In-Depth News Analysis9 Items

Core TopicImportantConcise

International RelationsGS Paper II · III

01China’s Export Controls on Tunnel-Boring Machines0225th SCO Council of Heads of Government, Dushanbe

EconomyGS Paper III

03Sugarcane Pricing — Ramesh Chand Committee04RBI MPC Minutes — Calibrated Tightening0561st CIML Meeting — India Hosts OIML Body

Science & TechnologyGS Paper III

06Technology Sovereignty — India’s Foreign-Tech Exposure07eMudhra Web-Certificate Key Leak

Art, Culture & GeographyGS Paper I

08Three Indian Sites on UNESCO’s Tentative List

Ethics (Case Study)GS Paper IV

09Case Study — Private Control of Critical Services

International RelationsGeneral Studies Paper II · Paper III (Trade & Security)

01

China Brings Tunnel-Boring and High-Altitude Machinery under Export Controls — What It Means for India’s Infrastructure

GS-II · IR — India–China RelationsGS-III · Infrastructure; Supply-Chain SecurityPrelims + MainsThe Hindu · Business press · UN Comtrade

China’s Ministry of Commerce will place tunnel-boring machines (TBMs) and other heavy machinery for high-altitude terrain under export controls from 18 November 2026, calling them dual-use items. Exporters to countries “in dispute with China” will need a licence — a category that plainly includes India.

◈ From Basics — What Are Export Controls and Dual-Use Goods?

Export controls are laws that require government permission before certain goods, software or technology leave a country. They target dual-use items — goods with both civilian and military uses — to prevent their misuse for weapons or by rival states.

• Multilateral regimes: Wassenaar Arrangement (conventional arms and dual-use goods, 1996), Missile Technology Control Regime (MTCR, 1987), Australia Group (chemical and biological, 1985) and Nuclear Suppliers Group (NSG, 1974).
• India’s membership: MTCR (2016), Wassenaar (2017), Australia Group (2018); India is not an NSG member. China is in the NSG but not in Wassenaar, MTCR or the Australia Group.
• China’s legal basis: the Export Control Law (in force December 2020) and the Regulations on Export Control of Dual-Use Items (December 2024).
• India’s own regime: the SCOMET list (Special Chemicals, Organisms, Materials, Equipment and Technologies) under the Foreign Trade (Development and Regulation) Act, 1992 and the WMD Act, 2005.

▤ The Measure at a Glance

• Items covered: TBMs, walking excavators and plateau-type wet shotcrete machines used in mountainous terrain at altitudes above 3,000 metres; revised controls also cover drone-related items and dredgers.
• Licensing: mandatory for exports to “sensitive” countries and regions in dispute with China; others need prior registration.
• Stated reason: to safeguard “national security and interests” and meet non-proliferation obligations (China’s stated position).
• China’s market weight: about US$793 million of tunnelling and rock-cutting machinery exported in 2025 (UN Comtrade).
• India’s direct imports: about US$800,000 of tunnelling machinery last fiscal, up from US$500,000 — small in value, but each machine (some weigh about 3,000 tonnes) is project-critical.

How a tunnel-boring machine works — basics

A TBM is a giant cylindrical machine that cuts a tunnel in one pass. A rotating cutter head grinds rock or soil at the front, conveyors carry the debris back, and the machine fixes pre-cast concrete segments behind it to line the tunnel as it advances.

• Why it matters: TBMs cause far less surface disturbance than drill-and-blast methods — essential under dense cities and in fragile Himalayan geology.
• Shotcrete: concrete sprayed at high speed onto tunnel walls for immediate support, used in the New Austrian Tunnelling Method (NATM) common in Himalayan tunnels.

Figure 1 — China’s widening export-control toolkit

2020ExportControl Law2023Gallium,germanium2024Dual-useregulations2025Rare earths& magnetsOct 2026Plan for 40technologies18 NovTBMs,drones, dredgersFrom raw materials to finished capital goods — controls now reach the machines that build infrastructure

China’s controls have moved up the value chain: from critical minerals to heavy engineering equipment.

Why it matters for India

• Urban transport: metro rail networks in many Indian cities depend on TBMs; India had already raised customs-clearance delays for TBMs with China.
• Mumbai–Ahmedabad High-Speed Rail (508 km): includes a 21-km tunnel, of which about 7 km runs under the sea at Thane Creek — a TBM-dependent stretch.
• Border infrastructure: the “above 3,000 metres” clause targets the type of work India is doing on strategic Himalayan tunnels such as Sela (Arunachal Pradesh), Zojila (Ladakh) and Shinku La (Himachal–Ladakh).
• Pattern of leverage: Indian automakers were already hit in 2025 by China’s curbs on rare-earth magnets; capital goods are the next pressure point.
• Timing: it comes despite a thaw in India–China ties since the 2024 disengagement at the LAC, four years after the Galwan clash (2020).

The global context

• China is using export controls as a bargaining tool while negotiating with the US (a two-month trade truce) and the EU (which has imposed curbs on Chinese electric vehicles).
• This mirrors the US use of export controls on advanced semiconductors against China — the “weaponisation of interdependence”.

The critical view & way forward

• Licensing is not a ban — but discretionary approval gives Beijing the power to delay projects at will.
• Diversify suppliers: Germany, Japan and the US manufacture TBMs; many “foreign” TBMs are themselves built in Chinese factories.
• Build domestic capacity: TBMs, cutter heads and spare parts suit the PLI and Make in India frameworks for capital goods; refurbishment and reuse of existing TBMs can bridge gaps.
• Strategic stockpiling of spares for critical border projects executed by the Border Roads Organisation and NHIDCL.

✎ Mains Practice Question

Export controls are increasingly being used as instruments of geopolitical leverage. Examine the implications of China’s export restrictions on critical minerals and capital goods for India’s infrastructure and strategic projects, and suggest measures to reduce this vulnerability. 15 marks · 250 words

02

25th SCO Council of Heads of Government in Dushanbe: India Seeks End to Terror “Ecosystem”, Backs Trade Action Plan

GS-II · IR — Regional GroupingsPrelims + MainsThe Hindu · DD News · MEA

Representing India at the 25th meeting of the SCO Council of Heads of Government (CHG) in Dushanbe, Tajikistan, on 20 October 2026, the Defence Minister said there can be no double standards on terrorism, while India supported an action plan for trade and economic cooperation among members.

◈ Background — The SCO’s Structure

The CHG is the SCO’s second-highest body, dealing with trade, economy, investment, connectivity and the organisation’s budget. The previous CHG met in Moscow on 18 November 2025. (For the SCO’s founding, RATS and India’s counter-terror stance, see today’s Editorial analysis.)

• 10 members: India, Belarus, Iran, Kazakhstan, China, Kyrgyzstan, Pakistan, Russia, Tajikistan, Uzbekistan.
• 2 observers: Afghanistan and Mongolia.
• Dialogue partners (15): include South Asian neighbours Nepal, Sri Lanka and Maldives, along with Myanmar, Cambodia, Laos, Türkiye, Saudi Arabia, UAE, Qatar, Kuwait, Egypt, Armenia and Azerbaijan.
• Prelims trap: Nepal and Sri Lanka are dialogue partners, not observers; Mongolia is an observer, not a member.

India’s message at the meeting

• Terrorism: no place for those who finance, support or give safe havens to terrorists — said in the presence of Pakistan’s Deputy Prime Minister.
• Economy: India backed the trade action plan and highlighted its SCO contributions in startups and innovation, digital public infrastructure and people-to-people ties.
• Three pillars: at the SCO trade ministers’ meeting (September 2026, Dushanbe), India repeated the Prime Minister’s Bishkek Summit formula — Security, Connectivity and Opportunity — stressing intra-SCO trade, lower trade costs and resilient supply chains.

✎ Mains Practice Question

India has consistently used the SCO to link regional economic cooperation with the fight against terrorism. Assess the value of the SCO for India’s Central Asia policy in light of the organisation’s structural limitations. 10 marks · 150 words

EconomyGeneral Studies Paper III

03

Centre Sets Up Ramesh Chand Committee on Sugarcane Farmers’ Concerns — Cane Price, Sugar MSP, Recovery and Weighment

GS-III · Agriculture — Agricultural Pricing & MSP; Agro-IndustriesPrelims + MainsPIB · Dept of Food & Public Distribution · 14 Oct 2026

After meetings with cane growers from Karnataka and Maharashtra, the Centre has formed a committee under Prof. Ramesh Chand, agricultural economist and former NITI Aayog Member, to examine cane prices, the Minimum Selling Price (MSP) of sugar, recovery testing and weighment practices at mills.

◈ From Basics — How Sugarcane is Priced in India

Unlike most crops, sugarcane is sold to a single buyer — the mill in its command area — and its price is statutorily fixed. The legal base is the Sugarcane (Control) Order, 1966, issued under the Essential Commodities Act, 1955.

• Fair and Remunerative Price (FRP): the minimum price mills must pay, fixed by the Centre on the recommendation of the Commission for Agricultural Costs and Prices (CACP) and approved by the CCEA. It replaced the Statutory Minimum Price (SMP) from the 2009–10 season.
• Linked to recovery: FRP is set for a basic recovery rate (10.25% in recent seasons), with a premium for higher and a deduction for lower recovery. For 2025–26, FRP was ₹355 per quintal.
• State Advised Price (SAP): States such as Uttar Pradesh, Punjab and Haryana announce a higher price of their own.
• Payment rule: mills must pay within 14 days of cane delivery, with interest on delays — yet cane arrears are a recurring problem.
• Sugar MSP: a floor price for mills’ ex-factory sale of sugar, introduced in 2018 at ₹29/kg and raised to ₹31/kg in 2019; mills have sought a revision since.

Figure 2 — The sugarcane price chain and where the committee will look

CACP recommendsCCEA approves FRPStates may addSAP (UP, Punjab…)Farmer delivers canepaid per quintalSugar millsugar · ethanol · power · molassesSugar MSP — ₹31/kg floormill’s ability to pay farmersCommittee’s review points:① Weighment at the mill gate (Legal Metrology)② Recovery testing — sets premium or deduction③ Deductions for mechanised harvesting④ Remunerative cane price vs cost · ⑤ Sugar MSP revision①–④ concern the farmer–mill interface; ⑤ concerns mill finances

The farmer’s real price depends not just on FRP but on how cane is weighed, tested and deducted at the mill gate.

▤ The Committee at a Glance

• Chair: Prof. Ramesh Chand — NITI Aayog Member (2015–2026), former Director of ICAR–NIAP and Member of the Fifteenth Finance Commission.
• Members: Agriculture Commissioner (Ministry of Agriculture), Joint Secretary (Sugar), Department of Food and Public Distribution, and Joint Secretary (Legal Metrology), Department of Consumer Affairs.
• Terms of reference: higher remunerative returns linked to cultivation costs; revision of sugar MSP considering production costs and mill viability; recovery testing and transparent verification; weighment calibration and inspection; deductions on mechanically harvested cane.
• Consultation: farmers, mill associations, State Governments and experts; report “as early as possible” — no fixed deadline.

Why farmers are protesting — the issues decoded

• Recovery under-reporting: since FRP rises with recovery, a lower declared recovery cuts the farmer’s price; farmers want independent testing.
• Weighment fraud: faulty or tampered scales at mill gates; weighing instruments fall under the Legal Metrology Act, 2009 — hence the Legal Metrology member.
• Harvester deductions: mills deduct a fixed share of weight for trash and losses in machine-harvested cane; farmers say the deduction exceeds actual loss.
• Costs vs price: rising labour, fertiliser and transport costs; demand to align FRP with full cost (C2-type costing) rather than A2+FL.

Static anchors — India’s sugar economy

• India is the world’s largest consumer and among the top two producers of sugar (with Brazil); Uttar Pradesh, Maharashtra and Karnataka lead production.
• Sugarcane is a water-intensive, long-duration crop (about 10–18 months); it is grown in tropical (Maharashtra, Karnataka — higher recovery) and sub-tropical (UP, Bihar) belts.
• Ethanol link: diversion of cane juice and B-heavy molasses to ethanol under the Ethanol Blended Petrol Programme (E20 reached in 2025) has become a key revenue stream for mills.
• Reform lineage: the Rangarajan Committee (2012) recommended decontrol of sugar and a revenue-sharing formula (about 70% of mill revenue to farmers); levy sugar was abolished in 2013.

The critical view

• Price vs viability trap: raising FRP without raising sugar MSP squeezes mills and swells arrears; raising MSP passes cost to consumers.
• Ecological cost: high assured prices sustain cane in water-stressed regions such as Marathwada.
• Institutional fix: digital weighbridges, third-party recovery tests and transparent cane-payment portals could reduce disputes more than price hikes alone.

✎ Mains Practice Question

The sugarcane pricing system in India seeks to balance the interests of farmers, mills and consumers but often satisfies none of them. Critically examine the existing mechanism and suggest reforms in light of the Rangarajan Committee’s recommendations. 15 marks · 250 words

04

RBI MPC Minutes Flag Broadening Inflation; Two External Members Dissent on Shift to “Calibrated Tightening”

GS-III · Economy — Monetary Policy, InflationPrelims + MainsThe Hindu

Minutes of the Monetary Policy Committee’s 5–7 October 2026 meeting show a unanimous vote to raise the repo rate by 25 basis points to 5.5%, but a 4–2 split on changing the policy stance from neutral to calibrated tightening, amid the West Asia conflict and rising oil prices.

◈ From Basics — The MPC and Policy Stance

The MPC was created by amending the RBI Act, 1934 through the Finance Act, 2016, giving statutory backing to flexible inflation targeting. The Centre sets the CPI inflation target of 4% with a band of ±2%, in consultation with the RBI.

• Composition (6): Governor (chair, with a casting vote), a Deputy Governor, one RBI officer, and three external members appointed by the Centre for four years.
• Minutes: published on the 14th day after each meeting, revealing each member’s vote and reasoning.
• Repo rate: the rate at which RBI lends to banks against government securities — the main policy signal.
• Stance: signals the likely direction of future policy. Calibrated tightening means rate cuts are off the table; the next move can only be a hike or a pause.

5.5%

Repo rate after +25 bps hike

20% → 37%

Share of CPI items above 4% inflation (Mar → Aug)

3.9% → 4.2%

Core inflation (Jul → Aug)

2.9%

Core excluding precious metals (Aug)

What the minutes reveal

• Broadening price pressure: inflation is spreading beyond food and fuel — the share of items above 4% nearly doubled in five months.
• Second-round effects: the worry that an oil-price shock feeds into transport, wages and manufactured goods, becoming entrenched inflation.
• The dissent: two external members backed the hike but opposed the stance change, fearing it signals a long hiking cycle that could undo recent growth support.
• Governor’s view: the length of the cycle will depend on growth–inflation data, second-round effects and demand conditions.

Basics worth knowing — core inflation

• Headline CPI includes everything; core inflation strips out volatile food and fuel to show underlying demand-driven inflation.
• Recently, gold and silver prices have distorted core inflation — hence the RBI’s focus on core excluding precious metals.
• Imported inflation: as an importer of over 85% of its crude oil, India is highly exposed to West Asian supply shocks.

✎ Mains Practice Question

How do supply shocks such as a rise in global oil prices test the framework of flexible inflation targeting? Discuss the role of the policy stance and the significance of dissent within the Monetary Policy Committee. 10 marks · 150 words

05

India to Host the 61st Meeting of the International Committee of Legal Metrology for the First Time

GS-II · Consumer Protection; International InstitutionsGS-III · Trade — Standards & Non-Tariff BarriersPrelims-orientedPIB · Dept of Consumer Affairs · 19 Oct 2026

The Department of Consumer Affairs, with the International Organization of Legal Metrology (OIML), will host the 61st CIML meeting in New Delhi on 26–28 October 2026, with 100+ delegates, a seminar on “Evolutions in Legal Metrology” and an OIML Strategy Workshop.

◈ From Basics — Metrology, Legal Metrology and the OIML

Metrology is the science of measurement. Legal metrology is the part regulated by law — weights, measures and measuring instruments used in trade, health, safety and environment, such as shop scales, fuel dispensers, electricity meters and speed guns.

• OIML: intergovernmental body set up by a convention in 1955; secretariat (BIML) in Paris. It issues international recommendations and runs the OIML Certification System (OIML-CS).
• CIML: its principal decision-making body; the 60th meeting was held in Paris in October 2025.
• Not to confuse: the BIPM (Metre Convention, 1875) governs scientific metrology and the SI units; India’s national standards are kept by CSIR–National Physical Laboratory, which also maintains Indian Standard Time.
• India’s law: Legal Metrology Act, 2009 and the Legal Metrology (Packaged Commodities) Rules, 2011; several offences were decriminalised by the Jan Vishwas Act, 2023.

Why it matters

• Trade: harmonised measurement rules cut technical barriers to trade (a WTO TBT Agreement concern) and avoid duplicate testing for exporters.
• Consumers: accurate weighing protects against short-weighing — the same issue sugarcane farmers raise at mill gates (see item 03).
• Digital shift: discussions on digitalisation and e-certification of instruments; World Metrology Day is observed on 20 May.

✎ Mains Practice Question

Reliable measurement is a public good that underpins both consumer protection and trade competitiveness. Discuss the role of legal metrology in India’s regulatory framework and the significance of harmonising it with international standards. 10 marks · 150 words

Science & TechnologyGeneral Studies Paper III · Cyber Security

06

How Exposed Is India to Foreign-Controlled Technology? From Satellite Broadband and NavIC to Cloud, Payments and Defence

GS-III · S&T — Indigenisation; Space; IT; Security of Critical InfrastructurePrelims + MainsThe Hindu · Explainer

Reports that SpaceX throttled its military-grade Starshield network for Ukraine have revived a basic question: when a private foreign operator controls a service, the host country’s critical infrastructure is only as secure as that operator’s goodwill. India’s exposure runs across five domains.

◈ From Basics — Three Kinds of Technology Risk

• Direct restriction: a foreign operator cuts or throttles a service India is using (the worst case).
• Platform disruption: a foreign-controlled layer disrupts access to an otherwise Indian system (e.g. a cloud control plane, an app layer).
• Slow degradation: a foreign supplier or government decision erodes India’s ability to sustain a capability (e.g. engines, spares, sanctions).
• Key idea — sovereignty vs ownership: even majority Indian ownership of a joint venture does not mean control of the network it runs on.

Figure 3 — India’s foreign-tech exposure at a glance

DomainWhere the dependence liesIndian alternativeSatellite broadbandStarlink (US); Eutelsat OneWeb (EU-state backed);Jio–SES runs on SES satellitesISRO GSAT fleet; militaryGSAT-7 / 7ANavigationGPS (US) — can be denied over specific areasfor military purposesNavIC — only 3 satellitesgive PNT; 4 neededCloud & softwareAWS, Azure, Google Cloud; AWS Outposts inMeghRaj 2.0 needs a foreign control linkMeghRaj (NIC); BOSS Linux(C-DAC); open sourcePaymentsForeign-owned UPI apps; SWIFT andcorrespondent bankingUPI, RuPay (NPCI);SFMS messagingDefence2nd-largest arms importer (2021–25); Russia 40%;Tejas relies on US-made GE enginesPositive IndigenisationLists; DAP 2020

Domestic alternatives exist in every domain, but most cushion rather than remove the exposure.

1. Satellite communications

• Licensed operators: Starlink, the Indian arm of Eutelsat OneWeb and Jio Satellite Communications; none had the security clearance to start commercial broadband as of 16 October 2026.
• Ownership vs control: in Eutelsat, the French government holds 29.65%, the UK government 10.89% and Bharti Space 17.88%; Jio holds 51% of its venture with Luxembourg’s SES, yet the satellites remain SES-controlled.
• Limited real exposure: most traffic runs on terrestrial networks; ISRO’s satellites (launched since 1981) handle broadcasting and strategic links. The Telecommunications Act, 2023 allows administrative allocation of satellite spectrum; IN-SPACe (2020) authorises private space activity.

2. Satellite navigation — the weakest link

NavIC (Navigation with Indian Constellation, formerly IRNSS) is a regional system meant to cover India and about 1,500 km beyond it. The Government told Parliament in July 2026 that only three satellites provide positioning, navigation and timing (PNT) — but standalone positioning needs at least four.

• Why four satellites: a receiver must solve for three position coordinates plus time — four unknowns need four signals.
• What went wrong: imported atomic clocks failed on early satellites (from 2016); IRNSS-1H failed at launch (2017); NVS-02 could not reach its orbit (2025); and ISRO’s low launch rate slows replacements.
• GPS lineage: the US ended deliberate degradation of civilian GPS (“Selective Availability”) in 2000, but retains the power to deny it regionally for military reasons — the classic case cited for NavIC’s creation is India’s experience during Kargil (1999).
• Global GNSS: GPS (US), GLONASS (Russia), Galileo (EU), BeiDou (China); regional: NavIC (India) and QZSS (Japan).

3. Cloud and software

• Market: AWS, Microsoft Azure and Google Cloud dominate; Indian spending on cloud services is forecast at US$17.5 billion in 2026 (Gartner).
• MeghRaj (GI Cloud): run by the National Informatics Centre (NIC); 2,170 ministries and departments hosted apps on it (December 2025), though also on empanelled private (including foreign) providers.
• Data localisation is not control: AWS Outposts for MeghRaj 2.0 keeps data physically in India, but still needs a link to AWS’s regional control system for monitoring and updates.
• Open source: the 2015 Policy on Adoption of Open Source Software made it the preferred choice for e-governance; C-DAC developed BOSS (Bharat Operating System Solutions). The CrowdStrike outage (July 2024) showed that even non-hostile faults abroad can ground Indian airlines.

4. Digital payments

• UPI (launched 2016) by NPCI (set up 2008 under the Payment and Settlement Systems Act, 2007) gives independence from Visa and Mastercard.
• The app layer is concentrated in foreign-owned firms (Google Pay; Walmart-backed PhonePe) — but they cannot shut down the UPI rails; users can switch apps.
• Residual risk: cross-border payments run through SWIFT (Belgium-based) and correspondent banks; the 2022 disconnection of Russian banks shows how sanctions can cut access. India’s domestic messaging system is SFMS; Russia uses SPFS and China CIPS.

5. Military equipment

• Precedent: after Pokhran-II (Operation Shakti, May 1998), US sanctions blocked delivery of 30 helicopter engines ordered by HAL, which switched to a French supplier — as later noted by the CAG.
• Today: India was the world’s second-largest arms importer in 2021–25 (SIPRI), with Russia at about 40%, followed by France, Israel and the US.
• Engine gap: the Tejas programme depends on GE F404 engines, whose delayed deliveries have slowed production — the clearest case for an indigenous aero-engine.

Way forward

• Restore NavIC with a faster launch cadence and indigenous atomic clocks; mandate NavIC support in devices.
• Sovereign control clauses in licences: local network control centres, lawful interception and service-continuity guarantees for satcom and cloud.
• Sovereign cloud for critical sectors, and open-source stacks in government.
• Defence indigenisation focused on chokepoint items — engines, seekers, semiconductors.

✎ Mains Practice Question

“Data localisation is not the same as technological sovereignty.” Examine this statement with reference to India’s dependence on foreign-controlled satellite, navigation, cloud and defence technologies, and suggest a strategy to reduce critical vulnerabilities. 15 marks · 250 words

07

Weak Private Keys of eMudhra’s Intermediate Web Certificates Leaked; Browsers Move to Distrust Them

GS-III · Cyber Security; Digital InfrastructurePrelims + MainsThe Hindu

Eight private keys of intermediate certificates issued by Bengaluru-based eMudhra — India’s only globally trusted root certificate authority — turned out to be trivially weak, forcing browser and operating-system makers to stop trusting the affected certificates.

◈ From Basics — How a Website Proves It Is Genuine

The padlock in a browser rests on public key cryptography: each party has a public key (shared openly) and a private key (kept secret). A Certificate Authority (CA) uses its private key to digitally sign a website’s TLS/SSL certificate, vouching that the site is who it claims to be.

• Chain of trust: Root CA (pre-installed in browsers) → Intermediate CA → end-entity (website) certificate.
• Root programmes: Chrome, Mozilla, Microsoft and Apple decide which roots their software trusts — the WebPKI system.
• The flaw: instead of a random 384-bit private key, the affected keys were numbers between 1 and 256 — one was simply “4” — so anyone could guess them and forge certificates.

Figure 4 — The chain of trust, and where the weakness sat

Root CAin browser trust storesno sign of compromiseIntermediate CAs8 weak keys leakednow revoked / distrustedWebsite certificatepadlock in browserrisk: forged certificatessignssignsUnaffected separate track: CCA-regulated Digital Signature Certificates & eSign (IT Act, 2000)Whoever holds an intermediate’s private key can sign certificates that browsers accept as genuine

The leak sat in the middle tier — dangerous because browsers trust whatever it signs, until it is revoked.

What happened and how it was contained

• Cause: a flaw in the Key Generation Ceremony produced a second set of weak keys, and these were published to browser root stores (company’s statement).
• Exposure: six affected certificates were for TLS and trusted by all four major root programmes; only one intermediate was in production and none had issued website certificates (company’s statement).
• Government view: MeitY set up a special team; it said the impact on Indian sites was limited and brief, and that DSCs and eSign regulated by the CCA are unaffected.
• Lingering risk: Internet-of-Things devices that are rarely updated may keep trusting bad certificates.

Institutional anchors — Prelims hooks

• Controller of Certifying Authorities (CCA): appointed under Section 17 of the IT Act, 2000; runs the Root Certifying Authority of India (RCAI) for Digital Signature Certificates.
• CERT-In: national nodal agency for incident response under Section 70B; its 2022 directions require cyber incidents to be reported within 6 hours.
• NCIIPC: protects critical information infrastructure under Section 70A.
• Users at stake: many government portals, including UIDAI and the Income Tax e-filing portal, use eMudhra certificates or technology.

✎ Mains Practice Question

Trust infrastructure such as digital certificates forms the invisible backbone of India’s digital public services. Discuss the vulnerabilities in this infrastructure and the institutional framework available in India to secure it. 10 marks · 150 words

Art, Culture & GeographyGeneral Studies Paper I

08

Baratang Mud Volcanoes, Andaman Subduction Volcanoes and Sirpur Added to UNESCO’s World Heritage Tentative List

GS-I · Art & Culture; Physical Geography — VolcanismPrelims + MainsNDTV · Permanent Delegation of India to UNESCO

India’s Permanent Delegation to UNESCO announced on 20 October 2026 that three sites — two geological sites in the Andaman and Nicobar Islands and one archaeological landscape in Chhattisgarh — have joined the World Heritage Tentative List.

◈ From Basics — The World Heritage System

The World Heritage Convention was adopted by UNESCO in 1972; India ratified it in 1977. A site must show Outstanding Universal Value (OUV) under at least one of 10 criteria — (i)–(vi) cultural and (vii)–(x) natural.

• Tentative List: a country’s inventory of sites it intends to nominate; a site must be on it for at least one year before a nomination is considered.
• Advisory bodies: ICOMOS evaluates cultural sites, IUCN natural sites; ICCROM advises on conservation and training.
• Decision: the World Heritage Committee (21 elected States Parties) inscribes sites at its annual session.
• India’s tally: 44 sites by 2025 (the Maratha Military Landscapes were the 44th); its only mixed site is Khangchendzonga National Park (2016).

Figure 5 — From Tentative List to World Heritage inscription

1. Tentative Listtoday’s 3 sites are here2. Nominationdossier (≥1 yr later)3. EvaluationICOMOS / IUCN4. InscriptionWorld Heritage CtteeListing on the Tentative List is a first step, not recognition — many sites wait years for nomination

The two Andaman sites would be evaluated as natural (geological) heritage; Sirpur as a cultural landscape.

1. Karst–Mud-Volcano Complex of Baratang (Andaman & Nicobar)

• Mud volcanoes: unlike magmatic volcanoes, they erupt mud, water and gases (mainly methane) pushed up by pressure in buried sediments — not lava.
• Karst: limestone caves formed as slightly acidic water dissolves rock, creating stalactites and stalagmites (speleothems).
• Science value: speleothems in Mahadev Gupha preserve records of the Indian summer monsoon over centuries — an archive for palaeoclimate study.

2. Andaman Subduction Volcanoes — Barren Island & Narcondam

• Tectonic basics: the Indian Plate is subducting beneath the Burma microplate along the Sunda–Andaman trench; melting at depth feeds a volcanic arc — the same zone behind the 2004 Indian Ocean earthquake and tsunami.
• Barren Island: India’s only confirmed active volcano, in the Andaman Sea; eruptions recorded since 1787, with activity in 2025 and early 2026.
• Narcondam: a forested dormant volcanic island, home to the endemic Narcondam hornbill; it is a protected wildlife sanctuary with restricted access.

3. Sirpur Cultural and Archaeological Landscape (Chhattisgarh)

• Location: on the Mahanadi, in Mahasamund district; ancient Shripura, a capital of the Panduvamshi rulers of Dakshina Kosala.
• Period: a major centre from about the 5th to 12th centuries CE, with Hindu temples, Buddhist viharas and Jain remains — a model of religious coexistence.
• Lakshmana Temple (c. 7th century): one of India’s finest brick temples, in the early Nagara style, noted for its carved doorway; built by the Queen Vasata in memory of her husband.
• Urban life: excavations show houses, markets and craft workshops; Chinese pilgrim Xuanzang is believed to have visited the region in the 7th century.

✎ Mains Practice Question

India’s World Heritage nominations have been dominated by monuments, while geological heritage remains under-recognised. Discuss the significance of geo-heritage sites, with examples from the Andaman and Nicobar Islands, and the challenges in conserving them. 10 marks · 150 words

Ethics — Case StudyGeneral Studies Paper IV

09

Case Study: When a Private Company Can Switch Off a Nation’s Lifeline

GS-IV · Ethics in Private Institutions; Corporate Governance; AccountabilityMains-orientedBuilt from: The Hindu · Explainer

A private satellite company providing communications to a country at war reportedly throttles the service on its owner’s judgement, because it disapproves of how the country is using it. The firm is acting within its contract and the law — yet its choice affects soldiers, civilians and a sovereign government’s defence.

◈ The Ethical Dilemmas

• Corporate autonomy vs public responsibility: can a private firm make decisions with the consequences of foreign policy?
• Legality vs legitimacy: an act may be lawful yet lack accountability — no voter, parliament or court reviews it.
• Neutrality vs complicity: continuing a service may enable harm; withdrawing it may also harm people who relied on it in good faith.
• Concentration of power: one individual’s values substitute for institutional decision-making.

▤ Ethics Toolkit — Ideas to Deploy

• Gandhian trusteeship: holders of great wealth and capability are trustees for society, not absolute owners.
• Kant: users of a service must be treated as ends, not as means to the owner’s goals — reliability is a duty owed to them.
• Stakeholder theory vs shareholder primacy: duties extend to all affected, not just owners.
• Values: accountability, transparency, integrity, trustworthiness and the rule of law.
• Policy lesson for India: build contractual safeguards and domestic alternatives so that critical services never rest on a single private discretion.

✎ Mains Practice Question

Private technology companies now control services that are critical to the security and welfare of entire nations. Identify the ethical issues involved when such a company unilaterally restricts its services, and suggest how accountability can be ensured. 20 marks · 250 words