Context

• The growing militarisation of outer space has transformed it into a critical domain of strategic competition.
• Modern states increasingly depend on satellites for communication, navigation, surveillance, intelligence gathering, and military operations.
• Consequently, control over space assets has become a major determinant of national power. China’s rapid advancement in counter-space capabilities has generated concerns regarding the future security of space and its implications for regional stability.
• For India, these developments pose significant strategic challenges that require urgent policy attention.

China’s Space Ambitions

• Pursuit of Technological and Strategic Dominance
  • While officially advocating the peaceful use of space, Beijing has demonstrated capabilities that indicate preparation for potential space warfare.
  • The 2007 anti-satellite (ASAT) missile test, the testing of exo-atmospheric vehicles, and the deployment of robotic spacecraft capable of manipulating satellites reflect a long-term effort to develop military space capabilities.
  • China’s ambitions extend beyond military objectives. It seeks technological superiority through large-scale satellite deployments, lunar exploration, asteroid mining, space-based solar power, and plans for nuclear-powered shuttles.
  • With nearly 1,900 satellites currently in orbit and plans to deploy over 36,000 low-earth orbit (LEO) satellites by 2030, China aims to become a dominant actor in the global space economy.
• Development of Counter-Space Capabilities
  • China has developed a diverse range of systems capable of disrupting or disabling rival space assets. These include:
    • Kinetic attack systems such as the DN-3 and SC-19 missiles capable of physically destroying satellites.
    • Laser weapons designed to dazzle or blind satellite sensors.
    • Co-orbital satellites, including the SJ and TJS series, capable of interfering with or repositioning other spacecraft.
  • Together, these capabilities provide the People’s Liberation Army (PLA) with options to degrade ISR networks, communication systems, and navigation infrastructure during the initial stages of a conflict.

Implications for India: Vulnerability of Indian Space Assets

• India’s growing dependence on space-based infrastructure makes it vulnerable to counter-space operations.
• Critical systems such as CARTOSAT, RISAT, and NavIC support military surveillance, navigation, and communication functions.
• However, India possesses far fewer satellites than China, resulting in limited redundancy and resilience.
• Even the temporary disruption of a small number of satellites could affect India’s situational awareness and operational effectiveness.
• During a border crisis, China could employ jamming, laser dazzling, or cyber interference to create intelligence blind spots, particularly along the Line of Actual Control (LAC).

Limits of Chinese Counter-Space Operations

• Despite these concerns, China’s ability to inflict catastrophic damage remains constrained.
• Large-scale destruction of satellites would generate substantial orbital debris and increase the risk of Kessler Syndrome, a chain reaction of collisions that could threaten all space users.
• Consequently, future counter-space competition is more likely to involve reversible forms of interference rather than widespread physical destruction.
• India’s Mission Shakti has strengthened deterrence by demonstrating ASAT capability.
• However, deterrence remains limited by the absence of advanced co-orbital systems and the relatively small size of India’s satellite constellation.

Safeguarding India’s Interests

• Expanding Indigenous Space Capacity
  • India must strengthen its domestic space ecosystem beyond the Indian Space Research Organisation (ISRO).
  • Increased participation by private industry can enhance satellite production, launch capacity, and technological innovation, thereby improving overall resilience.
• Building Redundancy Through Satellite Constellations
  • Instead of relying on a few large satellites, India should develop distributed constellations of smaller satellites.
  • Such systems are more survivable and less vulnerable to targeted attacks.
• Protecting Ground Infrastructure
  • The security of ground stations, tracking facilities, and communication hubs is equally important.
  • Strengthening these assets can reduce the impact of hostile actions against space-based infrastructure.
• Strengthening International Partnerships
  • Enhanced data-sharing arrangements with strategic partners can ensure continuity of services during crises.
  • Access to allied or commercial satellite networks would help maintain essential communication and intelligence functions even if domestic assets are disrupted.
• Establishing Credible Deterrence
  • India must clearly define its strategic red lines and articulate the scope of a proportionate response to hostile actions in space.
  • A transparent deterrence framework can reduce miscalculation and strengthen stability.

Conclusion

• China’s expanding counter-space capabilities represent a significant challenge in the evolving strategic environment of outer space.
• Through investments in advanced military technologies, satellite networks, and space infrastructure, China seeks both technological leadership and strategic advantage.
• While India faces vulnerabilities due to limited space assets and redundancy, these challenges can be mitigated through expanded domestic capacity, resilient satellite constellations, stronger partnerships, and credible deterrence measures.
• As space becomes an increasingly contested domain, safeguarding national interests in orbit will be essential for India’s long-term security and strategic autonomy.

Context

• The ongoing conflict involving Iran has exposed critical weaknesses in the contemporary international order, challenging long-held assumptions about military power, economic security, and global connectivity.
• Despite facing the combined capabilities of the United States and Israel, Iran demonstrated the effectiveness of asymmetric warfare, highlighting the limitations of technological superiority in modern conflicts.
• Simultaneously, disruptions in the Strait of Hormuz revealed the vulnerability of global trade and energy networks.
• These developments have strengthened the case for alternative connectivity initiatives such as the India-Middle East-Europe Economic Corridor (IMEC), while also exposing the geopolitical challenges that such projects must overcome.

Lessons from the Iran Conflict

• Changing Nature of Military Power
  • The conflict demonstrated that overwhelming military superiority does not necessarily translate into decisive victory.
  • Iran's ability to sustain resistance and inflict costs on stronger adversaries challenged conventional notions of warfare.
  • Modern conflicts increasingly depend on resilience, adaptability, and unconventional strategies rather than merely advanced technology and superior firepower.
• Strategic Importance of Choke Points
  • The blockade of the Strait of Hormuz, through which nearly one-third of global oil supplies pass, underscored the significance of choke points in the global economy.
  • Disruptions in this critical maritime route affected energy markets worldwide and exposed the vulnerability of countries dependent on imported oil, including India.
  • The crisis highlighted the need to diversify trade routes and reduce dependence on strategically sensitive waterways.

IMEC: A Strategic Connectivity Initiative

• Concept and Objectives
  • The IMEC was announced during the G-20 Summit in New Delhi in 2023 as a transformative connectivity project linking India with Europe through West Asia.
  • Unlike traditional transport corridors, IMEC integrates railways, ports, highways, energy networks, digital infrastructure, and green hydrogen corridors to facilitate trade, investment, and regional cooperation.
• Strategic Significance
  • IMEC seeks to create an alternative route to existing maritime corridors and reduce dependence on vulnerable trade channels.
  • Alongside initiatives such as the International North-South Transport Corridor (INSTC) and the Belt and Road Initiative (BRI), it reflects the growing importance of resilient infrastructure networks in an era marked by geopolitical uncertainty.
  • The corridor has the potential to enhance connectivity, strengthen economic integration, and promote long-term prosperity across Asia, the Middle East, and Europe.

Challenges Facing IMEC

• Impact of Regional Conflicts
  • The conflicts in Gaza and Iran have directly affected critical sections of the proposed corridor.
  • The Israeli port of Haifa, a key transit hub in the IMEC framework, has faced security concerns, while attacks on Gulf infrastructure have exposed vulnerabilities in the corridor's eastern segment.
  • Such instability complicates implementation and increases operational risks.
• Geopolitical Divergences
  • Another major challenge arises from evolving political dynamics among key regional stakeholders.
  • Differences between Saudi Arabia and the United Arab Emirates (UAE) could hinder the coordination necessary for seamless connectivity.
  • Since IMEC depends on cooperation among multiple countries, regional rivalries and strategic disagreements pose significant obstacles to its success.

Way Forward

• Diversification of Routes
  • To enhance resilience, IMEC should adopt a more flexible framework.
  • Omani ports such as Salalah, Duqm, and Muscat could serve as alternative eastern gateways due to their distance from conflict-prone areas.
  • On the western side, Egypt and the Suez Canal Economic Zone offer viable alternatives until conditions stabilize elsewhere in the region.
• Strengthening Diplomatic Engagement
  • Infrastructure alone cannot guarantee the success of transnational corridors.
  • Sustained diplomacy is essential to maintain cooperation among participating countries.
  • India, which enjoys strong relations with both Saudi Arabia and the UAE, can play an important mediating role.
  • European partners such as Italy and France can further support the initiative through political engagement, investment, and strategic coordination.

Conclusion

• The Iran conflict has highlighted the interconnected nature of security, economic stability, and infrastructure development.
• It exposed the vulnerabilities of existing trade networks while reinforcing the strategic necessity of alternative connectivity projects such as IMEC.
• However, the corridor's success will depend not only on infrastructure investments but also on its ability to navigate geopolitical complexities and regional rivalries.
• With diversified routes, sustained diplomatic efforts, and strong regional cooperation, IMEC has the potential to reshape global commerce and emerge as a cornerstone of future economic integration across Asia, the Middle East, and Europe.

Why in news?

The Delhi High Court in a recent landmark order upheld the "Right to be Forgotten". It directed Google, other search engines, and Indian Kanoon to disable name-based searches for certain judgments, orders, and news articles.

The order applies mainly to cases ending in acquittal, discharge, quashing, or settlement. It also covers cases of a purely private nature.

The platforms were directed to comply within two weeks.

What’s in Today’s Article?

• What is the Right to be Forgotten?
• Background: The Cases That Prompted This Order
• The Court's Key Findings
• Specific Directions Issued By The Court
• What the Court Did Not Decide?
• The Privacy Framework — Constitutional Underpinning

What is the Right to be Forgotten?

• Right to be Forgotten is the right of an individual to request that certain information about them — particularly old, irrelevant, or harmful information — be removed or hidden from search engine results, so that it does not continue to haunt them indefinitely.
• It does not mean erasing the past — it simply means ensuring that a casual internet search does not automatically surface damaging information about a person who has already been legally exonerated.

Background: The Cases That Prompted This Order

• The court decided 38 petitions — the oldest dating back to 2016 — filed by individuals including:
  • Persons acquitted of criminal charges.
  • Parties to purely private civil or matrimonial disputes.
  • Persons whose names appear incidentally in judicial records of proceedings to which they were not even parties.
• The petitioners argued that continued name-based searchability of their judicial records on platforms like Indian Kanoon causes disproportionate and continuing harm to their reputations, dignity, and life prospects — far exceeding any legitimate public interest served by such accessibility.

The Court's Key Findings

• On Search Engines Having No Legal Authority - The High Court held made clear that search engines have no legal basis to maintain unlimited name-based access to judicial records involving acquitted persons or private matters.
• On the Disproportionality of Permanent Digital Searchability - The right to be forgotten reflects the evolution of privacy in response to the permanence of online information.
• On the Distorted Picture Created by Search Results - The court said that an acquittal should not remain hidden while details of an arrest appear prominently in search results. It observed that repeatedly highlighting a person's arrest, accusation, or legal troubles without proper context is unfair.
• On Informational Self-Determination - The court noted that digital records can remain online for a very long time. It said people should have the ability to seek erasure of outdated personal information. This helps individuals avoid permanent exposure to past events that may no longer be relevant to their present lives.

Specific Directions Issued By The Court

• To Google and Search Engines — De-index name-based search results linking to judgments, orders, or news articles in cases of acquittal, discharge, quashing, settlement, or private disputes.
  • De-indexing simply prevents a person's name from appearing as a search result when someone types their name into Google or searches by name on Indian Kanoon.
  • The judgment or court order continues to exist in full — on the court's own website, on Indian Kanoon, and on any other platform that hosts it.
  • De-indexing is NOT the same as deletion.
• To Indian Kanoon — Restrict name-based search functionality within the platform for records of petitioners who appeared before the Delhi HC — while keeping judgments fully accessible by case number, citation, court details, and date.
• To Courts — The High Court prescribed parameters for courts to decide on masking of names and personal identifiers in judicial records in cases of acquittal, discharge, or quashing — when sought by any party involved.
• To Petitioners — Those granted de-indexing relief may additionally seek masking from the original court that rendered the judgment.

What the Court Did Not Decide?

• The court explicitly limited its scope — it only dealt with de-indexing from name-based search results and restricting name-based search functionality within Indian Kanoon.
• It did not consider complete removal or takedown of entire judgments from Indian Kanoon or any other legal database.
• The Supreme Court is separately dealing with the larger question of whether entire judgments can be taken down from Indian Kanoon.

The Privacy Framework — Constitutional Underpinning

• The Right to be Forgotten in India flows from the right to privacy recognised as a fundamental right under Article 21 (Right to Life and Personal Liberty) by the Supreme Court in the landmark Justice K.S. Puttaswamy vs Union of India (2017) judgment.
• India currently lacks a comprehensive statutory framework governing the right to be forgotten — the Digital Personal Data Protection Act, 2023 touches on related concepts but does not fully codify this right.
• The Delhi HC's order fills this gap through judicial interpretation — holding that the right to informational privacy and informational self-determination must be actively protected even in the absence of specific legislation.

Why in news?

The Commission for Air Quality Management in the National Capital Region and Adjoining Areas (CAQM) revoked all Graded Response Action Plan (GRAP) curbs in March 2026 — signalling the end of winter pollution.

However, as temperatures rose in April, it reimposed Stage 1 of GRAP to combat summer air pollution — reimposing it again in May as North India reeled under heatwaves. Delhi recorded 54 days between April 1 and May 31, 2026 where PM10 levels exceeded national standards — highlighting that air pollution is now a year-round crisis, not just a winter problem.

What’s in Today’s Article?

• Summer vs Winter Air Pollution — Key Differences
• What is PM10 and What Causes Its Summer Spike?
• What is Ground-Level Ozone and Why Does It Rise in Summer?
• The Scale of the Problem — Beyond Delhi
• What Can Cities Do — Solutions and Way Forward

Summer vs Winter Air Pollution — Key Differences

• Most people associate Indian city pollution with winter smog. Winter pollution is dominated by finer PM2.5 particles that get trapped close to the ground due to low temperatures, low wind speeds, and the basin-like topography of cities like Delhi.
• Summer, however, brings a different pollution chemistry — driven primarily by two pollutants — PM10 (coarser dust particles) and ground-level ozone.
• While summer brings stronger winds and thunderstorms that help disperse some pollutants, heat and intense sunlight create their own dangerous pollution conditions.

What is PM10 and What Causes Its Summer Spike

• PM10 refers to particulate matter smaller than 10 micrometres in diameter — coarser dust particles that can enter the respiratory tract and cause breathing problems.
• Unlike the finer PM2.5 of winter, PM10 is primarily driven by dust in summer.
• Two main mechanisms drive India's summer PM10 spikes:
  • Natural Dust Storms — Loo and Andhi - Hot conditions over the Indian subcontinent create a low-pressure area that extends toward Iran. Its interaction with surrounding high-pressure areas produces hot, windy conditions that stir up dust storms. These include: Loo and Andhi.
    • Loo — Hot, dry winds that carry dust from West Asia and the Thar Desert across northern India toward the Bay of Bengal. These can elevate PM10 levels for days.
    • Andhi — Shorter, localised dust storms that form when strong downward-moving air from thunderstorms hits the ground, lifts loose dust, and carries it at high speed. While loo storms are common in North India, cities like Mumbai and Hyderabad typically face dusty episodes from local thunderstorms.
  • Human Activities Worsening Dust - Natural dust is compounded by human activity. Construction and demolition work — which often resumes after winter GRAP restrictions are lifted — adds significantly to PM10 without adequate dust control measures.

What is Ground-Level Ozone and Why Does It Rise in Summer?

• Ground-level ozone is not emitted directly from vehicles or chimneys — it is a secondary pollutant that forms through a chemical reaction.
• When Nitrogen Oxides (NOx) — largely from vehicles — and Volatile Organic Compounds (VOCs) — from industrial emissions, vehicle exhaust, paints, and other sources — react under strong sunlight, ozone is formed.
• Hotter, sunnier summer days therefore provide ideal conditions for ozone formation.
• Ozone, along with particulate matter, causes respiratory illnesses and is particularly dangerous for children, the elderly, and those with pre-existing lung conditions.

The Scale of the Problem — Beyond Delhi

• Summer air pollution is not confined to Delhi. Between April 1 and May 31, 2026:
  • Delhi — 54 days with PM10 exceeding national standards (100 μg/m³); 40 days with hourly ozone breaches.
  • Mumbai — High PM10 and ozone levels driven by construction activity, dust, and traffic.
  • Chennai — Occasional PM10 breaches; high vehicular density and hot weather make it an ozone hotspot.
  • Hyderabad, Bengaluru, Kolkata — Also recorded PM10 and ozone spikes driven by local sources.

What Can Cities Do — Solutions and Way Forward

• Forecasting and Early Warning Systems
  • Natural dust cannot be controlled — but it can be predicted. Delhi's Air Quality Early Warning System (AQEWS) — created after the severe 2018 dust storms — now runs year-round and has been extended to Jaipur and Mumbai.
  • It provides three-day Air Quality Index (AQI) forecasts for 140 Indian cities.
  • The IMD also publishes national weather forecast bulletins multiple times daily.
  • Authorities must use these systems to issue timely local alerts on dust storms, ozone, and poor air quality so citizens can reduce exposure.
• Construction Dust Control
  • Construction sites need active dust management year-round — not just during winter GRAP periods.
  • A CEEW study found that simply reducing heavy vehicle movement at construction sites can lower local PM levels.
• Reducing Ozone — Cutting NOx and VOC Emissions
  • Tackling ozone requires cleaner transport, better industrial compliance, and attention to solvents, paints, and fuel combustion.
  • Even simple behavioural campaigns like Delhi's 'Red Light On, Gaadi Off' — urging drivers to switch off vehicles while waiting at traffic junctions — can meaningfully reduce idling emissions and ozone formation.
• Summer Action Plans for All Cities
  • Delhi has had a Summer Action Plan since 2022.
  • Other cities urgently need similar plans combining forecasting, public health advisories, construction dust control, road dust management, and action on ozone-forming emissions.
  • Indian cities must plan for both winter and summer pollution seasons — treating them with equal seriousness.

Why in the News?

• The Reserve Bank of India's annual report for 2025-26 has flagged concerns over elevated sovereign bond yields and possible reversal of monetary easing by global central banks, signalling the end of the era of cheap global money and its implications for India.

What’s in Today’s Article?

• Govt Bonds & Yields (Meaning, Quantitative Easing, Era of Cheap Money, Reasons for Cheap Money)
• Current Scenario (End of Cheap Money, Reasons, Implications for India, Govt Measures, Challenges, Way Forward)

Understanding the Concept of Government Bonds and Yields

• A government bond is a debt instrument issued by a sovereign authority to borrow money for a specific period.
• In return, the issuer promises to pay a fixed annual interest over the bond's life and repay the original borrowed amount at maturity.
• Government bonds are considered "risk-free" assets as their payments are backed by the sovereign's power to tax or print money.
• Bond yields, the effective annual interest rate, serve as a benchmark for setting interest rates across other fixed-income securities, establishing the minimum return investors expect for their money over a comparable period.

Quantitative Easing (QE)

• Quantitative Easing is a monetary policy tool used by central banks to stimulate the economy.
• Under QE:

• Central banks create new money to purchase government bonds and long-term assets from commercial banks.
• The objective is to flood the financial system with liquidity.
• It aims to lower long-term interest rates and encourage banks to lend more.
• QE was extensively used after the 2008 Global Financial Crisis and during the COVID-19 pandemic.

The Era of Cheap Money: A Historical Perspective

• Bond Yield Trends in Major Economies
  • Over the past two decades, bond yields in major economies have witnessed a dramatic decline. Late 1990s and early 2000s:
    • US: Over 6%; UK: 5.4%; Japan: 1.7%;
  • During the COVID-19 pandemic (2020-21):
    • US: 0.9%; UK: 0.4%; Japan: Practically zero
• Negative Yields Phenomenon
  • Japan even witnessed negative bond yields in 2016-17 and 2019-20, meaning investors were willing to pay the Japanese government to keep their money. Negative yields are possible in scenarios of:
    • Deflation (falling prices of goods and services)
    • Currency appreciation expectations
    • Extreme economic uncertainty, where investors prioritise safety over returns

Why Money Was Cheap?

• During this period, central banks maintained ultra-low interest rates and pursued aggressive quantitative easing to revive economies battered by:
  • 2008 Global Financial Crisis; COVID-19 pandemic; Persistent low inflation in developed economies
• This created an environment of abundant global liquidity, with capital flowing freely into emerging markets like India in search of higher yields.

The Current Scenario: End of Cheap Money

• Rising Bond Yields: Bond yields have risen significantly in 2025-26:
  • Japan: Average of 1.8% in 2025-26, rising to 2.5% in the current fiscal, with a high of 2.8% in May 2026.
  • US: Average of 4.2%, rising to 4.4%, with a high of 4.7%.
  • UK: Average of 4.6%, rising to 4.9%, with a high of 5.2%.
• This marks a sharp departure from the near-zero yields that characterised the post-2008 era.

Reasons for Global Money Becoming Expensive

• Return of Inflation: A series of global disruptions has brought inflation back:

• COVID-19 supply chain disruptions (2020-21)
• Russia's invasion of Ukraine (2022)
• US tariff actions under President Donald Trump (2025)
• US-Israel versus Iran conflict (ongoing)
• The prospect of further inflation due to higher fuel, fertiliser, and food prices from the West Asia supply shock has made ultra-low interest rates unsustainable.

• End of Quantitative Easing: The QE policies that drove cheap money have ended for several reasons:

• Inflationary consequences of new money supply growing faster than physical production
• Excessive government borrowing due to artificially low rates
• Unsustainable public debt levels taken on by governments
• The combined effect of high inflation and elevated public debts is now reflected in rising sovereign bond yields globally

Implications for India

• Capital Flow Trends: The end of cheap global money has significant implications for India's capital flows:
  • Net Capital Inflows
    • 1998-99: $8.3 billion
    • 2007-08: Record $107.9 billion
    • 2008-09: Collapsed to $7.8 billion during the financial crisis
    • 2009-10 to 2023-24: Averaged $67.3 billion annually
    • 2024-25: Just $18 billion
  • First nine months of 2025-26: Net capital outflows of $580 million
• Foreign Portfolio Investor (FPI) Outflows: A striking trend is visible in FPI flows into Indian equity markets:
  • From 1998-99 to 2020-21, only two years witnessed net negative inflows: 2008-09 and 2015-16.
  • Since 2020-21, five out of six years have witnessed FPIs pulling out more money than they put in.
• Narrowing Yield Differential: A critical concern is the narrowing yield differential between India and the US:
  • India's 10-year government bond yields: Around 7%
  • US 10-year Treasury yields: Around 4.5%
  • Current differential: 2.5 percentage points
  • Historical decade average: 4+ percentage points
• When adjusted for rupee depreciation and the "safe-haven" value of US Treasuries, the effective yield gap becomes even smaller, making Indian assets relatively less attractive to foreign investors.

Challenges for India's Economy

• Pressure on capital inflows: Foreign capital may become harder to attract.
• Currency pressure: Lower inflows can weaken the rupee.
• Higher borrowing costs: Indian companies and the government may face higher costs of raising foreign funds.
• Stock market volatility: Reduced FPI flows can affect Indian equity markets.
• Current account financing: Persistent current account deficits become harder to finance.

India's Strategic Response

• To attract foreign capital in this changed environment, India needs to offer a more compelling "pull" story rather than relying on the "push" from cheap global money. This requires:

• Higher GDP and earnings growth prospects.
• Macroeconomic stability with controlled inflation and fiscal deficits.
• Structural reforms to boost manufacturing and exports.
• Deeper financial markets to attract long-term capital.
• Policy predictability and investor-friendly regulations.
• Enhanced ease of doing business.

Concerns Raised by Experts

• The RBI's annual report flagged worries about elevated sovereign bond yields and possible reversal of monetary easing by global central banks.
• Experts have described the end of quantitative easing and near-zero interest rates as "perhaps the single most consequential development in global capital markets" in recent times.
• The combination of persistent inflation and high public debt in developed economies is unlikely to allow a quick return to the cheap money era.

Way Forward

• Short-Term Measures

• RBI interventions to manage currency volatility.
• Targeted policy measures to attract FPI flows.
• Diversification of funding sources for the government and corporates.
• Strengthening forex reserves as a buffer.

• Long-Term Strategy

• Boosting manufacturing exports through PLI and Make in India schemes.
• Deepening domestic savings to reduce dependence on foreign capital.
• Attracting stable FDI through structural reforms.
• Developing bond markets to provide alternatives for foreign investors.
• Enhancing competitiveness through labour, land, and capital market reforms.

Context:

• The Nayara Energy–Microsoft episode highlights a critical vulnerability in India’s digital ecosystem.
• Although India has built globally acclaimed Digital Public Infrastructure (DPI), its growing dependence on foreign-controlled cloud services, AI, and semiconductor technologies raises concerns about long-term digital sovereignty and strategic autonomy.

The Nayara Energy Incident - A Wake-Up Call:

• In 2025, Nayara Energy, one of India's major oil refiners, received a notice from Microsoft indicating that cloud services could be discontinued due to U.S. sanctions compliance obligations linked to its Russian shareholder, Rosneft.
• Although the threat was not ultimately enforced, the episode exposed a key reality - Indian companies operating legally within India can still be affected by decisions taken under foreign jurisdictions if they rely on foreign-owned digital infrastructure.
• The incident demonstrated how geopolitical tensions can directly impact business operations through digital dependencies.

Digital Infrastructure - The New Strategic Asset:

• Cloud platforms such as Microsoft Azure, Amazon Web Services (AWS), and Google Cloud are no longer mere technology services.
• They constitute critical infrastructure supporting the banking and financial transactions, healthcare systems, government databases, supply-chain management, and enterprise operations.
• Since these platforms are owned and governed by foreign corporations subject to their home-country laws, access can potentially be restricted or influenced by geopolitical considerations.

India’s Success in DPI:

• India has emerged as a global leader in Digital Public Infrastructure through platforms such as:
  • Aadhaar – Digital identity
  • UPI – Digital payments
  • DigiLocker and eSign – Digital document management
  • Ayushman Bharat Digital Mission (ABDM) – Health data architecture
  • Open Network for Digital Commerce (ONDC) – Open digital commerce ecosystem
• Key features of India’s DPI:
  • Open and interoperable architecture
  • Public-interest orientation
  • Non-extractive data governance
  • Innovation-friendly ecosystem
  • National ownership and control
• These platforms have reduced dependence on private digital monopolies and enabled inclusive digital growth.

The Unfinished Agenda - Infrastructure Dependence:

• Despite controlling the application layer through DPI, India remains heavily dependent on foreign entities for:
  • Cloud infrastructure: Most fintech, health-tech, and digital businesses built on Indian DPI rely on foreign hyperscalers such as AWS, Azure, and Google Cloud.
  • Artificial Intelligence (AI):
    • Large Language Models (LLMs) and foundational AI systems are largely controlled by U.S. and Chinese firms.
    • Their training datasets, embedded values, safety guardrails, and governance structures are outside Indian regulatory oversight.
  • Semiconductor ecosystem: Advanced chips powering cloud computing and AI are overwhelmingly produced through global supply chains beyond India's control.
• Owning digital applications, while renting the underlying infrastructure, amounts to a form of “digital tenancy.”

Digital Sovereignty vs Digital Isolationism:

• The goal is to lessen strategic vulnerabilities while maintaining integration with the global digital economy, not to promote technological protectionism or isolation from international markets.
• The challenge is achieving a balance between openness and sovereignty.

Four Policy Levers for Strengthening Digital Sovereignty:

• Move beyond data localisation:
  • Keeping sensitive data within India is important but insufficient.
  • So, India must also ensure operational control over critical systems, audit rights for domestic authorities, and emergency powers to maintain continuity during crises.
  • True sovereignty requires control over infrastructure, not merely data storage.
• Develop sovereign cloud capabilities:
  • Initiatives such as MeghRaj and expanding domestic data-centre investments provide a foundation.
  • The objective should be indigenous cloud infrastructure, strategic redundancy, and sovereign fallback options for critical services.
• Extend the DPI model to AI:
  • India successfully created alternatives to foreign platform dominance through UPI and ONDC.
  • A similar approach is required for AI through Indian foundational models; sector-specific AI for agriculture, healthcare, education, and governance; and public digital AI infrastructure.
  • Such systems would align AI development with Indian priorities and regulatory frameworks.
• Build a global south digital coalition:
  • India’s DPI collaborations across Africa, Latin America, and Southeast Asia can evolve into a broader digital partnership.
  • This could help democratise digital governance, reduce dependence on dominant technology powers, and create alternative standards and norms for the digital economy. 

Strategic Significance for India:

• The future geopolitical competition will increasingly occur through digital infrastructure rather than conventional domains alone.
• Key concerns include technological sovereignty, national security, data governance, economic resilience, strategic autonomy, AI governance, and critical infrastructure protection.
• Countries that control their cloud infrastructure, AI ecosystems, and semiconductor capabilities will enjoy greater policy independence and resilience.

Conclusion:

• India’s DPI represents a remarkable achievement and a global model of inclusive digital governance.
• The next phase of India's digital transformation must focus on securing the infrastructure layer, ensuring that technological self-reliance extends beyond platforms to the foundational systems on which the digital economy operates.

About Mtkvari River:

• The Mtkvari River, also known as the Kura River, is a significant watercourse in the South Caucasus mountains.
• It is the longest river in the Caucasus region.
• It flows through the countries of Turkey, Georgia, and Azerbaijan.
• It is an east-flowing river that originates in eastern Turkey, enters Georgia, and flows through the valley between the Greater Caucasus and Lesser Caucasus mountains before reaching the Caspian Sea in Azerbaijan.
• The river has a total length of 1515 kilometers, with the longest portion in Azerbaijan, followed by Georgia, and Turkey.
• The Araxes (Aras) River is the largest tributary of the Mtkvari.
• Tbilisi, the capital of Georgia, is the largest city located along the river.
• Historical Context:
  • The Mtkvari River has been a cradle of civilization for millennia.
  • Ancient settlements along its banks date back to the Bronze Age.
  • Historically, the river served as a vital trade route, connecting the Caucasus with the larger Eurasian trade networks.

About Mettur Dam:

• It is located at Mettur, Salem District, in Tamil Nadu.
• It is one of the largest dams in India and the largest in Tamil Nadu.
• It is constructed in a gorge, where the Kaveri River enters the plains.
• Built in 1934, it took 9 years to complete. The entire work was supervised by the then Governor of Madras, Sir George Stanley.
• It was constructed for the main purpose of capturing Kaveri waters for irrigation, drinking water supply, and power generation.
• Features:
  • It is a masonry gravity dam.
  • The reservoir formed by the dam is known as the Stanley Reservoir. It has the contribution to produce 240 MW of hydroelectricity.
  • There is a park adjoining the dam on the opposite side with lawns and fountains and also has the Muniappan/Aiyanar statue in the vicinity.
• The dam receives inflows from its own catchment area, Kabini Dam, and Krishna Raja Sagara Dams located in Karnataka.
• It provides irrigation facilities to parts of Salem, the length of Erode, Namakkal, Karur, Tiruchirappali, and Thanjavur districts for 271,000 acres of farmland.

About Doctrine of Promissory Estoppel:

• It is a legal doctrine that states that if someone reasonably relies on a promise and acts (or fails to act) in a way that causes them some harm because of that promise, the promise can be enforced.
• Promissory estoppel prevents the promisor from arguing against the enforcement of a promise.
• When is the doctrine applied?
  • The doctrine applies when the promisor has made a promise to the promisee.
  • The promisee must have relied on the promise and suffered a detriment due to the non-performance of the promise.
  • The doctrine prevents the promisor or enterprise from going back on its word or promise.
  • The doctrine enables the injured party or the promisee to recover on a promise.
  • The doctrine seeks to protect the rights of a promisee or aggrieved party against the promisor.
  • Thus, Promissory estoppel requirements include a clear promise (whether oral or in writing), reliance on that promise by the promisee, a detriment suffered, and a need to avoid injustice.
• Example:
  • A vendor makes an oral promise to the customer to replace the goods if they do not fit the customer’s size requirements.
  • The customer purchases the clothes and takes them home.
  • However, the customer proposes to return the clothes to the vendor relying on the vendor’s oral promise.
  • Here, the vendor is estopped from refusing the clothes returned.
• The doctrine varies from country to country. Cases of promissory estoppel can result in either reliance or expectation damages, depending on the jurisdiction and circumstances.
• In a 1981 decision in Chhaganlal Keshavalal Mehta v. Patel Narandas Haribhai, the SC lists a checklist for when the doctrine can be applied.
  • First, there must be a clear and unambiguous promise.
  • Second, the plaintiff must have acted relying reasonably on that promise.
  • Third, the plaintiff must have suffered a loss.