Why in news?

The Koder House, a key heritage landmark in Fort Kochi functioning as a luxury hotel, was gutted by a major fire.

The structure is believed to have first been built during the Dutch occupation of Kochi (1663–1795) and was later bought and renovated by SS Koder, patriarch of a Paradesi Jewish family, in the 19th century.

What’s in Today’s Article?

• How Old Is the Structure?
• Who Were the Koders?
• The Koders' Legacy in Fort Kochi
• What Made the Structure Architecturally Unique?
• What the Fire Destroyed?

How Old Is the Structure?

• Heritage experts agree the building is old, but its exact construction year cannot be ascertained due to a lack of documentation.
• Former Mayor of Kochi and member of INTACH Kerala chapter, estimates the building to be at least two centuries old.
• Other experts date it to around three centuries, saying it "bears the signs of at least 300 years of history."
• The hotel's own website had claimed it was a Portuguese structure, but historians and heritage experts say this is inaccurate — the building is more recent and was built during the Dutch period.

Who Were the Koders?

• The Dutch reasons for constructing the building are unknown, but SS Koder renovated it and used it as his family home.
• Origins — A Point of Disagreement Among Experts
  • Few analysts say the Koders were Paradesi Jews — immigrants from outside India, with most of the community's migration originating from Spain and other parts of Europe.
  • Other analysts, however, believe the Koders migrated from Iraq, tracing the family's roots to West Asia.
  • Unlike most Paradesi Jews — distinct from Kochi's Malabari Jews — who emigrated to their countries of origin or Israel in the 1950s, the Koder family never left Fort Kochi.
  • Experts note that family members are "buried in Kochi."

The Koders' Legacy in Fort Kochi

• The Koders were among the richest families in Fort Kochi, with wide-ranging civic and commercial influence.
• Samuel Koder served as the Cochin princely state's Honorary Consul to the Netherlands and later as municipal chairman of Fort Kochi.
• The family brought electricity to Kochi through the Cochin Electric Company, burning coal to generate power and supplying it across Fort Kochi and Mattanchery islands.
• They were prominent traders with global connections, running a textile and crockery store that doubled as a luxury goods outlet.
• Before economic liberalisation, when foreign goods were unavailable in Kerala or India more broadly, the Koders imported luxury items and sold them to the local populace.

What Made the Structure Architecturally Unique?

• The main Koder House has a simple architecture with balconies, built by the Dutch and later renovated by the Koders.
• But its most distinctive feature lies at the rear:
  • A Guest House, connected to the main building by a wooden bridge.
  • This guest house was where the Koders hosted entrepreneur and business friends from across the globe.
  • The guest house also has a courtyard containing a small pond, or Mikvah — a space for Jewish ritual/holy bathing.
  • According to experts, this is believed to be the only such Mikvah in Ernakulam — making it a site of singular religious and cultural significance.
• What survived: Kerala's fire service confirmed that only the top floor of the main Koder House was gutted. The flames were prevented from spreading to the historic guest house, the Mikvah, and the connecting wooden bridge.

What the Fire Destroyed?

• According to fire service officers, the top floor's ancient roof and columns were gutted.
• Beyond the physical structure, the loss extends to irreplaceable historical material:
  • Photographs and paintings documenting the Koder family's history.
  • Furniture and tapestry, much of it originally imported from across the world.

Conclusion

The Koder House fire did more than damage a roof — it consumed photographs, paintings and furnishings that cannot be replaced, each a fragment of a Jewish community's three-century presence on India's coast.

With the Mikvah and guest house spared, part of that legacy survives. But the loss is a reminder that India's heritage structures, often undocumented and privately held, remain one accident away from permanent erasure.

Why in news?

A proposed merger of Tata Electronics Systems and Tata Consulting Engineers (TCE) with Tata Sons could fundamentally alter the holding company's character — reducing the proportion of its assets and income tied to financial and investment activities.

Tata Trusts argue this restructuring would let Tata Sons exit the RBI's regulatory definition of an NBFC or Core Investment Company (CIC), and thereby avoid mandatory stock exchange listing.

What’s in Today’s Article?

• Why Tata Sons Faces a Listing Requirement?
• Will the Tata Sons Board Agree?
• Will the RBI Approve It?
• The Core Strategy: Becoming Less of an Investment Company
• Tata Electronics: The Group's Fourth-Largest Company

Why Tata Sons Faces a Listing Requirement?

• Tata Sons currently functions primarily as the principal holding company of the Tata Group, with large investments across group companies.
• The company has been classified by the RBI as an "upper-layer NBFC". This classification triggers a mandatory listing requirement under RBI norms.
• Tata Sons had sought deregistration from the NBFC framework, but the RBI rejected this request.
• The company is also navigating other unresolved matters: AGM approval for Chairman N Chandrasekaran's continuation, the status of the AGM itself, and the removal of a restraining order on the Sir Ratan Tata Trust.

Will the Tata Sons Board Agree?

• This is the central uncertainty, shaped by an ongoing power struggle within the group.
  • On September 17, 2026, the Tata Sons board voted 4:1 to proceed with the RBI-mandated listing process.
  • In favour: Harish Manwani, Anita M. George, Venu Srinivasan, and Saurabh Agrawal.
  • Opposed: Only Noel Tata.
• Tata Sons board may meet and take a decision on the latest proposal. Going by the tone of the September 17 meeting, they are likely to oppose it. Even if the board agrees, the RBI will have to be convinced.
• This sets up a two-stage hurdle: first the board, then the regulator.

Will the RBI Approve It?

• The RBI holds substantial regulatory power over the NBFC sector, and its approval is far from guaranteed.
• The restructuring does not automatically mean Tata Sons will cease to be classified as an NBFC or CIC.
• The final outcome depends on:
  • The precise structure of the merger transactions.
  • The post-merger business composition of Tata Sons.
  • How the RBI applies its regulatory criteria to the restructured entity?
  • Whether the Tata Sons board gives its go-ahead in the first place?

The Core Strategy: Becoming Less of an Investment Company

• A Core Investment Company (CIC) is, by definition, an entity whose principal business is acquiring shares and securities of group companies, subject to RBI's regulatory criteria.
• The restructuring is designed to change this fundamental character — making Tata Sons more of an operating company and less of an investment company.
• This would work through two routes:
  • Tata Electronics — brings a large manufacturing and semiconductor business directly into Tata Sons.
  • TCE — adds an established engineering and consultancy operation with substantial independent revenues.
• If, after restructuring, Tata Sons no longer satisfies the regulatory conditions for CIC/NBFC classification, the basis for mandatory listing could itself change.
• In essence, instead of being primarily a holding company with investments in Tata companies, Tata Sons would directly own and operate major businesses.

Tata Electronics: The Group's Fourth-Largest Company

• Tata Electronics has become one of the Tata Group's fastest-growing operating businesses.
  • In just four years, it has grown to become the group's fourth-largest company by revenue, at ₹131,082 crore.
  • Its workforce of 86,466 is nearly two-thirds women.
  • It positions itself as an integrated player across electronics and semiconductors — spanning electronics manufacturing, semiconductor fabrication, advanced packaging, and indigenous chip development.
  • Its operating profit has reached breakeven, marking a shift from a capital-intensive startup phase to commercial operations.
• Key Achievements
  • Manufactured about 12% of total global iPhone volume in 2025.
  • Building India's first high-volume semiconductor fabrication facility in Gujarat (Dholera).
  • Packaged what Tata describes as India's first indigenous microprocessor.

TCE: Adding a Fee-Generating Engineering Business

• Tata Consulting Engineers (TCE) is India's largest private-sector engineering and project consultancy, established in 1962, with projects executed in 60 countries.
  • Reported consolidated income of ₹2,885 crore in FY26.
  • Provides engineering and project-management capabilities across a wide range of sectors.
  • Acts as an "Owner's Engineer and Project Consultant," offering services from concept development to commissioning, while integrating digital technologies and sustainability practices.
• Analysts note TCE's inclusion is significant because it adds another operating, fee-generating business — not another investment-holding entity — to Tata Sons' balance sheet.

Conclusion

This is less a business merger than a regulatory redefinition — Tata Trusts are trying to change what Tata Sons is, not just what it owns. But the path runs through two gatekeepers who don't answer to each other: a divided board already leaning the other way, and a central bank that has already said no once.

Whether India's most storied holding company goes public may ultimately hinge on how convincingly a semiconductor plant and an engineering consultancy can make it look like something other than an investment company.

Why in the News?

• As the Union Public Service Commission (UPSC) marks 100 years of its institutional journey, its Chairman has emphasised reforms aimed at assessing reasoning, spontaneous thinking and judgment under ambiguity, rather than predictable or coached responses.

What’s in Today’s Article?

• UPSC at 100 (Evolution, Competency-based Assessment, Examination Integrity, Future, Key Challenges, etc.)

UPSC at 100: Institutional Evolution

• The first Public Service Commission in India was constituted on 1 October 1926 as an advisory body.
• Over the following decades, it evolved into an independent constitutional body responsible for conducting examinations and recruitment for various public services.
• The centenary celebrations, titled ‘Manthan’, brought together public officials and experts to discuss the changing requirements of civil services, innovations in public administration and the institutional values underlying public service.
• The UPSC undertakes around 250 recruitment processes every year across disciplines such as engineering, medicine, science, economics and defence.
• The Civil Services Examination is conducted annually for recruitment to services including the IAS, IFS and IPS.

Shift Towards Competency-Based Assessment

• A major theme highlighted by the UPSC Chairman Ajay Kumar is the need to assess capabilities that are difficult to reproduce through memorisation or coaching.
• The emphasis is on three interconnected abilities:
  • Reasoning: Ability to analyse information, identify relationships and reach logically supported conclusions.
  • Spontaneous thinking: Ability to respond appropriately to unfamiliar or unexpected situations.
  • Judgment under ambiguity: Ability to make reasoned decisions when information is incomplete or competing considerations are involved.
• This approach reflects the nature of public administration, where civil servants frequently have to deal with complex situations that may not have predetermined solutions.
• The Chairman also emphasised three principles for the Commission's next phase: trust, transparency and technology.
• At the same time, he stated that technological and examination-format changes should preserve the constitutional principles of merit, fairness and equal opportunity.

Technology and Examination Integrity

• The Commission is also expanding the use of technology in its examination processes.
• Measures highlighted during the centenary discussions include:
  • Digital e-admit cards
  • Face authentication to strengthen examination integrity
  • Universal Registration Number (URN) introduced in 2025
  • Randomised interview boards
  • A 30-channel IP-based Candidate Helpdesk
  • Expansion of examination centres
• The UPSC's technology journey itself has evolved over several decades, beginning with the introduction of computers in 1978.
• Technology can improve administrative efficiency and examination security, but its role is not limited to digitisation.
• The broader objective is to create systems that are accessible, transparent and capable of reducing procedural difficulties for candidates.

Future of Civil Services Recruitment

• The centenary discussions also focused on how the civil services must respond to changing governance requirements.
• Speakers highlighted the importance of outcome-oriented administration, reducing departmental silos, encouraging informed decision-making and preparing administrators for rapidly changing technological and social environments.
• Discussions also covered artificial intelligence, data analytics and digital architectures as tools for improving public-service delivery.
• Another issue raised was the need to widen recruitment from Tier-2 and Tier-3 cities and aspirational districts, thereby expanding the geographical diversity of the public-service talent pool.
• The examination system therefore faces a dual requirement: maintaining a rigorous and standardised selection process while ensuring that assessment methods remain relevant to the competencies required in contemporary governance.

Key Challenges in Examination Reform

• Reforming a large-scale competitive examination involves several considerations:
  • Objectivity: New assessment methods must retain measurable and comparable standards.
  • Fairness: Changes should not create advantages for candidates with access to specialised coaching or technology.
  • Transparency: Candidates should understand the broad principles and procedures governing evaluation.
  • Examination security: Greater digitisation requires strong safeguards for candidate data and examination infrastructure.
  • Accessibility: Technological reforms must remain accessible to candidates across different socioeconomic and geographical backgrounds.

Conclusion

• The UPSC's centenary provides an opportunity to examine how public-service recruitment can evolve alongside changing governance requirements.
• Greater emphasis on reasoning, spontaneous thinking and judgment under ambiguity, combined with technology-enabled examination processes, represents an effort to align selection methods with the competencies expected of future public servants.
• The continuing challenge is to introduce such reforms while preserving merit, fairness, transparency and equal opportunity.

Context:

• Technology is increasingly becoming the foundation of economic growth and national power.
• The global AI revolution has intensified competition in semiconductors, making technological self-reliance a strategic necessity.
• India's semiconductor and AI policies over the next few years will determine its position in the global technology value chain.

Global Semiconductor Race and India's Strategic Imperative:

• Semiconductors are critical to economic competitiveness, national security and technological sovereignty. Major economies are investing heavily to secure their position.
• For example,
  • Taiwan: Dominates advanced semiconductor fabrication and is indispensable to global supply chains.
  • South Korea: Samsung and SK Hynix have benefited from the AI-driven demand for advanced chips.
  • China: Has invested an estimated $150 billion in semiconductor self-sufficiency since 2015.
  • United States: The CHIPS Act provided $53 billion in direct subsidies, catalysing substantial private investment.
• India possesses two critical advantages - demographic scale and intellectual capital, supported by a large pool of engineers and scientists.
• However, historical underinvestment in technological sovereignty has left it vulnerable to external technology restrictions.
• The US restrictions on access to certain AI models highlight how technology denial can become an instrument of geopolitical influence.
• India must therefore develop indigenous capabilities to safeguard its strategic autonomy.

India's Semiconductor Initiatives - Progress and Limitations:

• The government has introduced several initiatives to strengthen domestic capabilities.
• For instance,
  • India Semiconductor Mission (ISM):
    • Promotes domestic semiconductor manufacturing and ecosystem development.
    • At SEMICON India 2026, the government reported 12 approved semiconductor manufacturing units, with committed investments of ₹1.64 lakh crore and five facilities in production.
    • ISM 2.0 envisages an additional ₹1.275 lakh crore.
  • Design Linked Incentive (DLI) Scheme: Supports semiconductor design and indigenous intellectual property (IP).
  • IndiaAI Mission: Strengthens India's AI ecosystem and access to computing infrastructure.
• Structural limitation:
  • Nine of the 12 approved units focus on conventional Assembly, Testing, Marking and Packaging (ATMP) or Outsourced Semiconductor Assembly and Test (OSAT).
  • These activities generally offer lower margins and limited technological differentiation compared with advanced packaging and chip design.
• Thus, investment commitments alone cannot establish technological leadership. India must move towards higher-value segments of the semiconductor industry.

From Electronics Assembly to Advanced Semiconductor Capabilities:

• India's electronics Production Linked Incentive (PLI) scheme successfully leveraged the China+1 strategy.
• It encouraged companies such as Apple and Samsung to diversify their manufacturing bases. India now assembles approximately 25–28% of iPhones globally.
• However, semiconductors present a different challenge. Unlike electronics assembly, the semiconductor industry is undergoing an architectural transformation driven by AI.
• The growing demand for AI computing has increased the importance of chip design, intellectual property (IP) and advanced packaging.
• Advanced packaging technologies, such as CoWoS (Chip-on-Wafer-on-Substrate), enable the integration of GPUs and high-bandwidth memory. They offer greater value addition than conventional packaging.
• India must therefore shift its focus towards advanced packaging, semiconductor research, indigenous design IP and fabrication capabilities.

Strengthening Semiconductor Research and Innovation:

• India lacks a dedicated semiconductor research institution with the depth required to develop advanced process technologies and indigenous IP.
• The proposed National Semiconductor Research Institute, envisaged under ISM 1.0, should be established without further delay.
• It should be jointly funded by the government and industry and focus on -
  • Developing indigenous semiconductor process technologies.
  • Promoting advanced chip design and intellectual property.
  • Building a skilled semiconductor workforce.
  • Strengthening collaboration between academia, industry and research institutions.
• Such an institution would bridge the gap between academic research and commercial semiconductor manufacturing.

India's Opportunity in AI Inference Chips:

• The AI semiconductor market is increasingly divided into two segments -
• AI training:
  • Training involves developing AI models using massive computing infrastructure.
  • This market is concentrated around NVIDIA's CUDA ecosystem and specialised chips developed by major cloud companies, making entry difficult for new players.
• AI inference:
  • Inference involves deploying trained AI models to generate responses and perform tasks.
  • It offers significant opportunities because computing requirements vary across cloud services, smartphones, defence, agriculture and industrial applications.
• Unlike AI training, inference does not require a single dominant architecture. This creates opportunities for specialised, application-specific chips.
• India has several advantages -
  • Approximately 1.25 lakh semiconductor design engineers.
  • The Digital India RISC-V (DIR-V) program, based on open-source RISC-V architecture, which can reduce dependence on proprietary instruction-set licensing.
  • Growing demand from defence, 5G infrastructure, agriculture and industrial applications.
  • A large domestic market and the IndiaAI Mission's sovereign computing initiatives.
• Developing indigenous AI inference chips could help Indian companies capture greater value in the semiconductor ecosystem.

Way Forward:

• India's primary challenge is the shortage of capital and institutional support for taking indigenous chip designs from prototypes to commercial production.
• The following measures are essential -
  • Expand the DLI Scheme: Provide sustained financial support to domestic fabless semiconductor companies, including commercialisation and tape-out stages.
  • Establish a Chip Design Commercialisation Fund: Approx. ₹1,000 crore fund, modelled on the National Investment and Infrastructure Fund (NIIF), to support Indian chip startups.

Conclusion:

• The AI-driven semiconductor supercycle offers an opportunity to strengthen India's economic competitiveness and strategic autonomy.
• A focused national strategy is essential for India to become a significant player in the global technology ecosystem.

Context

• India’s agricultural transformation is among the major achievements of independent India.
• Over six decades, it has become a leading producer of cereals, milk, fruits, vegetables and fisheries products.
• This progress resulted from public policy, scientific innovation, irrigation, institutional credit and farmers’ enterprise.
• The first transformation prioritised food security; the next must focus on rural prosperity by enabling farmers and rural enterprises to capture greater value beyond production.

From Food Security to Rural Prosperity

• Every agricultural commodity moves through a value chain involving production, aggregation, storage, logistics, processing, branding and marketing.
• Significant employment and enterprise opportunities arise at these stages.
• Therefore, agricultural finance must move beyond farm production towards financing the entire value chain.
• For decades, bank nationalisation, rural banks, cooperatives and the Kisan Credit Card expanded production credit.
• These institutions successfully supported the food-security objective.
• The emerging challenge, however, is to finance commercially viable activities that create value between the farm and final consumer.

The Challenge of Seasonal Agriculture

• Dairy, poultry and fisheries operate through continuous procurement and marketing cycles, generating relatively predictable cash flows and regular working-capital turnover.
• Seasonal commodities face greater financial pressure. Processors must procure large quantities during a short harvest period and finance inventories for the rest of the year.
• A company investing ₹500 crores in processing capacity may require ₹700–₹800 crore to procure, store and carry seasonal inventory.
• Without suitable working capital, even efficient enterprises can become commercially vulnerable.
• The sugar sector demonstrates how inventory finance and warehouse-backed lending can address seasonal constraints.
• Thus, sectoral growth depends not only on production potential but also on the availability and structure of finance.

Necessary Steps Towards Effective Agriculture Finance Mechanism

• Need for new mechanisms
  • India must build mechanisms for financing commercially viable activities across agricultural value chains.
  • Banks have introduced warehouse-receipt financing, receivables financing, food-processing finance and agricultural-infrastructure finance, while agri-focused NBFCs have developed innovative models.
  • However, these initiatives remain fragmented rather than forming an integrated financing architecture.
  • In 2023–24, agriculture and allied sectors recorded GVA of approximately ₹48.8 lakh crore, compared with institutional credit flow of around ₹20 lakh crore.
  • Indicative estimates suggest that the financing opportunity across agricultural value chains could exceed ₹14 lakh crore.
• Processing and Value Addition
  • India’s relatively low agricultural processing rate demonstrates considerable untapped potential.
  • Only around 10–12% of agricultural produce is processed, compared with approximately 35-45% across East, South and Southeast Asia and more than 60% in many developed economies.
  • Greater processing can generate value addition, longer shelf life, better market access and employment.
  • Achieving this requires financing systems aligned with commodity-specific value chains, rather than production alone.
  • A comprehensive framework should include product finance, receivables finance, warehouse-receipt finance, risk mitigation and credit enhancement.
  • Lending decisions should increasingly consider cash flows and value-chain characteristics, reducing excessive dependence on conventional collateral.

Towards Rural Industrialisation

• Value-chain finance can connect capital with farmers, input suppliers, aggregators, warehouses, processors, logistics providers, exporters and retailers.
• Financing each stage can strengthen the entire agricultural ecosystem.
• Greater access to capital can stimulate private investment, rural employment and processing capacity, while improving farmers’ participation in value creation.
• Locating processing and related enterprises closer to production centres can strengthen links between agriculture, manufacturing, logistics and services, thereby promoting rural industrialisation.

Conclusion

• India’s first agricultural transformation secured national food security; the next must create rural prosperity.
• Increasing production remains important, but sustainable prosperity requires greater value addition after harvest and wider participation in agricultural value chains.
• A shift from production-centric lending to comprehensive value-chain financing can unlock investment in storage, processing, logistics and markets.
• By mobilising capital throughout the ecosystem, India can convert agricultural strength into higher incomes, entrepreneurship, employment and rural industrialisation.
• Building a robust agricultural value-chain financing architecture can thus become a transformative reform for Viksit Bharat 2047, ensuring that the gains of agricultural growth extend beyond the farm to the wider rural economy.

Context

• National symbols are intended to create a shared sense of belonging in a diverse nation.
• However, nationalism becomes meaningful only when it accommodates pluralism, individual freedom and constitutional equality.
• The contemporary debate surrounding Vande Mataram raises a larger question: Can patriotism be strengthened through compulsion, or does genuine national belonging emerge from voluntary participation?

Historical and Constitutional Context

• The history of Vande Mataram demonstrates that India has previously addressed disagreements surrounding national symbols through accommodation.
• In 1937, the Congress Working Committee accepted objections to the later stanzas and adopted the first two for national gatherings.
• In 1950, Jana Gana Mana was adopted as the National Anthem, while Vande Mataram was accorded equal honour.
• This created an important distinction between respecting a national symbol and legally compelling participation in it.
• The principle of conscientious objection also has constitutional significance.

Vande Mataram

• Inclusive and Contested Dimensions
  • The first two stanzas celebrate the natural beauty and abundance of the motherland, making them accessible across religious communities.
  • The subsequent stanzas employ explicitly Hindu imagery, invoking Goddesses Durga, Lakshmi and Saraswati.
  • This generated objections among sections of Muslims and contributed to the eventual political compromise of 1937.
• The 1937 Settlement
  • The decision to use the first two stanzas for national gatherings represented an attempt to balance cultural heritage with religious pluralism.
  • Rabindranath Tagore supported this accommodation.
  • The settlement demonstrated that modifying the public use of a cultural work does not necessarily diminish its historical significance.
  • Rather, adapting a work to a diverse constitutional society can itself represent respect for its broader national importance.
• From Cultural Adaptation to Popular Identification
  • The later transformation of Vande Mataram illustrates the strength of voluntary cultural engagement.
  • A.R. Rahman’s Maa Tujhe Salaam introduced the song to a new generation and demonstrated how artistic reinterpretation can create emotional ownership without coercion.
• Nationalism and Individual Freedom
  • The controversy also raises the relationship between patriotism and freedom of conscience.
  • A citizen may respect the nation while declining to participate in a particular religiously or culturally loaded expression.
  • Therefore, patriotism should not automatically be equated with uniformity of conduct. Constitutional democracy permits citizens to express national loyalty through different forms.

The Other Song

• Narsinh Mehta’s Ethical Nationalism
  • Vaishnava Jana To, composed by Narsinh Mehta, presents a radically different starting point for national identity.
  • It describes a virtuous individual as one who understands another person's suffering, remains humble, speaks truthfully, rejects greed and treats all people equally.
  • Its emphasis is not on territory, symbols or enemies but on the moral quality of human relationships.
• Connection with Constitutional Values
  • The values embodied in the song closely correspond with the constitutional vision of India:
    • Empathy strengthens fraternity.
    • Equality reflects Article 14.
    • Dignity is central to constitutional citizenship.
    • Religious tolerance supports secularism.
    • Integrity and honesty strengthen public life.
    • Respect for others reinforces social harmony.
• Gandhi’s Vision of Inclusive Nationalism
  • Mahatma Gandhi made Vaishnava Jana To an important part of his public and spiritual life.
  • Its association with other religious traditions reflected his belief in interfaith harmony and inclusive nationalism.
  • The song therefore represents a conception of patriotism in which citizens are asked not merely to honour the nation but to become worthy of the nation through their actions.

A Modest Proposal

• Recognition Without Compulsion
  • A constructive approach would be to recognise Vaishnava Jana To as a National Prayer, while ensuring that participation remains voluntary.
  • Such recognition would complement the National Anthem and National Song without creating another compulsory ritual.
• Education and Cultural Understanding
  • The song could be taught in schools through different Indian languages, with emphasis on its ethical meaning.
  • Students could thereby understand patriotism as service, empathy, equality and responsibility, rather than merely symbolic obedience.
• Inclusion as the Foundation of Nationalism
  • India's extraordinary diversity requires a form of nationalism capable of accommodating different beliefs and practices.
  • Constitutional patriotism should unite citizens without demanding cultural or religious uniformity.
  • A nation of immense diversity cannot be sustained through compulsion alone. Like a vast choir, it requires participation based on willingness, identification and mutual respect. 

Conclusion

• National symbols can inspire collective pride, but genuine patriotism cannot be reduced to compulsory gestures.
• A citizen's commitment to the nation is also reflected in how they treat fellow citizens, with equality, dignity, empathy and respect.
• Vande Mataram represents the emotional attachment to the motherland, while Vaishnava Jana To represents the ethical responsibilities of citizenship.
• The ultimate objective of nationalism should therefore not be merely to make citizens sing the same song, but to cultivate citizens who live by the values that make a nation worth belonging to.

About Permafrost:

• Permafrost is any ground that remains completely frozen—32°F (0°C) or colder—for at least two years straight.
• While two years is the minimum for permafrost consideration, some regions have had frozen ground for hundreds of thousands of years.
• Where are they found?
  • These permanently frozen grounds are most common in regions with high mountains and in Earth’s higher latitudes—near the North and South Poles.
  • It can be found on land and below the ocean floor.
  • Its thickness can range from one meter to more than 1,000 meters, covering entire regions, such as the Arctic tundra, or a single, isolated spot, such as a mountain top of alpine permafrost.
  • Permafrost covers large regions of the Earth. Almost a quarter of the land area in the Northern Hemisphere has permafrost underneath.
  • It occurs in 85 percent of Alaska and 55 percent of Russia and Canada, and covers probably all of Antarctica.
• What Is Permafrost Made Of?
  • Permafrost is made of a combination of soil, rocks, and sand that are held together by ice.
  • The soil and ice in permafrost stay frozen all year long.
  • Although the ground is frozen, permafrost regions can be snow-free in summer.
  • Near the surface, permafrost soils also contain large quantities of organic carbon—a material leftover from dead plants that couldn’t decompose, or rot away due to the cold.
  • Lower permafrost layers contain soils made mostly of minerals.
• Permafrost loss, also known as permafrost thaw, is the progressive loss of ground ice in permafrost, usually due to input of heat.
• A layer of soil on top of permafrost does not stay frozen all year. This layer, called the active layer, thaws during the warm summer months and freezes again in the fall.
• In colder regions, the ground rarely thaws—even in the summer. There, the active layer is very thin—only 4 to 6 inches (10 to 15 centimeters).
• A thawing permafrost layer can lead to severe impacts on people and the environment.
  • When permafrost melts, it raises water levels in Earth's oceans.
  • Melting permafrost and warming global temperatures have a positive feedback loop.
  • Organic matter currently frozen in the permafrost will start to decompose when the ground thaws, resulting in the emission of methane and carbon dioxide into the atmosphere.
  • As ice-filled permafrost thaws, it can turn into a muddy slurry that cannot support the weight of the soil and vegetation above it.
  • Infrastructure such as roads, buildings, and pipes could be damaged as permafrost thaws.
  • Melting permafrost also releases heavy metals, such as mercury, and other toxins.
  • As it melts, the contaminated permafrost can pollute water sources for local people.
  • It is even possible that thawing permafrost may release dormant, disease-causing microbes that are harmful to animals and humans.

About Misagh-2:

• It is an Iranian man-portable infrared-guided surface-to-air missile system.
• It is a variant of the Chinese QW-2 Vanguard missile system.
• Its main mission is to strike tactical targets such as fighters, attackers, and armed helicopters at low and very low altitudes.
• It can also supply effective air defense for military bases, political and industrial centers, and other important facilities.
• Features:
  • It can engage approaching targets out to 6 km and receding targets out to 5.2 km.
  • The maximum effective altitude against jet fighters is about 5 km, and helicopters and subsonic aircraft about 3.5 km.
  • It uses a passive infrared (IR) seeker and is designed as a fire-and-forget weapon.
  • Once launched, the missile can track the infrared signature of its target without requiring continued guidance from the operator, allowing the firing team to immediately leave its position.
  • Its dual-band passive IR seeker has strong resistance to heat flares dispensed by the target and solar/ground heat, thus improving the missile’s performance in day/night, all-weather conditions.

About Bandhavgarh Tiger Reserve:

• It is located between the Vindhyan and Satpura ranges in the Umaria district of Madhya Pradesh.
• It was declared a National Park in 1968 and a Tiger Reserve in 1972.
• It also contains ancient structures, including stupas and statues from the 1st century BCE.
• Flora:
  • Main vegetation in the reserve consists of Sal trees along with huge expanses of grasslands and bamboo forests.
  • Other kinds of trees which are found here are Saja, Dhauda, Tendu, Arjun, Aonla, Pals, Salai, Bhirra, Khamer, Dhaman, Mango, Jamun, Dhobin, etc.
• Fauna:
  • It is known to have one of the highest density of tigers in the world. It is also considered the origin of all the white tigers in the world.
  • It also hosts other notable mammals such as leopards, Indian bison (gaur), sambar deer, spotted deer, nilgai, wild boar, sloth bears, Indian wolves, jackals, and both langur and rhesus macaque monkeys.
  • It has bird species, including the crested serpent eagle, Malabar pied hornbill, white-rumped vulture, and Indian roller.

About Schokari Sand Racer:

• The Schokari Sand Racer, also known as the Afro-Asian sand snake, is an extremely fast diurnal snake well adapted to arid and desert environments.
• Scientific Name: Psammophis schokari
• Habitat and Distribution:
  • It inhabits desert regions with sparse vegetation, especially sand deserts, wadis, and oasis margins.
  • Its distribution stretches from North Africa (Libya, Egypt) across the Arabian Peninsula and the Near East to Pakistan, including southern Turkmenistan and northwestern India.
  • From India, it has been reported only from the deserts of Rajasthan and Kutch of Gujarat.
• Conservation Status:
  • IUCN Red List: Least Concern