07 July 2026

• The Government has begun a pre-test (1–20 July 2026) for the Population Enumeration (PE) phase of Census 2027 in 16 States/UTs.
• The pre-test questionnaire contains an open column for caste, allowing respondents to self report their caste.
• The final methodology will be decided after analysing the pre-test feedback. Census 2027 will be:
  • India’s first digital Census.
  • First Census after Independence to enumerate all castes.

Key Points

• Population Enumeration (PE): Scheduled in February 2027.
• Snow-bound areas (Ladakh, J&K, Himachal
• Pradesh and Uttarakhand): Enumeration to be completed earlier.
• Self-enumeration facility introduced through a digital portal.
• SCs and STs will continue to be enumerated using notified codes.
• Other castes will be recorded through an open text entry during the pre-test. 
• 2011 SECC adopted an open-entry approach and generated over 46 lakh caste entries, creating classification challenges.
• The Government had not released the complete caste data of SECC citing data inconsistencies.
• 1931 Census was the last Census to enumerate all castes comprehensively.
• Since Independence, Population Census has collected caste data only for Scheduled Castes (SCs) and Scheduled Tribes (STs).

Static Linkages

• Census Act, 1948 provides the legal framework for Census.
• Entry 69, Union List (Seventh Schedule):
• Census is a Union subject.
• Conducted by the Registrar General and Census Commissioner of India (RGI) under the Ministry of Home Affairs.
• First synchronous Census in India: 1881.
• Census is conducted every 10 years.
• Article 340: Appointment of a Commission to investigate the conditions of Socially and Educationally Backward Classes.
• Articles 15(4), 16(4) & 46: Constitutional basis for affirmative action.
• 102nd Constitutional Amendment Act, 2018: 
• Constitutional status to NCBC.
  105th Constitutional Amendment Act, 2021:
  Restored States’ power to identify SEBCs.

Critical Analysis

Advantages

• Enables evidence-based welfare planning.
• Helps assess socio-economic disparities among caste groups.
• Improves targeting of government schemes. 
• Strengthens empirical basis for public policy.

Challenges

• Open-text responses may create multiple spellings and synonyms.
• Standardisation of caste names is administratively difficult.
• Possibility of inaccurate self-reporting.
• Political sensitivity surrounding caste data.
• Privacy and confidentiality concerns in digital enumeration.

Way Forward

• Develop a uniform national coding framework.
• Use AI-enabled validation and digital standardisation.
• Strengthen enumerator training.
• Ensure confidentiality under the Census Act.
• Publish transparent methodology for coding and classification.
• Integrate caste data with socio-economic indicators for policy design.

EL NINO HIT GREEN POWER

Context

• The Centre for Research on Energy and Clean Air (CREA) has projected that the ongoing El Niño could create an electricity generation gap of 17.7 TWh (median estimate) in India during July 2026–June 2027.
• The projected shortfall is attributed to:
  • Reduced hydropower generation due to weak monsoon.
  • Lower wind power output. 
  • Increased electricity demand for cooling during hotter conditions.
• According to the India Meteorological Department (IMD):
  • El Niño conditions have developed over the equatorial Pacific.
  • Southwest Monsoon 2026 is likely to be 90% of Long Period Average (LPA) with a 60% probability of a deficient monsoon.
• CREA estimates that the electricity deficit may be met through additional coal-based generation, leading to nearly 17 million tonnes of additional CO₂ emissions.

Key Points

• India’s total electricity generation (2025–26): 1,846 Billion Units (BU).
• Share of non-fossil electricity generation: 29.2%.
  • Installed non-fossil capacity (March 2026): 283.46 GWSolar – 150.26 GW
  • Wind – 56.09 GW
  • Large Hydro – 51.41 GW
  • Nuclear – 8.78 GW
• Capacity addition during 2025–26:
  • Solar – 44.6 GW
  • Wind – 6 GW
• Coal accounts for nearly 42% of installed power capacity.
• Peak electricity demand reached 270.82 GW (May 2026).
• Around 2.1 TWh of renewable energy was curtailed due to grid constraints.
• Battery storage can significantly reduce renewable energy curtailment and improve grid flexibility.

Static Linkages

• El Niño is characterized by abnormal warming of sea surface temperatures in the central and eastern equatorial Pacific Ocean.
• El Niño generally weakens the Walker Circulation, reducing southwest monsoon rainfall over India.
• Hydropower depends on reservoir storage and river discharge, making it sensitive to monsoon variability.
• Solar and wind are intermittent energy sources requiring storage and grid balancing.
• Battery Energy Storage Systems (BESS) and Pumped Storage Projects (PSPs) improve renewable energy integration. 
• India aims to achieve 500 GW of non-fossil electricity capacity by 2030 under its updated Nationally Determined Contributions (NDCs).

Critical Analysis

Significance

• Highlights the growing impact of climate variability on energy security.
• Reinforces the need for climate-resilient power infrastructure.
• Demonstrates the importance of balancing energy transition with grid reliability.

Challenges

• Declining hydropower and wind generation during El Niño years.
• Rising peak electricity demand due to heatwaves.
• Continued dependence on coal for dispatchable power.
• Inadequate battery storage and transmission infrastructure.
• Renewable energy curtailment due to grid limitations.

Way Forward

• Accelerate deployment of Battery Energy Storage Systems (BESS).
• Expand Pumped Storage Hydropower capacity.
• Strengthen Green Energy Corridors and transmission infrastructure.
• Improve renewable energy forecasting and grid management.
• Promote energy-efficient cooling and demand side management.
• Diversify clean energy through offshore wind, nuclear energy, and green hydrogen.
• Integrate climate risk into long-term energy planning

VOTING IS MORE THAN A RIGHT

• A demand has been raised to recognize the Right to Vote as a Fundamental Right instead of a statutory right.
• The debate has gained importance as recent Supreme Court judgments have increasingly constitutionalized various aspects of voting while continuing to classify the act of voting itself as a statutory right.

Key Points

• Current Legal Status
  • Right to vote is a Statutory Right under the Representation of the People Act, 1950 & 1951.
  • Right to contest elections is also a statutory right.
• Constitutional Basis
  • Article 326 provides for Universal Adult Suffrage.
  • Every citizen 18 years and above has the constitutional entitlement to be registered as an elector, subject to constitutional and statutory disqualifications.
• Important Supreme Court Judgments
  • N.P. Ponnuswami (1952): Right to vote is statutory.
  • Jyoti Basu (1982): Right to elect and contest elections flows from statute.
  • Kuldip Nayar (2006): Democracy is part of the Basic Structure, but voting remains statutory.
  • Association for Democratic Reforms (2002):
  • Voter’s Right to Know candidate information is protected under Article 19(1) (a).
  • PUCL (2003): Freedom to make an informed  electoral choice is a Fundamental Right.
  • NOTA Judgment (2013): Right to reject all candidates is protected under Article 19(1)(a).
  • Anoop Baranwal (2023): Separate opinion favoured recognizing voting as a Fundamental Right.
• Basic Structure Link
  • Kesavananda Bharati (1973): Democracy is part of the Basic Structure.
  • Indira Nehru Gandhi v. Raj Narain (1975): Free and fair elections are part of the Basic Structure.

Static Linkages

• Article 324 – Election Commission of India.
• Article 325 – One general electoral roll.
• Article 326 – Universal Adult Suffrage.
• Articles 324–329 – Constitutional provisions relating to elections.
• Article 19(1)(a) – Freedom of Speech and Expression.
• Representation of the People Act, 1950.
• Representation of the People Act, 1951.
• Basic Structure Doctrine.
• Secret Ballot.
• Universal Adult Franchise.

Critical Analysis

Arguments in Favour

• Strengthens participatory democracy.
• Protects citizens from arbitrary disenfranchisement.
• Makes the constitutional framework consistent with judicial recognition of voting-related rights.
• Reinforces popular sovereignty and democratic accountability.

Arguments Against

• Parliament requires flexibility to regulate electoral qualifications and procedures.
• Fundamental Right status may increase election related litigation.
• Existing constitutional safeguards under Article 326 already ensure universal suffrage.

Constitutional Issue

• Democracy and free & fair elections are part of the
• Basic Structure, but the act of voting continues to be treated as a statutory right.

Way Forward

• Revisit the constitutional status of the right to vote Mthrough judicial interpretation or constitutional amendment. 
• Ensure transparent and error-free electoral rolls.
• Strengthen voter awareness and informed participation.
• Continue electoral reforms to uphold free and fair elections.
• Safeguard the independence and credibility of the Election Commission. 

• India hosted the India AI Impact Summit 2026 (February 2026), placing the concerns of the Global South—equity, inclusion, AI accessibility, and real-world harms—at the centre of AI governance.
• This marked a shift from earlier AI summits (Bletchley Park-2023, Seoul-2024, Paris-2025), which focused largely on existential and catastrophic AI risks.
• India later joined Pax Silica, aligning with the U.S.-led semiconductor supply chain and adopting a pro-innovation regulatory approach, triggering debates on strategic autonomy and AI sovereignty.
• The UN Global Dialogue on AI (Geneva, July 2026) has become a key platform for evolving global AI governance norms.

Key Points

• India seeks to become a global AI innovation and semiconductor hub.
• Debate centres on balancing AI innovation, regulation, and strategic autonomy.
• Key concerns for the Global South:
  • AI governance and equitable access.
  • Data sovereignty.
  • Digital colonialism.
  • AI infrastructure concentration.
  • Fair distribution of AI benefits.
• Challenges for India:
  • Dependence on foreign foundational AI models.
  • Limited indigenous semiconductor ecosystem.
  • High investment requirement for compute infrastructure.
  • Environmental costs of AI data centres.
• India advocates:
  • Responsible AI.
  • AI for public good.
  • Inclusive digital transformation.
  • International cooperation on AI governance.

Static Linkages

• Strategic Autonomy remains a core principle of India’s foreign policy.
• Digital Public Infrastructure (DPI) promotes inclusive digital governance.
• Semiconductors are strategic components for AI, defence and electronics.
• Data is increasingly treated as a strategic economic resource.
• Competition policy seeks to prevent monopolistic dominance in digital markets.
• Consumer protection extends to AI-enabled digital platforms.
• Ethical AI principles include fairness, transparency, accountability, privacy and safety.

Critical Analysis

Opportunities

• Strengthens India’s AI ecosystem.
• Attracts investment and technology.
• Enhances digital economy and innovation.
• Positions India as a voice of the Global South.
• Expands AI applications in governance and public service delivery.

Challenges

• Risk of dependence on foreign AI infrastructure.
• Limited indigenous foundational AI models.
• Data extraction and privacy concerns.
• High energy and resource consumption by data centres.
• Weak global governance mechanisms for AI.
• Market dominance of global Big Tech firms.

Way Forward

• Develop indigenous foundational AI models.
• Strengthen domestic semiconductor manufacturing.
• Promote open-source AI and public digital infrastructure.
• Build robust AI governance with transparency and accountability.
• Enhance data protection and cybersecurity.
• Lead Global South cooperation on AI standards, data and compute infrastructure.
• Promote responsible AI aligned with national interests and strategic autonomy.

FALLING BEHIND

Context

• The southwest monsoon became highly active over western India, causing extremely heavy rainfall over Mumbai, Konkan and parts of Maharashtra.
• Heavy rainfall coinciding with high tides led to severe urban flooding in Mumbai.
• Landslides disrupted Mumbai–Pune rail services, while major highways witnessed flooding and closures.
• The event highlights increasing concerns over urban flooding, climate change, disaster preparedness, and resilient infrastructure.

Key Points

• Meteorological Factors
  • Moisture-laden Arabian Sea branch of the southwest monsoon intensified rainfall.
  • Orographic uplift by the Western Ghats enhanced precipitation over the Konkan coast.
  • High tides reduced the discharge of stormwater into the Arabian Sea.
• Reasons for Urban Flooding
  • Short-duration, high-intensity rainfall exceeding drainage capacity.
  • Extensive concretisation leading to reduced groundwater infiltration.
  • Loss of wetlands, mangroves and natural drainage channels.
  • Urban expansion over reclaimed and low lying coastal land.
• BRIMSTOWAD Project
  • Launched after the 2005 Mumbai floods (944 mm rainfall in 24 hours).
  • Objectives:
    • Expansion of stormwater drainage network.
    • Installation of pumping stations.
    • Modernisation of drainage outfalls.
    • Periodic desilting of drains.
  • Several components remain incomplete.
• Governance Issues
  • Fragmented responsibilities among:
    • BMC
    • IMD
    • NDMA/NDRF
    • Maharashtra Government
    • Railway authorities
    • National Highway agencies
    • Need for integrated urban flood management.
• Climate Change Dimension
  • Rising frequency of extreme rainfall events.
  • Existing drainage standards are inadequate for changing rainfall patterns.
  • Urban infrastructure requires climate resilient redesign.

Static Linkages

• Arabian Sea branch of Southwest Monsoon.
• Orographic rainfall over Western Ghats.
• Urban Flooding vs Riverine Flooding.
• Role of wetlands and mangroves in flood mitigation.
• Disaster Management Act, 2005.
• NDMA Guidelines on Urban Flooding (2010).
• Sendai Framework for Disaster Risk Reduction (2015–2030).
• Sponge City concept and Nature-based Solutions.

Critical Analysis

Challenges

• Increasing frequency of extreme rainfall due to climate change.
• Encroachment of wetlands and floodplains. 
• Inadequate drainage capacity in metropolitan cities.
• Delayed implementation of flood mitigation projects.
• Poor inter-agency coordination.
• Climate risks not fully integrated into infrastructure planning.

Significance

• Demonstrates growing vulnerability of coastal megacities.
• Highlights need for climate-resilient urban planning.
• Reinforces importance of ecosystem-based flood management.
• Underlines necessity of integrated disaster governance.

Way Forward

• Complete pending BRIMSTOWAD works with updated climate projections.
• Restore wetlands, mangroves and natural drainage systems.
• Implement NDMA Urban Flood Management Guidelines.
• Integrate climate resilience into urban infrastructure projects.
• Strengthen real-time flood forecasting and early warning systems.
• Adopt GIS-based urban planning and flood zoning.
• Improve coordination among municipal, state and disaster management agencies. 

BAD FOR BOTH

• More than four years after Russia’s invasion of Ukraine (February 2022), the conflict remains a prolonged war of attrition.
• Ukraine has intensified long-range drone attacks on Russian oil refineries, energy infrastructure and military logistics to raise the economic cost of the war.
• Russia continues territorial advances in eastern Ukraine despite Western sanctions and military aid to Ukraine.
• The conflict has reinforced the importance of drone warfare, energy security, food security and geopolitical alliances in contemporary international relations.

Key Points

• Russia invaded Ukraine: 24 February 2022.
• Crimea was annexed by Russia in 2014 after a disputed referendum.
• Russia currently controls over 20% of Ukraine’s territory. 
• Ukraine employs low-cost drones to target:
  • Oil refineries
  • Fuel depots
  • Electricity infrastructure
  • Military logistics
• Western countries continue to provide military,
  financial and humanitarian assistance to Ukraine.
• The conflict has disrupted:
  • Global food supply chains
  • Energy markets
  • Black Sea shipping
  • International security architecture

Static Linkages

• Article 2(4), UN Charter: Prohibits the threat or use of force against the territorial integrity or political independence of any State.
• Article 51, UN Charter: Recognises the inherent right of individual or collective self-defence. 
• UN Security Council (UNSC): Primary responsibility for maintaining international peace and security.
• NATO: Collective defence alliance under Article 5 of the North Atlantic Treaty.
• Hybrid Warfare: Combines conventional warfare with cyber attacks, drones, information warfare and economic coercion.
• Economic Sanctions: Non-military instrument used to influence State behaviour.

Critical Analysis

Significance

• Demonstrates the growing role of drone warfare in modern conflicts.
• Highlights the strategic importance of energy infrastructure.
• Illustrates the limits of economic sanctions in altering battlefield outcomes.
• Reflects increasing reliance on asymmetric warfare.

Challenges

• No decisive military victory for either side.
• Continuing humanitarian and refugee crisis.
• Risk of wider NATO-Russia confrontation.
• Persistent disruptions to global food and energy security.
• Weak prospects for an immediate political settlement.

Way Forward

• Immediate humanitarian ceasefire.
• Resume credible peace negotiations.
• Strengthen UN-led diplomatic efforts.
• Ensure protection of civilian infrastructure under international humanitarian law.
• Address legitimate security concerns of all stakeholders.
• Promote confidence-building measures to reduce escalation.

INDO- PACIFIC ARC OF TRUST

• Prime Minister Narendra Modi visited Indonesia, Australia, and New Zealand to strengthen India’s strategic engagement in the Indo-Pacific.
• The visits focused on enhancing maritime security, trade, connectivity, supply chain resilience, critical minerals, and strategic cooperation.
• The outreach reflects India’s commitment to a Free, Open, Inclusive and Rules-based Indo
• Pacific while promoting strategic autonomy.

Key Points

India–Indonesia

• Indonesia occupies a strategic location between the Indian and Pacific Oceans.
• Controls major maritime chokepoints:
  • Malacca Strait
  • Sunda Strait
  • Lombok Strait
• Cooperation areas:
  • Maritime security
  • Blue Economy
  • Defence
  • Connectivity
  • Trade
• Both support ASEAN Centrality in the Indo Pacific.

India–Australia

• Economic Cooperation and Trade Agreement (ECTA) came into force in 2022.
• Cooperation includes:
  • Critical minerals
  • Defence and maritime security
  • Clean energy
  • Education
  • Supply chain resilience
• Both are members of:
  • Quad
  • Indian Ocean Rim Association (IORA)
  • Indian Ocean Naval Symposium (IONS)
  • India–New Zealand
• Cooperation in:
  • Agri-technology
  • Blue Economy
  • Renewable energy
  • Digital economy
  • Innovation
• New Zealand possesses one of the world’s largest Exclusive Economic Zones (EEZs).

Importance for India

• Secures Sea Lines of Communication (SLOCs).
• Diversifies supply chains.
• Enhances maritime domain awareness.
• Strengthens India’s role as a net security provider in the Indian Ocean Region.
• Counters strategic vulnerabilities without entering military alliances.

Static Linkages

• Act East Policy (2014)
• SAGAR (Security and Growth for All in the Region) (2015)
• Indo-Pacific Oceans Initiative (IPOI) (2019)
• UNCLOS, 1982 governs maritime rights and obligations.
• Exclusive Economic Zone (EEZ): 200 nautical miles.
• Quad: India, Australia, Japan and USA.
• ASEAN Outlook on the Indo-Pacific (AOIP) emphasizes ASEAN Centrality.
• Major Indo-Pacific chokepoints:
  • Strait of Malacca
  • Sunda Strait
  • Lombok Strait
  • Hormuz Strait
  • Bab-el-Mandeb Strait

Critical Analysis

Significance

• Enhances India’s strategic influence in the Indo-Pacific.
• Strengthens economic and maritime partnerships.
• Promotes resilient and diversified supply chains.
• Supports a rules-based maritime order under UNCLOS.
• Expands cooperation in emerging technologies and critical minerals.

Challenges

• Intensifying geopolitical rivalry in the Indo-Pacific.
• Maritime disputes in the South China Sea.
• Dependence on external maritime trade routes.
• Infrastructure and financing gaps in the region.
• Balancing relations among Quad, ASEAN and other regional partners.

Way Forward

• Deepen implementation of SAGAR and IPOI.
• Expand defence and maritime cooperation.
• Strengthen critical mineral partnerships.
• Enhance Blue Economy collaboration.
• Promote resilient regional supply chains.
• Support ASEAN Centrality and adherence to UNCLOS, 1982.
• Increase connectivity through transparent and sustainable infrastructure projects