukushima Daiichi nuclear disaster intensified global apprehensions about reactor safety and disaster resilience.

3. Public Opposition & Land Issues:

Projects such as Kudankulam Nuclear Power Plant have faced protests and delays due to environmental and livelihood concerns.

4. Limited Current Contribution:

Despite policy focus, nuclear energy contributes only about 3% of India’s electricity generation, raising questions about scalability.

Conclusion:

Nuclear power can play an important supplementary role in India’s clean energy mix. However, high costs, safety risks, and socio-political challenges limit its rapid expansion. A balanced energy strategy integrating renewables, nuclear power, storage technologies, and grid reforms is essential to sustainably meet India’s growing energy needs.

UPSC CARE Mains Practice 17th February 2026
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