GS Paper III 2019

GST, in force from 1 July 2017, replaced many central and state levies with one destination-based tax on the supply of goods and services.

Taxes subsumed

• Central: central excise duty and additional excise duties, service tax, additional customs duty (CVD), special additional duty (SAD), and central surcharges and cesses on goods and services.
• State: VAT, central sales tax, purchase tax, luxury tax, entry tax in all forms, entertainment tax (except where levied by local bodies), taxes on advertisements, lotteries, betting and gambling, and state cesses and surcharges.
• Still outside: basic customs duty, alcohol for human consumption, stamp and electricity duties; petroleum products stay out until the GST Council decides.

Revenue implications

• Wider net: registration, input-tax credit chains and e-way bills widened the base and improved compliance, so collections rose over time despite uneven monthly receipts in the first two years.
• Rate erosion: repeated rate cuts and exemptions pulled the effective rate below the design assumption, and the 2019 slowdown weakened collections further.
• States: a guaranteed 14 per cent yearly growth over 2015-16 revenue for five years, funded by a compensation cess, protected state budgets, but delayed payments strained Centre-State trust.
• Autonomy: a shared base means neither level can change rates alone, narrowing the States' fiscal room.

GST has unified the market and widened the base; steady revenue now needs fewer slabs, tighter compliance and a settled arrangement with the States.

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By 2018-19 India was among the fastest-growing large economies and consumer inflation sat inside the RBI's 2-6 per cent target band. I agree only partly: these numbers show macroeconomic stability, which is a floor for good health, not proof of it.

What the headline numbers show

• Credibility: inflation targeting, GST, the Insolvency and Bankruptcy Code and easier business rules raised macroeconomic credibility and investor confidence.
• Cushion: contained fiscal and current-account deficits and low inflation protected real incomes and gave the RBI room to cut rates.

What they leave out

• Slowdown: growth fell to about 5 per cent in April-June 2019, with weak private investment, consumption, exports and credit.
• Cost of low inflation: soft food prices squeezed farm returns, and weak rural incomes dragged consumption down.
• Jobs: growth has not created enough quality jobs for new entrants; informal and small units carry the stress, so gains are unequal.
• Credit: high bad loans in banks and the IL&FS default (2018), followed by an NBFC squeeze, choked lending to consumers, MSMEs and investors.

Macro stability is the base on which recovery can be built, not the finished house; the economy will be in good shape only when investment, jobs, rural incomes and credit revive together.

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An Integrated Farming System links crops with livestock, fish, poultry, bees or trees on one holding, so that the by-product of one enterprise becomes the input of another.

How IFS sustains production

• Recycling: crop residue feeds animals, dung and slurry return as manure or biogas, pond silt fertilises fields; purchased inputs fall and soil health improves.
• Efficiency: land, water and family labour work through the year, raising output per hectare and cutting dependence on chemicals.
• Stable income: several enterprises spread weather and price risk and give year-round cash and employment, most useful for small and marginal holdings, the vast majority of Indian farms.
• Resilience and nutrition: mixed systems buffer drought and flood losses, fit organic farming and agroforestry, and diversify the family diet; ICAR's farming-systems research and rainfed-area programmes promote such models.

Where it falls short

• It needs capital, skills, labour and market links; gains vary with land, water and location; weak extension and credit gaps slow adoption.
• It complements, rather than replaces, productivity gains in the main cereal belts.

IFS goes a long way towards sustaining production and livelihoods on small farms, but only where credit, training, extension and markets make it workable.

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Watershed development treats a drainage basin as one unit, conserving rain, soil and vegetation from ridge to valley. India applied it to rainfed farmland through NWDPRA (1990-91), then the Integrated Watershed Management Programme, and now PMKSY's watershed component.

Impact on production

• Water: check dams, farm ponds, contour bunds and trenches slow run-off and recharge groundwater, so wells last longer and soil moisture carries crops through dry spells.
• Soil: erosion control and vegetative cover retain topsoil and organic matter, restoring the productivity of degraded land.
• Cropping: protective irrigation makes a second crop possible, lifts yields and allows a shift to horticulture, fodder and livestock in dry districts.
• Stability: steadier output and income against rainfall variability, wage work during construction, greener commons and, in many villages, less distress migration.
• Institutions: village watershed committees plan and maintain works, building local ownership of the assets.

Where results fall short

• Gains fade where structures go unmaintained, participation is weak, better-off farmers capture the recharge, or the monsoon fails altogether; rainfed yields still trail irrigated ones.

Watershed programmes have made rainfed farms more productive and resilient; lasting impact depends on community upkeep and convergence with MGNREGS and PMKSY.

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Visvesvaraya built the water systems that made dry land farmable; Swaminathan raised what that land could yield. Together they form one chain from water to food.

Sir M. Visvesvaraya: water engineering

• Block system of canal irrigation in the Deccan, rationing water by turns so that more land was irrigated from the same flow.
• Automatic reservoir sluice gates that raised storage safely; chief engineer of the Krishnaraja Sagara dam on the Cauvery, which supplies irrigation and drinking water to this day.
• Flood-protection system for Hyderabad; planning by data, economy and technical education; Engineers' Day on 15 September honours him.
• Benefit: secure cultivation in dry tracts, city water supply, and a model of engineering-led public works.

Dr M. S. Swaminathan: agricultural science

• Led the adaptation and spread of high-yielding wheat and rice as head of IARI and ICAR, turning the Green Revolution into food self-sufficiency after the shortages of the 1960s.
• Chaired the National Commission on Farmers, which urged MSP at least 50 per cent above the cost of production; argued for an 'evergreen revolution' that sustains yields without harming soil and water.
• Benefit: higher yield per hectare, food security and higher farm incomes, and a farmer-centred policy agenda.

One gave India its water systems, the other its seeds and farm-policy ideas; together they anchor irrigation-led, science-led agriculture and food security.

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In June 2019 ISRO announced that India would build and run its own space station in low Earth orbit rather than join the International Space Station.

The plan

• A modular station as the follow-on to Gaganyaan, India's first human spaceflight mission, for crewed stays and microgravity research.
• Announced by ISRO chairman K Sivan in June 2019; since then the Cabinet approved the first module, BAS-1 of the Bharatiya Antariksh Station, in September 2024, targeting launch in 2028 and the full station by 2035.

Benefits to the space programme

• Science: a permanent microgravity laboratory for materials, biology, medicine and physical sciences, plus in-orbit tests of new technologies.
• Capability: docking, life support, crew transfer and long-duration human presence build the skills for deeper missions, including a crewed lunar landing targeted for 2040.
• Autonomy: India sets its own research agenda and partnerships rather than depending on others' stations.
• Industry: steady demand for modules, launches and services gives firms and start-ups, supported by IN-SPACe, a pipeline of work.

Challenges

• High cost, radiation and life-support risks, heavy-lift launch capacity, docking reliability, and justifying the spend against social priorities.

A station would turn Gaganyaan's first crewed flight into a lasting human presence in orbit, provided cost, safety and launch capacity are managed well.

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Beaches and dunes are natural sea-walls that rivers and waves rebuild only slowly; mining removes sand faster than nature returns it.

Impact along the coast

• Erosion: removing beach and dune sand lets waves reach inland, shrinks the shoreline and weakens the buffer against cyclones and storm surges.
• Ecology: nesting sites of turtles, crabs and shorebirds are lost; mangroves, estuaries and seagrass suffer; turbid water harms fish breeding.
• Water: the beach water table falls and seawater enters aquifers and river mouths, turning wells and fields saline.
• Livelihoods: fishing grounds, landing sites and tourism decline; locals bear the cost while contractors and illegal operators profit.

Examples

• Alappad, Kollam (Kerala): shoreline loss around beach-mineral mining by IREL and KMML, which began in the 1960s, led the National Green Tribunal to take suo motu notice in 2019.
• Beach-sand minerals: responding to illegal mining, the Centre canalised their export through IREL (2018) and in February 2019 set the monazite threshold at zero, placing monazite-bearing beach sand under complete government control.
• Law: the CRZ Notifications (2011, 2019) prohibit sand mining in the regulated zone, and Deepak Kumar (2012) requires environmental clearance even for small minor-mineral leases, yet enforcement remains weak.

Coastal protection needs strict CRZ enforcement, scientific extraction limits, alternatives such as manufactured sand and recycled construction waste, and community watch over beaches.

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The same cyclone kills in one place and only disrupts in another. Vulnerability explains the gap: UNDRR defines it through the physical, social, economic and environmental factors that make people or assets susceptible to a hazard.

Characterising vulnerability

• Risk rises with hazard, exposure and vulnerability and falls with coping capacity; vulnerability is read through exposure (location), susceptibility (housing, health, income) and resilience (assets, insurance, institutions), and it varies within one village.

Types of vulnerability

• Physical: weak masonry, houses on floodplains, coasts, steep slopes and seismic zones, fragile lifelines; mapped in BMTPC's Vulnerability Atlas of India.
• Social: poverty, gender, age, disability, caste and low awareness; women, children, the elderly and the disabled suffer most.
• Economic: dependence on one livelihood such as rainfed farming or fishing, with no savings or insurance.
• Environmental: loss of forests, wetlands and mangroves that once absorbed floods, slides and storm surges.
• Institutional and attitudinal: weak early warning, lax building-code enforcement, fatalism; Odisha's journey from the 1999 super cyclone to Phailin (2013) shows these can be cut sharply.

Unlike the hazard, vulnerability can be reduced: safer construction, land-use planning, secure livelihoods, awareness and inclusive preparedness are the core of disaster risk reduction.

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In 2019 the Centre banned Jamaat-e-Islami (Jammu and Kashmir) under the UAPA, turning attention to the civilian network that keeps militancy alive.

Role of over-ground workers

• Who: civilians living ordinary lives (relatives, sympathisers, drivers, shopkeepers, students) who covertly serve militants; Maoist areas have similar village networks.
• Logistics: shelter, food, medicines, transport, safe houses and couriers; local knowledge of terrain and patrols aids ambush and escape.
• Eyes, money and voice: tip-offs on security forces, moving hawala funds, spreading propaganda, radicalising youth and mobilising crowds at encounter sites.
• Why hard to counter: unarmed and shielded by kinship, fear or sympathy, they blend into the population; heavy-handed action alienates the very community whose help is needed.

Measures to neutralise them

• Intelligence-led policing: map networks through human and technical intelligence, community policing, and monitoring of social media and digital money trails.
• Law with due process: UAPA and NIA action against organisations and financiers, and tracking of hawala, without blanket detentions.
• Drain the pool: youth outreach, skills and jobs, counselling and de-radicalisation, rehabilitation for those who leave, and swift, fair justice when forces overstep.

Neutralising OGWs takes precise intelligence, legal and financial pressure on their networks, and political and developmental outreach that leaves them without local sympathy.

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CyberDome is Kerala Police's cyber centre of excellence at Technopark, Thiruvananthapuram: a public-private partnership that pools police, government departments, industry, academia, ethical hackers and international agencies to prevent and investigate cyber crime.

How it helps control internet crime

• Prevention: threat intelligence, monitoring and awareness campaigns against online fraud and abuse; its Counter Child Sexual Exploitation centre traces offenders and gets abusive material removed.
• Investigation: volunteer ethical hackers and forensic experts help trace offenders and secure evidence; a drone forensic lab extends skills to new technology.
• Capacity: police training, threat research and in-house tools fill skill gaps in ordinary policing, with volunteer expertise adding scarce manpower at little cost.
• National template: each state could run such a hub linked to CERT-In, the Indian Cyber Crime Coordination Centre and the national cyber-crime reporting portal, giving a common front against crime that crosses state lines.

Limits

• A state pilot cannot reach cross-border crime or encrypted and foreign-held data; it needs statutory backing, privacy safeguards for citizens' data, and cooperation from platforms and foreign agencies.

CyberDome shows that police, industry and academia working together can prevent and solve cyber crime; scaled up with legal backing and privacy safeguards, it can serve as a national model.

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Inclusive growth is growth whose gains, in jobs, incomes and services, reach every section and region; sustainability asks that this growth not exhaust the natural base on which the poor depend most. The Twelfth Plan's theme of faster, more inclusive and sustainable growth and the SDG pledge to leave no one behind treat the two as one agenda.

Why the two aims belong together

• The poor live closest to nature: they depend on land, water, forests and fisheries, and suffer first from polluted air, degraded soils and climate shocks, so protecting resources protects their livelihoods.
• Inclusion can advance sustainability: Ujjwala's clean cooking cuts indoor smoke and firewood pressure; solar power and community forest management under the Forest Rights Act reduce both poverty and pressure on nature.
• Both need the same instruments: secure tenure, local participation, public services and long-horizon investment, which a growth-only strategy neglects.

Where they pull apart

• Cheap coal and thermal power for jobs and industry against carbon emissions and air quality.
• Mining, dams and highways that displace tribal and forest-dwelling communities in the name of growth.
• Subsidised power, water and fertiliser that lift output today but deplete aquifers and soils tomorrow.

The record so far

• Job creation has lagged growth, regional and income gaps persist, and air, water and soil degradation has risen; neither inclusiveness nor sustainability follows from growth automatically.

Comment

• The argument holds in principle: a growth path that excludes the poor or destroys the commons cannot last. It holds in practice only when the two aims are planned together, with carbon and resource limits built into industrial policy, consent and rehabilitation in resource projects, and green jobs targeted at the poorest.

Inclusive growth can meet both objectives only if jobs, services and environmental safeguards are designed as one package, with the poor as partners in protecting resources rather than the casualties of using them.

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Since 1991 the budget's task has changed from expanding the State to disciplining it: each Union Budget must fund development and welfare while holding the deficit, with revenue that has often grown less than projected.

Why expenditure management is hard

• Rigid commitments: interest payments, salaries, pensions, defence and subsidies absorb a large committed share of revenue, leaving little discretionary room for capital and social spending.
• Deficit discipline: the FRBM Act, 2003 sets deficit and debt targets, but shocks, escape clauses and revenue shortfalls have repeatedly pushed consolidation back.
• Subsidy pressure: food, fertiliser and fuel subsidies swell with world prices and electoral politics, while leakages persist despite targeting.
• Quality: revenue spending crowds out capital outlay; projects overrun cost and time; schemes overlap; outputs are counted more than outcomes.
• Transparency: off-budget borrowing, such as FCI's food-subsidy dues financed by loans from small savings, has understated the true deficit, and audit gaps weaken accountability.
• Federal squeeze: the Fourteenth Finance Commission's 42 per cent devolution, GST compensation and rising social-sector expectations narrow the Centre's fiscal room.

Reforms that address the challenge

• Merger of the Plan and non-plan classification in 2017-18, with outcome budgets that tie allocations to results.
• Direct benefit transfers and Aadhaar-linked payments to cut leakage; the Public Financial Management System to track releases to the last rupee.
• The N. K. Singh committee's debt-to-GDP anchor to give consolidation a stable, medium-term path.

Public expenditure management is hard because commitments are rigid, revenue is uncertain and outcomes are hard to see; sharper targeting, transparent accounts and outcome-based budgeting can make each rupee count.

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The Targeted Public Distribution System delivers the grain entitlement of the National Food Security Act, 2013 to up to 75 per cent of rural and 50 per cent of urban India: 5 kg per person a month for priority households and 35 kg per Antyodaya household. Reforms have attacked leakage, bogus cards and exclusion through law, technology and delivery changes.

Reformative steps

• Legal entitlement: the NFSA made subsidised grain a right, initially at Rs 3, 2 and 1 per kg for rice, wheat and coarse grains.
• Digitisation: computerised ration cards and beneficiary lists, seeded with Aadhaar, removed duplicate and bogus cards; the Annavitran portal tracks distribution.
• Shop automation: electronic point-of-sale devices with Aadhaar authentication ensure the right beneficiary gets the right quantity.
• Supply chain: GPS-tracked trucks, SMS alerts to cardholders, doorstep delivery to fair price shops and modern silos cut diversion and losses.
• Portability: Integrated Management of PDS and One Nation One Ration Card let migrants draw grain at any shop.
• Accountability: State Food Commissions, district grievance officers, social audits, vigilance committees, toll-free helplines and transparency portals.
• Cash transfer pilots: direct transfer of the food subsidy in Chandigarh and Puducherry (September 2015) and part of Dadra and Nagar Haveli (March 2016).

How far effective

• Gains: bogus cards weeded out, diversion at shops reduced, migrants covered and grievance channels created.
• Gaps: Aadhaar authentication and connectivity failures can shut out the genuinely poor; storage and transit losses continue; State Food Commissions are weak; coverage caps still rest on the 2011 Census.

The reforms have made distribution more targeted and transparent; the next step is to fix exclusion at the point of sale, storage losses and grievance redress so that no eligible household is left out.

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Food processing adds value to farm produce, cuts post-harvest waste and creates jobs off the farm, yet India processes only a small share of what it grows; the Ministry of Food Processing Industries leads the policy response to this gap.

The challenges

• Low processing of perishables and high post-harvest losses; thin cold chains and fragmented farm-to-factory linkages; small unorganised units; uneven quality standards; limited credit and skills.

Policy response

• Infrastructure: Pradhan Mantri Kisan SAMPADA Yojana (2016-20, Rs 6,000 crore) funds mega food parks, integrated cold chains, processing units, agro-processing clusters, backward and forward linkages, food-safety laboratories and skills.
• Price and supply stability: Operation Greens (2018) for tomato, onion and potato value chains, to cut wastage, stabilise prices and link growers to processors.
• Investment and credit: 100 per cent FDI is allowed in food processing, and a special NABARD fund gives cheaper credit to food parks and agro-processing units.
• Quality and safety: the Food Safety and Standards Act, 2006 and FSSAI licensing, standards and testing laboratories raise quality for domestic and export markets.
• Markets: the Agriculture Export Policy, 2018 and World Food India events promote processed-food exports and attract investors.
• Since then: the scheme for formalising micro food processing enterprises (2020) and a production-linked incentive scheme (2021) support small units and Indian brands.

Assessment

• The mix addresses the supply side, but last-mile cold chains, farmer-processor contracts, skills and steady domestic demand for processed food remain weak, so the assets created do not yet deliver their full value.

Infrastructure, credit, standards and price stabilisation tackle the supply side; the sector will grow when farmer-processor links, last-mile cold chains, skills and demand for value-added food are built together.

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After India had to fight patents on turmeric and neem in foreign patent offices, it moved from costly case-by-case reaction to a proactive defence: give examiners the evidence that the knowledge is old, so that wrong patents are never granted.

Documenting prior art: the TKDL

• Set up in 2001 by CSIR with the Ministry of AYUSH, the Traditional Knowledge Digital Library converts formulations from Ayurveda, Unani, Siddha and Yoga texts into five international languages, organised under the Traditional Knowledge Resource Classification.
• Patent examiners at offices such as the European Patent Office and the USPTO search it under a non-disclosure access agreement, so prior art is visible before a grant.
• CSIR files third-party observations and pre-grant oppositions with TKDL evidence; hundreds of applications abroad have been rejected, withdrawn or amended.

Domestic law

• Patents Act, 1970: Section 3(p) bars patents on what is in effect traditional knowledge, and Section 25 allows opposition on the ground of knowledge held by local or indigenous communities.
• Biological Diversity Act, 2002: National Biodiversity Authority approval is required before seeking intellectual property rights on Indian biological resources, with benefit-sharing for the communities concerned.

International effort

• India has pressed for mandatory disclosure of the source of genetic resources and associated traditional knowledge in patent applications; WIPO adopted a treaty on this in 2024.

Limits

• TKDL covers documented texts of Indian medicine; oral and community knowledge, and fields beyond medicine, are harder to protect, so monitoring of patent filings must continue.

India's method is to prevent wrong grants by giving examiners the evidence rather than lock knowledge away; extending it to oral knowledge and to more patent offices would widen the shield.

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Biotechnology applies biological knowledge, from genes to microbes, to make crops, livestock and inputs more productive and resilient. For a farmer it can mean more output per acre, lower input bills, fewer losses and new sources of income, all of which lift living standards.

Higher and more stable output

• Pest-resistant varieties: Bt cotton, approved in March 2002, cut bollworm damage and raised output; marker-assisted breeding speeds the release of improved varieties.
• Stress tolerance: crops bred for drought, salinity, flood and pests protect incomes in rainfed and coastal areas, and genome editing offers faster, targeted improvement.
• Tissue culture: disease-free, uniform planting material for banana, sugarcane, potato and flowers raises yield and quality; national certification of tissue-culture plants protects growers.

Lower costs and healthier soils

• Bio-inputs: biofertilisers, biopesticides and bio-control agents cut chemical bills, restore soil health and support organic and natural farming.

Livestock and fisheries

• Vaccines and diagnostics, artificial insemination, embryo transfer and improved fish strains raise milk and fish output and cut disease losses, the mainstay of landless and small households.

Nutrition and income beyond the field

• Biofortified crops tackle hidden hunger in farm families; bio-processing and waste-to-energy add income beyond the farm gate.

Concerns to manage

• Seed costs and corporate control; pest resistance, as with pink bollworm in Bt cotton; biosafety and biodiversity risks; and public trust. GEAC regulates approvals, and the Department of Biotechnology's Biotech-KISAN programme links scientists with farmers so that technology reaches the field with support.

Biotechnology can raise yields, incomes and nutrition, provided farmers get affordable, safe and well-regulated technology with extension support, as Biotech-KISAN tries to ensure.

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Carrying capacity is the largest population, or level of activity, that an environment can support indefinitely without degrading the resources that sustain it. NCERT's textbook puts it as nature's limit K: a habitat has resources for a maximum number of a species, beyond which no further growth is possible.

The concept

• Ecological base: food, water, space and the capacity to absorb waste set the ceiling; for human populations the ceiling also depends on consumption levels and technology, so it is a range rather than a fixed number.
• Dimensions: ecological, physical, social and economic capacity, including tourist carrying capacity; efficiency and recycling can stretch limits, while overuse lowers them.

Why it is vital in regional planning

• Sets the envelope: planners assess water, land, energy, airshed and waste-assimilation limits before fixing targets for population, industry, tourism and urban growth, then zone land and set thresholds.
• Fragile regions: hills, coasts, wetlands and forests have low thresholds; eco-sensitive zones and the Gadgil panel's graded zoning of the Western Ghats apply the idea to development control.
• Warning signs of exceeded capacity: Joshimath's subsidence linked to unplanned construction, Chennai's 2019 water shortage, falling groundwater tables and polluted rivers show loads beyond local limits.
• Tools: environmental impact assessment with cumulative-impact studies, ecological footprint, water and pollution budgets, land-use zoning, monitoring, and scenarios that include climate change.
• Sustainable development link: staying within capacity protects ecosystem services and future generations, and shows where efficiency can stretch limits and where conservation must prevail.

Planning within carrying capacity keeps development inside ecological limits; because those limits shift with technology and consumption, estimates must be reviewed regularly and applied with precaution.

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Preparedness starts with knowing where a hazard can strike and how badly. Landslide hazard zonation grades hilly terrain into classes from very low to very high hazard, using slope, geology, drainage, land use, rainfall and the record of past slides.

What zonation gives

• A map that ranks terrain by relative hazard at a usable scale; the Geological Survey of India, the nodal agency, has been mapping landslide susceptibility of the hilly areas at 1:50,000 (since then completed nationwide), and NDMA's 2019 National Landslide Risk Management Strategy makes mapping its first component.

How it helps mitigation

• Land-use planning: keeps settlements, schools, hospitals and industries out of high-hazard zones; regulates construction in hill towns; restricts slope cutting and debris dumping.
• Infrastructure: guides safer alignments for roads, railways and hydel projects, and where risk remains, the design of drainage, retaining walls, rock bolting and bio-engineering.
• Prioritising money: high-hazard zones with people and assets at risk get funds first for stabilisation, drainage and relocation, so limited budgets save the most lives.
• Early warning and response: zones anchor rainfall thresholds, sensor and satellite monitoring, alerts, evacuation routes, shelters and drills for high-hazard villages.
• Awareness and law: published maps inform residents, and can back building codes, insurance pricing and enforcement.

Limits

• Maps are static and scale-dependent, need updating after heavy rain, earthquakes or construction, and work only when combined with risk assessment and local enforcement.

Zonation turns landslide preparedness from reaction into planning: it shows where not to build, where to invest in protection and whom to warn first, but it protects lives only if it is updated and enforced.

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In 2019 Parliament amended the Unlawful Activities (Prevention) Act, 1967 and the NIA Act, 2008, allowing the Centre to designate individuals as terrorists and widening the National Investigation Agency's reach.

What changed

• UAPA: the Centre can notify individuals, not only organisations, as terrorists; a person so named may seek de-notification from the Government and then a Review Committee.
• Investigation and property: NIA officers of Inspector rank can investigate UAPA cases, and the NIA Director-General, rather than the State police chief, approves attachment of property in NIA cases.
• NIA Act: the schedule adds human trafficking, counterfeit currency, prohibited arms, cyber-terrorism and explosives offences, and the agency can probe offences abroad against Indians or India's interests.

Why now: the security environment

• Banned groups reappear under new names, online-radicalised individuals act alone, and the UN already lists individuals, as with Masood Azhar in May 2019; Indian law had no equivalent tool.
• Security case: quicker action against leaders, financiers and ideologues, stronger asset attachment, and one specialist agency for terror-linked trafficking, fake currency and cyber crime.

Why human-rights groups oppose the UAPA

• Designation by executive order, without trial or independent review, harms reputation and liberty before guilt is proved; vague terms open the law to misuse against dissent, risking Articles 14, 19 and 21.
• Section 43D makes bail hard, so undertrials spend years in custody while conviction rates stay low; the NIA's expanded reach cuts into the States' police powers.

The amendments aim at a faster, more national response to terror; their legitimacy will rest on safeguards, clear criteria, independent review and judicial oversight, so that the law targets terrorists and not dissent.

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The 1,643 km India-Myanmar border runs through Arunachal Pradesh, Nagaland, Manipur and Mizoram across forested hills shared by kin communities; open, rugged and barely fenced, it serves militants, smugglers and traffickers as easily as ordinary border trade and family ties.

Challenges beyond insurgent crossings

• Sanctuaries: NSCN (K), ULFA (I) and Manipur-based groups shelter, train and stage attacks from camps in Myanmar, as in the Chandel ambush of 4 June 2015 that killed 18 soldiers.
• Free Movement Regime: the 16 km visa-free belt for border communities has been misused by militants and smugglers; in February 2024 the Government announced it would end it and fence the border.
• Narcotics and arms: Golden Triangle heroin and methamphetamine enter through Manipur and Mizoram; small arms reach insurgents via Myanmar-based groups; fake currency and wildlife products also cross.
• Migration: inflows from Myanmar, including Chin and Rohingya refugees, strain local resources and sharpen identity and security anxieties in border districts.
• Terrain and reach: few roads, posts and surveillance assets, so policing is thin and intelligence patchy.

Steps to counter them

• Physical control: fencing and patrol tracks where feasible, more border outposts and roads, drones and sensors, and a stronger Assam Rifles with police intelligence.
• Regulated crossings: registration of border communities and documented movement through designated points, so genuine ties continue without cover for crime.
• Cooperation with Myanmar: coordinated operations with the Myanmar Army against camps, the Land Border Crossing Agreement of 11 May 2018, and intelligence sharing on drugs and arms.
• Development and peace: border-area development, connectivity projects, and peace talks with insurgent groups to shrink local support for insurgency and smuggling.

Effective border policing needs fencing and surveillance where terrain allows, regulated crossings for genuine border communities, cooperation with Myanmar, and development and peace efforts that dry up local support for insurgency and smuggling.

Written by Minimalist IAS from facts checked at source (how we verify) — a little fuller than exam length, so every part of the question is covered; in the hall, keep the structure and trim the detail. UPSC publishes no model answers: compare your structure and coverage with this, then write your own.