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10 Aug 2026

Kolkata | August 6, 2026 Climate-tech companies are beginning to deliver the kind of investor returns once reserved for mainstream technology start-ups. High-value private equity exits, founder wealth creation and employee stock payouts suggest India's green economy is entering a more mature phase. Yet behind the headline deals lies a more complex reality, although sustainability attracts unprecedented investment globally, many early-stage climate innovators still struggle to secure the capital they need. Quick SummaryIndia's climate-tech ecosystem is reaching an important milestone as sustainability-focused start-ups begin generating meaningful financial returns for investors, founders and employees. Successful private equity exits, strategic acquisitions and expanding ESOP wealth creation indicate that green businesses are gradually moving from experimental ventures to commercially viable enterprises capable of attracting institutional capital. These developments could strengthen investor confidence and encourage greater participation from banks, infrastructure funds, venture capital firms and green-bond issuers. However, beneath these success stories, early-stage climate-tech companies continue to face tightening funding conditions, higher investor expectations and longer fundraising cycles. As India's clean economy expands, the real challenge is ensuring that capital supports not only established winners but also the next generation of innovators developing technologies needed for the country's long-term climate transition. KeywordsClimate Tech, Green Investment, PE/VC, Sustainable Finance, Green Startups, Climate Innovation, ESG Investment, Clean Technology, Startup Funding, India Sustainability Are Climate-Tech Exits Creating a Stronger Green Investment Cycle? For years, climate-tech entrepreneurs faced a familiar question: Can sustainability generate attractive financial returns? Although investors recognised the long-term potential of sectors such as clean energy, battery recycling, carbon capture, green materials and circular manufacturing, many remained cautious about investing. Climate-tech businesses often require years of research, large upfront investments and supportive government policies before they become profitable, making them a riskier bet than many conventional technology start-ups.That perception is gradually changing.Across India, a growing number of climate-tech companies are moving beyond the experimental stage and proving that environmental innovation can also be commercially successful. High-value acquisitions, private equity exits and strategic investments are giving investors the returns they have been waiting for while rewarding founders who have spent years building businesses around the low-carbon economy. For venture capital and private equity firms, these deals represent far more than isolated success stories. Every successful exit strengthens confidence that climate-tech can become a profitable business. It shows that companies in the sector can grow, attract institutional buyers and generate competitive returns, encouraging more investors to back climate-focused innovation.The benefits are also reaching employees.Many professionals who joined climate-tech start-ups in their early years are now benefiting through Employee Stock Ownership Plans (ESOPs), turning years of equity ownership into real financial gains. In a sector long driven by purpose as much as profit, wealth creation is becoming an important sign of maturity. These success stories are also helping attract experienced professionals who may once have viewed climate-tech as a risky career choice. However, the headlines tell only part of the story. While a handful of established climate-tech companies are securing impressive valuations and rewarding investors, many younger start-ups continue to struggle to raise funding. Investors have become far more selective, preferring businesses that already have clear revenue streams, strong financial performance and a realistic path to profitability. As a result, many promising early-stage innovators are finding it difficult to secure the capital needed to grow. This reflects one of the biggest challenges facing India's green economy. If the wealth created through successful exits is reinvested across the broader climate-tech ecosystem, it could encourage new ideas, support emerging businesses and accelerate India's transition to a low-carbon economy. But if investment remains concentrated in a small number of mature companies, many promising innovators may never receive the support needed to develop the technologies that will drive India's future in clean energy, resource efficiency and net-zero development. The debate is therefore no longer about whether climate-tech can create economic value. The real question is whether today's success stories will generate enough fresh investment to support tomorrow's innovators and strengthen the ecosystem that made those achievements possible. From Climate Ambition to Commercial Returns India's climate-tech sector has changed dramatically over the past decade. What was once a niche investment space focused mainly on renewable energy has grown into a broad ecosystem of businesses working on electric mobility, battery technologies, sustainable materials, carbon management, resource efficiency and circular economy solutions. This growth has been fuelled by a combination of government support, rising investor confidence and increasing demand from businesses for low-carbon technologies. Policies promoting clean energy, electric vehicles and green manufacturing, together with India's net-zero commitment and growing ESG expectations, have encouraged companies to develop solutions that not only reduce environmental impact but also create long-term commercial value. As the sector has matured, the pattern of investment also evolved.In the early years, most climate-tech start-ups depended on angel investors, incubators and venture capital firms willing to back high-risk ideas. Today, many successful companies are attracting larger investors, including private equity firms, infrastructure funds, strategic corporate buyers and institutional investors. This shift reflects growing confidence that climate-tech can deliver strong and sustainable financial returns.For investors, a successful exit represents far more than the success of a single company. When a company is acquired or investors sell their stake, they recover their investment, demonstrate returns to their backers and free up capital to invest in the next generation of start-ups.  This recycling of capital is essential for keeping the innovation ecosystem healthy. Without successful exits, investors become more cautious, fundraising slows and fewer new businesses receive the support they need to grow.India is beginning to see the benefits of this cycle.Large infrastructure investors, climate-focused funds and financial institutions are treating green businesses as long-term investment opportunities rather than experimental ventures. Organisations such as IREDA continue to expand financing for renewable energy and clean technology projects, while SIDBI Venture Capital is strengthening support for innovation-driven enterprises. Alongside them, specialised climate funds and impact investors are broadening the range of financing available for businesses working on decarbonisation, sustainable manufacturing and resource efficiency.The country's expanding green finance market is also playing an important role. Green bonds, sustainability-linked loans and ESG-focused investment products are opening new funding channels and attracting larger pools of institutional capital. Banks, non-banking financial companies (NBFCs) and infrastructure funds are gradually evaluating climate-tech businesses not only for their environmental benefits but also for their commercial potential and long-term resilience. While the sector has made significant progress, important hurdles remain.  While established climate-tech companies are attracting larger investments and delivering successful exits, many younger start-ups continue to struggle to raise funding. Investors have become more selective, favouring businesses with proven revenues, efficient operations and a clear path to profitability. As a result, many promising start-ups are finding it difficult to secure the funding needed to develop and expand their technologies. This growing gap raises an important question. If successful exits are creating wealth and attracting new investors, how can India ensure that enough of this capital reaches the next generation of climate innovators who will drive the country's future green economy?   The Climate-Tech Capital Cycle Innovation → Seed Funding → Series A/B Growth Capital → Scale-Up → Private Equity / Strategic Investment → Exit → Capital Reinvested into New Climate Start-ups Key takeaway: Successful exits do more than reward investors- they recycle capital back into the innovation ecosystem. The Exit Economy: When Green Innovation Starts Delivering Returns For venture capital and private equity investors, a successful exit is more than a profitable deal- it is a sign that an industry has reached a new level of maturity. Climate-tech companies have traditionally taken longer to grow than conventional technology start-ups. Many require significant investment, years of research and supportive regulations before becoming commercially successful. Because of this, investors often had to wait much longer to see returns. Today, however, successful acquisitions, private equity exits and secondary sales are changing that picture, showing that businesses built around sustainability can generate strong financial returns alongside environmental impact. These success stories are boosting investor confidence. Institutional investors are viewing climate-tech as a promising long-term investment rather than a niche sustainability sector. Large transactions in renewable energy, electric mobility, battery technology, climate software and sustainable materials are encouraging infrastructure funds, pension-backed investors and growth capital firms to increase their exposure to India's green economy. The gains are not limited to investors and founders. Employees who joined climate-tech companies in their early years are also beginning to benefit through Employee Stock Ownership Plans (ESOPs), turning years of equity ownership into significant financial rewards. These outcomes are helping attract experienced engineers, scientists, sustainability professionals and business leaders who may once have considered climate-tech too risky as a long-term career choice. For entrepreneurs, successful exits carry equal importance. They validate years of innovation, business development and investor confidence, proving that sustainability-focused businesses can scale successfully while delivering meaningful environmental solutions.  Many founders who achieve successful exits also go on to become angel investors or mentors, using their experience and capital to support the next generation of climate-tech start-ups. However, these encouraging developments reveal only one side of the story. While established climate-tech companies are attracting larger investments and delivering strong investor returns, many younger start-ups continue to face a difficult fundraising environment. Investors are becoming selective, favouring businesses with stronger revenues, clear business models and a faster path to profitability. As a result, many early-stage companies developing new technologies are finding it harder to secure the funding needed to grow. This has created an uneven investment landscape. A small number of mature companies are generating impressive returns, while many promising start-ups continue to struggle for early-stage funding. Industry experts warn that if investment remains concentrated only in established businesses, India could slow the development of the next generation of technologies needed to support its long-term decarbonisation and sustainability goals. Successful exits, therefore, are only part of the story. They prove that climate-tech can create both environmental impact and financial value. But the long-term strength of the sector will depend on whether today's returns are reinvested in the innovators building tomorrow's clean technologies. Where the Returns Go Successful Climate-Tech Exit ⬇ ✔ Investors recover capital ✔ Employees benefit through ESOPs ✔ Founders gain liquidity ✔ Confidence in climate-tech grows ✔ Fresh capital flows into future ventures Key takeaway: Every successful exit has the potential to finance the next generation of climate innovation- but only if capital continues moving downstream.  Beyond the Headlines: Are Green Returns Reaching the Next Generation of Innovators? The recent wave of climate-tech exits has strengthened confidence in India's green economy. However, experts caution that headline valuations and high-profile deals alone do not reflect the true health of the sector.Every successful acquisition or investor exit marks the end of one investment journey. The bigger question is whether the money generated from these deals is being reinvested in the next generation of climate-tech start-ups or remaining concentrated in a small number of established companies. Research organisations such as the Council on Energy, Environment and Water (CEEW), Climate Policy Initiative India (CPI India) and WRI India have consistently pointed out that achieving India's climate and net-zero goals will require steady investment at every stage of innovation. This includes everything from early research and product development to large-scale commercial deployment. In other words, a strong climate-tech ecosystem depends not only on successful exits but also on a continuous flow of funding for new ideas and emerging businesses. This is where the funding gap becomes more visible. While investors continue to announce ambitious climate commitments, much of the available capital is flowing towards companies with proven business models and stable revenues. Early-stage start-ups working on technologies such as green materials, carbon removal, industrial decarbonisation and advanced battery solutions often face longer fundraising periods and greater difficulty attracting investment, despite their long-term importance. For policymakers, the challenge is not simply attracting more investment but ensuring that it reaches the right parts of the ecosystem. Institutions such as the Reserve Bank of India (RBI), SEBI, IREDA, SIDBI and the Ministry of Finance are gradually strengthening India's sustainable finance ecosystem through green bonds, climate-focused lending and improved disclosure frameworks. However, experts argue that financing must support innovation as much as infrastructure if India hopes to remain a leader in climate technology. Looking beyond headline numbers is therefore essential. A large investor exit may signal growing confidence in the sector, but it does not tell the complete story. Analysts believe that market performance should also be assessed through transparent reporting, realistic valuations and clear distinctions between announced investments and capital that has actually been deployed. Such disclosures provide a more accurate picture of the sector's long-term growth. Transparency is equally important. Large funding announcements often make headlines, but less attention is given to how that capital is used, how projects perform over time or whether they deliver meaningful environmental outcomes. Experts believe that stronger disclosure around investment deployment, technology adoption and measurable impact would help investors identify businesses creating lasting value rather than short-term optimism. Ultimately, the future of India's climate-tech sector will not be defined by the size of a few high-profile exits alone. Its long-term success will depend on whether today's financial gains help fund tomorrow's innovators, ensuring that investment continues to support not only companies already delivering returns but also those developing the technologies that will power India's low-carbon future.   Evidence Check Evidence TestWhat Investors Should AskMethodologyHow was the valuation calculated?Peer BenchmarkHow does the company compare with similar climate-tech firms?Implementation GapWas announced investment fully deployed?BaselineWhat was the company's starting scale before investment?Reporting BoundaryAre only financial returns measured, or environmental impact too?Capital DeploymentHow much funding actually reached projects?Long-Term ValueDoes the exit strengthen future climate innovation? Key takeaway: A successful exit proves commercial viability-but a healthy climate-tech ecosystem is measured by how effectively capital is reinvested into future innovation. The Road AheadClimate-tech has reached an important turning point.Not long ago, many green start-ups depended on bold ideas, supportive policies and investors willing to wait years for returns. Today, that picture is changing. A growing number of successful exits show that businesses built around sustainability can create real financial value while helping address environmental challenges. They also reflect a more mature ecosystem where climate-focused companies are attracting institutional investors, rewarding founders and creating wealth for employees through ESOPs. But a few high-profile success stories alone cannot define the future of the sector. For India's climate-tech ecosystem to remain strong, investment must continue across the entire innovation journey- from research labs and early-stage start-ups to companies ready for large-scale commercial growth. If funding keeps flowing only to businesses that have already proven themselves, many promising ideas may never reach the market. The real success of climate-tech will not be measured only by billion-dollar exits or investor returns. It will depend on whether today's gains help build tomorrow's innovators. If the capital generated through successful exits is reinvested into the next wave of entrepreneurs, India will not only strengthen its green economy but also accelerate the development of technologies needed for a cleaner and, a more sustainable future. Evidence Check Evidence TestStatusMethodology disclosedVaries across transactionsExit completed or announcedMust be independently verifiedPeer benchmark availableEssential for valuation comparisonCapital actually deployedMore important than commitments announcedESOP wealth disclosedLimited public reportingLong-term reinvestmentKey indicator of ecosystem maturity Key Takeaways:Climate-tech exits are validating India's green innovation ecosystem.  Private equity returns can attract the next wave of sustainable investment.  ESOP payouts are creating wealth and attracting talent to climate ventures.  Early-stage funding remains significantly tighter than growth-stage capital.  Long-term ecosystem strength depends on reinvesting today's returns into tomorrow's climate innovators.  Expert SnapshotCEEW: Climate innovation requires sustained investment across the entire technology lifecycle.  Climate Policy Initiative India: Long-term climate finance must support both infrastructure and innovation.  IEEFA South Asia: Strong capital flows are essential, but funding must remain diversified across emerging technologies.   Sources: Securities and Exchange Board of India (SEBI) – ESG disclosures, sustainable finance and capital marketshttps://www.sebi.gov.in/ Reserve Bank of India (RBI) – Climate risk, sustainable finance and financial stability reportshttps://www.rbi.org.in/ Ministry of Finance, Government of India – Green finance and economic policy updateshttps://finmin.gov.in/ Indian Renewable Energy Development Agency (IREDA) – Annual Reports, project financing and renewable energy lendinghttps://www.ireda.in/ Small Industries Development Bank of India (SIDBI) – Venture Capital and MSME innovation financinghttps://www.sidbi.in/ Council on Energy, Environment and Water (CEEW) – Climate-tech investment, energy transition and clean economy researchhttps://www.ceew.in/ Climate Policy Initiative (CPI) India – Climate finance reports and investment analysishttps://www.climatepolicyinitiative.org/ WRI India – Climate innovation, sustainable finance and energy transition researchhttps://wri-india.org/ IEEFA South Asia (Institute for Energy Economics and Financial Analysis) – Clean energy investment and financial market analysishttps://ieefa.org/ Rainmatter Foundation – Climate innovation grants and ecosystem supporthttps://rainmatter.org/ Climate Collective Foundation – Indian climate-tech ecosystem and start-up support initiativeshttps://climatecollective.net/ Baring Private Equity Partners India (now part of EQT) – Private equity investment insights and portfolio informationhttps://eqtgroup.com/     ...Read more

07 Aug 2026

From Swadeshi to Sustainability, Why India Must Wear Its Handlooms Into the Future Prof Ujjwal K Chowdhury A century ago, Indian cloth became an instrument of freedom. Today, the handloom faces a different battle—against invisibility, imitation, industrial speed, uncertain incomes and disposable fashion. Yet the same loom offers India something remarkably contemporary: millions of livelihoods, women-led grassroots enterprise, cultural identity, low-energy production and the possibility of a more conscious wardrobe. On National Handloom Day, the question is no longer whether handloom deserves preservation. It is whether India can turn its extraordinary textile inheritance into an aspirational economy of the future. Summary:India celebrates its 12th National Handloom Day on 7 August 2026, linking the occasion to the Swadeshi Movement formally proclaimed on this date in 1905. The sector continues to support more than 35 lakh weavers and allied workers, with women accounting for over 72% of the workforce. But handloom faces formidable pressures: mechanised production, misleading imitations, price competition, unstable artisan earnings, raw-material challenges and changing consumer behaviour. At the same time, new research is strengthening handloom’s environmental case, while design, digital commerce, traceability, branding and technology are opening new markets. The next handloom movement must therefore go beyond nostalgia. India needs to make authentic handloom desirable, verifiable, contemporary and economically rewarding to those who create it. Keywords: Indian Handloom, National Handloom Day, Swadeshi, Indian Weavers, Sustainable Fashion, Slow Fashion, Bengal Handloom, Jamdani, Tant, Banarasi, Ikat, Kanchipuram, Artisa\n Livelihoods, Women Weavers, Handloom Mark, India Handloom Brand, Vocal for Local, Conscious Consumption Hashtags: #NationalHandloomDay #HandloomDay2026 #IndianHandloom #ChooseHandloom #WearIndia #WeaveTheFuture #SustainableFashion #SlowFashion #IndianWeavers #BengalHandloom #SupportArtisans #VocalForLocal #MadeInIndia #ConsciousFashion #SustainableIndia A Freedom Movement You Could Wear There are moments in history when an ordinary object stops being ordinary. For India, cloth became one such object. On 7 August 1905, amid the growing resistance to the partition of Bengal, the Swadeshi Movement was formally proclaimed at a massive meeting in Calcutta Town Hall. Indians were urged to reject imported goods and revive indigenous production. Textiles were central to that political imagination. What one wore could become a declaration of economic independence. More than a century later, India commemorates that moment every 7 August as National Handloom Day. The first observance was inaugurated in Chennai in 2015. This year marks the 12th National Handloom Day.  That history makes handloom different from almost every other consumer product. Handloom is cloth. But it is also memory. Work. Geography. Culture. Enterprise. And, once again, choice. The great question of 2026 is whether India will merely admire that inheritance—or build an economy around it. 35 Lakh People Behind the Fabric The handloom conversation often starts with beautiful saris. It should start with people. India's Fourth All India Handloom Census done in 2019-20 recorded 35.22 lakh handloom weavers and allied workers—about 26.74 lakh weavers and another 8.48 lakh allied workers. Of the total workforce, roughly 25.46 lakh are women, more than 72%. The country had approximately 28.20 lakh handlooms when the census was conducted.  That makes handloom one of India's most important decentralised livelihood systems. Behind a finished piece can stand an entire economic chain: cotton and silk producers, yarn suppliers, reelers, spinners, dyers, warp makers, designers, weavers, finishers, traders and sellers. Unlike a giant garment factory, much of this economy is dispersed through homes and small workshops. A loom may stand beside a kitchen. A grandmother may understand a motif without ever having studied design. A daughter may prepare yarn while another member of the family works the loom. Knowledge passes not through manuals, but through observation, rhythm and repetition. That is why when a weaving household abandons its loom, India does not merely lose a unit of production. It can lose a library that was never written down. India Is Not One Handloom Story. It Is Hundreds Try reducing Indian handloom to one aesthetic and the idea collapses immediately. Banarasi brocades carry one vocabulary. Kanchipuram another. Sambalpuri and Pochampally Ikat make mathematics out of resist-dyed yarn. Chanderi finds elegance in translucence. Paithani speaks through colour and peacocks. Kani weaving turns shawls into painstaking compositions. Assam's textiles carry extraordinary traditions of their own. And then there is Bengal. Tant. Jamdani. Baluchari. Garad. Dhaniakhali. Begampuri. Each belongs not merely to a product category but to a landscape and social history. The scale of India's diversity was visible again in the Ministry of Textiles' Weaves of India Festival, which ran up to National Handloom Day this year and brought together 116 heritage weaves.  One nation has somehow accumulated hundreds of ways of crossing warp and weft. That is cultural capital few countries can replicate. Bengal: Where the Loom Carries Memory The Bengal story deserves particular attention because the Swadeshi story itself is inseparable from Bengal. The latest national census data listed more than 6.3 lakh handloom workers in West Bengal, making the state one of India's largest handloom livelihood centres.  Travel through weaving belts such as Nadia and other traditional clusters and the paradox becomes visible. On one side is extraordinary skill. On the other is economic vulnerability. A Jamdani motif can require extraordinary patience. A Baluchari can carry narrative complexity that turns fabric almost into illustration. A fine Tant derives beauty precisely from an apparent simplicity that machinery can imitate visually without replicating the making. And therein lies the problem. The shopper sees two saris. The weaver knows that they represent two completely different economic systems. If the customer cannot tell the difference, the cheaper system usually wins. When Price Wins, Craft Can Lose Handloom should not wage war on machinery. India needs powerlooms. It needs efficient textile factories. It needs an internationally competitive garment industry employing millions. The problem begins when mass-produced cloth and authentic handloom are placed in the marketplace as though they were identical products—or when machine-made imitations are sold using the cultural prestige of handwoven traditions. A handloom artisan simply cannot compete with the speed of mechanised production on price per metre. Nor should that be the competition. The value of handloom lies precisely in human labour, small-batch production, variations, complex craft, provenance and cultural character. India has long recognised this structural vulnerability. The Handlooms (Reservation of Articles for Production) Act, 1985 protects specified products from being manufactured on powerlooms, and enforcement inspections continue. Parliamentary data released in 2026 showed lakhs of powerloom inspections under the Act in recent years.  Authenticity is therefore not merely a marketing issue. It is an economic justice issue. The China Question Needs More Precision There is understandable concern about cheap synthetic fibres, polyester, imported yarn and low-cost textiles entering Indian markets. An anti-dumping investigation is currently underway into Polyester Textured Yarn imported from China, demonstrating that synthetic-yarn competition is a live issue in India's wider textile economy.  But the handloom debate should resist simplistic slogans. Government data presented to Parliament this year says imports classified specifically as handloom products have remained nominal, averaging around ₹14.1 crore annually over the preceding three years.  So the greater threat to the Indian weaver is not simply "foreign handloom". It is a much wider ecosystem of cheap synthetic substitutes, industrial scale, imitation, weak differentiation and a consumer culture trained to compare everything primarily by price. A patriotic case for Indian handloom therefore does not require hostility towards another country. It requires something more constructive: make Indian craftsmanship economically competitive on value rather than impossibly competitive on speed.     The Poverty Hidden Behind the Beautiful Sari This is where the romance of craft must confront economics. Customers may admire a ₹10,000, ₹20,000 or ₹50,000 handwoven sari without knowing how much of that value finally reaches the people who produced it. The artisan often occupies one of the weakest negotiating positions in the value chain. Production takes time. Cash flow does not wait. Yarn must be purchased. Families must be fed. Unsold inventory ties up scarce working capital. The Government acknowledged in a 2025 parliamentary reply that it had not conducted a specific study assessing the income levels and working conditions of women in the handloom sector, although third-party evaluations of schemes indicated improvements in earnings, working days and working conditions among beneficiaries.  This itself points to the next reform requirement. India needs better real-time livelihood data. How much does the primary weaver receive? How much time does a product require? Who captures the retail margin? Are younger family members staying in the profession? Preserving a craft without ensuring a respectable income for the craftsperson is not preservation. It is museumisation. Sustainability: Move From Poetry to Proof Handloom is frequently called sustainable. That claim needs to be both celebrated and qualified. At the weaving stage, a manually operated loom requires little of the industrial energy demanded by mechanised weaving. That is an enormous inherent advantage. And the environmental argument is becoming measurable. In 2025, the Ministry of Textiles and IIT Delhi released Carbon Footprint Assessment in the Indian Handloom Sector: Methods and Case Studies, examining products including cotton bedsheets, floor mats, Ikat and Banarasi saris.  Subsequent research presented by the IIT Delhi team reported that a studied handloom cotton bedsheet had a carbon footprint of about 1.30 kg CO₂-equivalent—nearly four times lower than the comparable powerloom product assessed. The work also showed why one cannot lazily label every handloom item "green": energy and fuel used elsewhere in production, chemicals, dyeing and other processes still matter.  That distinction is crucial. A handwoven polyester product dyed through a highly polluting process and transported repeatedly across continents does not become environmentally perfect simply because the final weaving was manual. True sustainability must examine: fibre → farming → yarn → dye → water → energy → weaving → transport → durability → reuse → end-of-life. Handloom begins with an enormous advantage. Now India needs to improve the rest of the chain. Slow Fashion Before We Invented the Term The global fashion industry is searching for ideas such as slow fashion, traceability, artisanal production, durability, circularity, local supply chains and storytelling. India has practised many of these ideas for generations. The grandmother's sari becoming the granddaughter's sari is circular fashion. Repairing a border rather than discarding an entire garment is circular fashion. A locally woven textile produced in small quantities is slow fashion. A motif carrying the identity of a particular weaving community is traceability through culture. Handloom therefore should not be positioned merely as something ancient that environmentally conscious consumers must rescue out of sympathy. That is terrible branding. Handloom should be sold as premium intelligence: beautiful, tactile, breathable, distinctive, culturally rich and—when responsibly produced—environmentally compelling. Heritage Must Enter the Wardrobe of the 25-Year-Old If handloom remains associated only with ceremonial saris, government emporia and nostalgia, its market will remain unnecessarily narrow. Handloom belongs in shirts. Jackets. Dresses. Trousers. Sneakers and accessories. Curtains. Cushions. Throws. Bed linen. Tableware. Boutique hospitality. Corporate gifting. Contemporary interiors. The government's own recent outreach acknowledges the need for reinvention. In April 2026, Vishwa Sutra – Weaves of India for the World paired 30 Indian handloom traditions with design inspirations from 30 countries, explicitly placing traditional textiles within a contemporary global design narrative.  The ecosystem has also expanded beyond traditional Khadi institutions, cooperatives and state emporia. Retailers, designer labels and platforms such as Fabindia, Taneira, Jaypore, GoCoop, Raw Mango and Anavila have, in different ways, helped introduce craft-based textiles to contemporary consumers. The lesson is simple. Do not ask the young to dress like the past. Give them the past with which to design the future. The Weaver Needs Technology—Just Not a Replacement Technology need not be the enemy of handloom. Technology can make weaving less physically punishing. It can improve jacquards. Map designs. Predict demand. Verify provenance. Translate an artisan's story. Photograph products professionally. Connect rural clusters directly to urban and international customers. Digitise inventories. Improve payments. Reduce middlemen. The Government's current architecture includes the National Handloom Development Programme and Raw Material Supply Scheme, along with support for upgraded looms, design, skills, marketing, branding, e-commerce, credit and social security.  The government-backed Indiahandmade digital marketplace is another attempt to connect artisans and weavers more directly to online consumers.  The question is not whether technology will enter handloom. It already has. The question is whether technology will replace the artisan—or increase the artisan's power. Choose the second. Ask One Question: Who Wove My Cloth? Consumers finally constitute the last—and perhaps most powerful—policy instrument. You do not need to become a textile historian. Just become slightly more curious. Look for credible authentication such as the Handloom Mark and, where applicable, the India Handloom Brand, which was introduced to combine handloom identity with quality and compliance parameters.  Ask the retailer what the weave is. Ask where it came from. Ask whether it is genuinely handwoven. Ask what fibre was used. Ask how to care for it so that it lasts. And then do something even more important: Use it. Do not turn handloom into precious fabric permanently imprisoned in cupboards. Wear the sari. Wear the shirt. Use the runner. Put the handwoven cushion on the sofa. Gift the stole. Take handloom into offices, campuses, hotels, homes, festivals and international conferences. Traditions survive through use, not reverence alone. A New Swadeshi for a New Century The original Swadeshi asked Indians to understand that consumption had political consequences. The same insight is relevant today, but the vocabulary can evolve. Buying handloom can be pro-jobs without being anti-machine. Pro-India without being anti-world. Pro-artisan without romanticising poverty. Pro-sustainability without greenwashing. Pro-tradition without resisting modern design. And pro-market—provided the market learns to recognise genuine value. India's handloom exports themselves show that opportunity exists: provisional government data puts exports of handloom products at about ₹1,359 crore in 2025–26, up from ₹1,201 crore the previous year.  The ambition should be far greater. India does not merely possess handlooms. India possesses one of the world's greatest distributed design laboratories. Millions of hands. Hundreds of textile languages. Generations of tacit knowledge. An extraordinary archive of colour, geometry, fibre and technique. The real tragedy would not be that machines become faster. They will. The tragedy would be if India became wealthier while the people who carry this knowledge became too poor to continue carrying it. Wear India. Weave the Future. Perhaps somewhere tonight, as National Handloom Day celebrations conclude, a shuttle is still moving. Left. Right. Left. Right. Thread crossing thread. The sound is remarkably similar to the sound it made when Swadeshi entered India's political vocabulary 121 years ago. But the loom is no longer asking us to boycott. It is asking us to choose. Choose authenticity over imitation when we can. Choose durability over disposability. Choose craftsmanship over anonymous sameness. Choose a product whose purchase can travel backwards—from our wardrobe to a retailer, from the retailer to a producer, from the producer to a weaving household. And choose an India where modernity does not require the destruction of memory. Because every genuine handloom contains two stories. One is the story woven into the fabric. The other is the story of the person who wove it. This National Handloom Day, preserve both. Choose Handloom. Wear India. Support the Weaver. Protect the Craft. Weave the Future.   ...Read more

05 Aug 2026

Kolkata | August 5, 2026 Artificial intelligence is rapidly transforming how companies measure, monitor and report the impact of their CSR initiatives. From predicting school dropout risks to automating sustainability disclosures, AI promises faster insights and greater accountability. Yet as algorithms begin shaping corporate giving, questions over data quality, ethical safeguards and reporting credibility are becoming impossible to ignore. Quick SummaryCorporate Social Responsibility (CSR) is entering a new phase where artificial intelligence is reshaping how social impact is measured. Companies are increasingly moving beyond annual spreadsheets and manual surveys towards real-time dashboards, predictive analytics and automated reporting systems capable of tracking beneficiaries, identifying programme risks and simplifying Business Responsibility and Sustainability Reporting (BRSR) disclosures. While these technologies promise greater efficiency and evidence-based decision-making, they also raise concerns around algorithmic bias, privacy, data manipulation and the growing gap between digital dashboards and realities on the ground. As regulators encourage greater transparency and companies invest in AI-powered impact platforms, the debate is shifting from whether AI should be used in CSR to how it can be deployed responsibly without compromising trust or accountability. KeywordsAI in CSR, CSR Impact Measurement, Artificial Intelligence, BRSR Reporting, Responsible AI, ESG Reporting, Corporate Sustainability, CSR Technology, Predictive Analytics, Real-Time Impact Monitoring   Can artificial intelligence transform corporate giving into measurable social impact- or is technology moving faster than accountability? Not long ago, assessing the success of a Corporate Social Responsibility (CSR) project was a slow and largely manual process. Field teams travelled to project locations with paper surveys, NGOs maintained handwritten records, and corporate CSR departments often spent weeks compiling data before presenting annual impact reports. By the time the data reached the decision-makers, it was too late to make timely course corrections. That approach is changing rapidly. Today, a CSR manager overseeing a digital education initiative can monitor student attendance through live dashboards, receive alerts when learning outcomes begin to decline and identify schools at risk of higher dropout rates in real time. Healthcare programmes can track patient follow-ups digitally, livelihood projects can monitor income trends through mobile applications, and sustainability teams can use automated systems to support Business Responsibility and Sustainability Report (BRSR) disclosures. This transformation reflects a broader shift in corporate India. As companies face growing expectations to demonstrate measurable social and environmental impact rather than simply report CSR spending, artificial intelligence is emerging as an important decision-support tool. Instead of relying solely on end-of-project evaluations, organisations are beginning to use AI, predictive analytics and cloud-based platforms to monitor programmes as they unfold, enabling faster and more informed interventions. The potential benefits are significant.AI can analyse large volumes of beneficiary data within seconds, identify trends that might be overlooked through manual analysis and help organisations allocate resources more efficiently. Supporters argue that this allows CSR programmes to move beyond reactive problem-solving towards proactive decision-making, addressing challenges before they affect project outcomes. Yet the growing reliance on AI also raises an important question: Can technology fully measure social impact? Community development is influenced by trust, behaviour, local realities and human relationships-factors that cannot always be captured through algorithms or dashboards. A decline in school attendance may be visible in digital data, but technology alone cannot explain whether the cause is seasonal migration, financial hardship or inadequate school infrastructure. Similarly, a healthcare platform may accurately record beneficiary numbers while failing to reflect barriers such as accessibility, awareness or social stigma. As AI becomes more deeply integrated into corporate philanthropy, the challenge is no longer collecting larger volumes of data. But to ensure that technology strengthens accountability without creating a false sense of precision. In the end, better dashboards do not automatically lead to better decisions, and measuring social impact will continue to depend as much on human judgement as on artificial intelligence. From Reporting Projects to Predicting Outcomes The evolution of CSR reporting reflects a broader shift in corporate sustainability -  from documenting activities to demonstrating measurable impact. For years, the success of CSR initiatives was largely measured through inputs such as funds spent, beneficiaries reached and projects completed during a financial year. While these indicators met statutory reporting requirements, they revealed little about whether programmes had created lasting social or environmental value. Artificial intelligence is beginning to change that approach. Rather than being used only at the end of a project for reporting, AI is becoming part of programme implementation itself. Companies are adopting cloud-based dashboards, geospatial mapping, computer vision and machine learning to monitor projects in real time, enabling CSR teams to identify risks early, compare interventions and make timely course corrections before resources are exhausted. The impact is particularly visible in education. Instead of relying solely on annual assessments, AI-enabled systems can analyse attendance, classroom engagement, learning patterns and assessment results almost in real time. Predictive models can identify students showing early signs of disengagement, allowing implementing agencies to intervene before irregular attendance leads to permanent dropout. Similar applications are being explored in skill development programmes, where algorithms help identify trainees who may need additional mentoring or financial assistance based on participation and completion trends. Healthcare initiatives are undergoing a similar transformation. Community health workers use mobile applications to upload patient data directly from the field, while AI-assisted platforms monitor vaccination coverage, treatment adherence and disease patterns across regions. Rather than measuring success only through the number of health camps organised, organisations can now track follow-up visits, treatment outcomes and areas requiring additional intervention. Livelihood programmes are also benefiting from predictive analytics. Digital platforms monitoring self-help groups, farmer producer organisations and micro-enterprises can detect changes in income, productivity and market access, enabling implementing partners to respond before financial challenges undermine programme objectives. Instead of evaluating outcomes only after a project ends, AI is helping organisations identify emerging risks while corrective action is still possible. AI is also reshaping corporate sustainability reporting. The introduction of the Business Responsibility and Sustainability Report (BRSR) by the Securities and Exchange Board of India (SEBI) has significantly increased the volume of environmental, social and governance (ESG) data that listed companies are required to disclose. Collecting, verifying and consolidating this information across multiple business units has made manual reporting more time-consuming and complex. To address this, many organisations are adopting AI-powered reporting platforms that integrate data from operational systems, identify inconsistencies, flag missing disclosures and generate draft sustainability reports. Beyond reducing administrative effort, these systems improve reporting consistency and allow management teams to focus more on analysing performance than compiling documentation. Despite these advances, however, AI remains only as reliable as the data it receives. Artificial intelligence can identify patterns, generate insights and predict future trends, but it cannot compensate for incomplete records, inaccurate field reporting or weak verification processes. Poor-quality data inevitably leads to unreliable analysis, regardless of how advanced the technology may be. For this reason, many experts view AI not as a replacement for human oversight but as a tool that strengthens decision-making when supported by credible data, robust governance and effective monitoring systems. How AI Is Changing CSR Traditional CSR MonitoringAI-Driven CSR MonitoringAnnual surveysReal-time dashboardsManual beneficiary recordsAutomated data collectionEnd-of-project evaluationContinuous performance trackingReactive interventionsPredictive analyticsSpreadsheet reportingAutomated BRSR disclosures Key takeaway: AI is shifting CSR from measuring what happened to anticipating what could happen next.  When Algorithms Meet Accountability Artificial intelligence is transforming the way CSR programmes are monitored and evaluated, but it is also introducing a new set of ethical and operational challenges. As organisations rely on algorithms to guide decisions, an important question is emerging: Can technology strengthen accountability without compromising trust? At the heart of this debate, lies the quality of data.AI systems can only produce reliable insights when the underlying data is accurate, complete and consistent. Incomplete beneficiary records, duplicate entries or reporting errors can generate misleading conclusions that appear highly credible because they are supported by sophisticated dashboards and predictive models. Unlike manual reporting, where inconsistencies are often easier to identify, algorithm-driven analysis can sometimes conceal data quality issues behind polished visualisations. This concern is particularly relevant in CSR impact assessment. Many companies and CSR consultants now use AI-enabled platforms to consolidate data from education, healthcare, livelihood and environmental programmes. While automation has significantly improved reporting efficiency, experts caution that it should complement and not replace independent field verification. Without regular validation, inaccurate beneficiary records, duplicate entries or inconsistencies across projects can find their way into impact reports and sustainability disclosures. In many cases, these errors are not intentional. Different implementing partners often use varying reporting formats, beneficiary definitions and data collection methods. A beneficiary participating in multiple programmes may be counted more than once, while attendance, outreach and engagement may be measured using different indicators across projects. AI can process these datasets rapidly, but unless the information is standardised and verified, technology may reinforce inconsistencies rather than eliminate them. Privacy and data security have also become major considerations. AI-powered CSR platforms collect personal information such as age, location, income, educational performance and health records to improve programme design and delivery. Although this enables more targeted interventions, it also raises important questions about informed consent, data ownership and cybersecurity. Many beneficiaries, particularly in rural and digitally underserved communities, may have limited awareness of how their information is collected, stored or used. To address these concerns, experts are calling for stronger ethical safeguards around the use of AI. Greater transparency in algorithms, human oversight, robust data governance, protection of sensitive information and regular third-party audits are increasingly seen as essential for ensuring that AI strengthens accountability without creating new risks. There is also a growing recognition that not every aspect of social impact can be measured through technology. AI can efficiently analyse beneficiary numbers, attendance, training hours and financial disbursements while identifying patterns that may indicate emerging programme risks.  Affected VoicesDevelopment organisations working at the grassroots say artificial intelligence is making programme monitoring faster, but not necessarily simpler.NGOs involved in education, healthcare and livelihood projects argue that digital dashboards can highlight patterns, yet they cannot replace conversations with communities. A field worker may know why a child has stopped attending school, why a family refuses a healthcare intervention or why a self-help group is struggling despite positive financial indicators- insights that rarely appear in automated reports.Consumer and civil society organisations also caution that communities should not become passive data points. They argue that beneficiaries must understand how their information is collected, stored and used, particularly as AI systems become more integrated into social programmes. For them, responsible technology is not only about better analytics but also about protecting privacy, maintaining informed consent and ensuring that people remain at the centre of every CSR intervention. However, it remains far less effective at measuring outcomes such as community trust, behavioural change, social inclusion and local ownership- factors that often determine the long-term success of CSR initiatives. For this reason, development practitioners continue to emphasise the importance of human engagement alongside technological analysis.AI can identify that attendance in a vocational training programme is declining, but conversations with beneficiaries are often needed to understand whether transport costs, household responsibilities or seasonal employment are driving that trend. Technology can reveal patterns, but people provide the context that explains them. As AI becomes more deeply embedded in corporate philanthropy, the future of CSR impact measurement is likely to depend on balancing automation with accountability. Organisations that combine advanced analytics with transparent governance, independent verification and continuous engagement with communities will not only generate more reliable evidence but also strengthen public trust in the impact they seek to create. AI Can Measure, But Can It Understand?AI Measures Well Beneficiary numbers  Attendance and participation  Learning outcomes  Health follow-ups  Resource utilisation  Reporting efficiency  Humans Still Matter For Community trust Behavioural change Inclusion and dignity Local context Cultural realities Independent verification Key takeaway: Artificial intelligence can improve measurement- but meaningful impact still requires human judgment. When Evidence Meets ScrutinyAs artificial intelligence becomes an integral part of CSR monitoring, experts argue that the technology itself must be evaluated as rigorously as the programmes it measures. A sophisticated dashboard may present real-time insights and impressive visualisations, but its credibility ultimately depends on the quality of data, the methodology behind the analysis and the transparency of the reporting process. The first challenge lies in how impact is measured. CSR programmes often use different indicators to define success. An education initiative may focus on attendance or learning outcomes, while a healthcare project may measure beneficiary reach, treatment adherence or long-term health improvements. When AI systems analyse datasets built on different definitions and reporting standards, comparing outcomes across projects becomes difficult, even if the technology functions accurately. For this reason, development economists and impact evaluation specialists continue to emphasise the importance of establishing reliable baselines before introducing AI-driven monitoring. Without a clear starting point, it is difficult to determine whether a programme has genuinely improved people's lives or simply produced more data. An algorithm may report a significant increase in school attendance, but the finding has limited value unless it is measured against credible baseline data and tracked consistently over time. Another challenge is distinguishing the impact of a single intervention from broader social change. AI platforms can efficiently capture data generated within CSR programmes, but they cannot always account for external factors that influence outcomes. Improvements in school attendance, for example, may reflect not only a company's education initiative but also better government infrastructure, scholarship schemes or wider community participation. As a result, experts caution against treating AI-generated correlations as conclusive evidence of impact. Benchmarking presents similar limitations. Many AI platforms allow organisations to compare CSR performance across projects, districts or business units. However, such comparisons are meaningful only when programmes operate under similar conditions and pursue comparable objectives. Comparing projects with different beneficiary groups, geographies or impact indicators may produce conclusions that are statistically sound but practically misleading. This is why independent assurance remains essential. AI can quickly identify anomalies, missing records and unusual reporting patterns, but it cannot replace field verification, beneficiary feedback, external audits or independent programme evaluations. Experts argue that technology is most valuable when it strengthens existing evaluation processes rather than serving as a substitute for them. The growing investment in AI also raises important questions about transparency. Companies are allocating substantial resources towards digital CSR platforms, cloud infrastructure, analytics and cybersecurity. Yet annual reports rarely distinguish expenditure on AI-enabled monitoring from broader CSR administration or programme implementation. This makes it difficult for stakeholders to assess whether these investments are improving programme delivery or primarily enhancing reporting efficiency. Ultimately, the success of AI in CSR will not be measured by the volume of data it generates, but by the quality of the decision it supports. Technology can strengthen accountability and improve impact measurement, but only when it is backed by transparent methodologies, credible data, independent verification and meaningful human oversight. Evidence Check: Questions Every AI-Powered CSR Dashboard Should Answer   Evidence TestWhy It MattersIs the methodology publicly explained?Ensures transparency and comparability.What is the baseline?Measures real change, not isolated data points.Has the data been independently verified?Reduces reporting bias and inflation.Are reporting boundaries clearly defined?Prevents misleading impact claims.Does AI support or replace field verification?Human validation remains essential.Is investment in AI transparently disclosed?Demonstrates accountability beyond technology adoption. Key takeaway: Artificial intelligence can process information at extraordinary speed, but trustworthy CSR still depends on evidence that is transparent, independently verified and grounded in reality. Beyond the Dashboard Artificial intelligence is transforming the way companies design, monitor and evaluate their CSR initiatives. What was once driven by periodic surveys and retrospective reporting is evolving into a system supported by real-time data, predictive analytics and continuous monitoring. For businesses, this means faster decision-making and more informed resource allocation. For regulators and stakeholders, it offers the potential for greater transparency, consistency and accountability in sustainability reporting. However, technology alone cannot guarantee meaningful impact. The value of AI will ultimately depend on the quality of the data it processes, the transparency of the methodologies behind it and the governance system that ensures every insight is credible and independently verifiable. While dashboards can identify patterns and emerging risks, they cannot replace human judgement, community engagement or an understanding of the local realities that shape social outcomes. As AI becomes gradually embedded in corporate philanthropy, the conversation is shifting from whether it should be adopted to how responsibly it should be used. Its long-term success will not be measured by the sophistication of its algorithms, but by its ability to strengthen decision-making, build public trust and deliver measurable improvements where they matter the most. Ultimately, no algorithm, dashboard or report can define the success of CSR. Its true measure will always be the positive and lasting change it brings to people's lives. Evidence Check ParameterStatusMethodology disclosedPartial – Varies by platformIndependent verificationEssential but inconsistentBaseline comparisonRequired for credible impact measurementAI ethics & privacyIncreasing regulatory focusHuman field validationStill indispensableAI investment disclosureLimited in public CSR reports   Key TakeawaysAI is shifting CSR from annual reporting to real-time monitoring. Predictive analytics can identify programme risks before they escalate. BRSR reporting is accelerating AI adoption across listed companies. AI cannot replace field verification or community engagement. Transparency and independent audits remain essential for credible impact reporting. Primary Sources:  Ministry of Corporate Affairs (MCA) – Corporate Social Responsibility (CSR) Framework & Companies Act, 2013https://www.mca.gov.in/ Securities and Exchange Board of India (SEBI) – Business Responsibility and Sustainability Reporting (BRSR) Frameworkhttps://www.sebi.gov.in/ NITI Aayog – Responsible AI for All: Strategy and Discussion Papershttps://www.niti.gov.in/ Ministry of Electronics and Information Technology (MeitY) – IndiaAI Mission & AI Governance Initiativeshttps://www.meity.gov.in/ CSRBOX – CSR Intelligence, Case Studies & Impact Measurement Resourceshttps://csrbox.org/ Microsoft AI for Good – AI Applications for Social Impact and Sustainable Developmenthttps://www.microsoft.com/en-us/ai/ai-for-good World Economic Forum (WEF) – Artificial Intelligence Governance & Responsible AI Reportshttps://www.weforum.org/ J-PAL South Asia – Evidence-Based Programme Evaluation and Impact Measurementhttps://www.povertyactionlab.org/south-asia ...Read more

04 Aug 2026

CSR • ESG MAGAZINE FEATURE  |  INDIA  |  AUGUST 2026  by Prof Ujjwal K Chowdhury India's oldest philanthropy tradition is getting a modern accounting. Across temples, mosques, gurdwaras and community trusts, the ancient imperatives of Daan, Zakat, Seva and Dasvandh are being rewired for an age of Theory of Change documents, third-party audits and Schedule VII compliance. This is the story of how sacred duty and spreadsheet discipline are converging to build India's most under-leveraged social infrastructure — and what it will take to get the merger right. SHORT SUMMARYThis feature examines the collision between India's faith-based giving traditions and the formal Corporate Social Responsibility regime under Section 135 of the Companies Act, 2013. It traces how religious and community trusts — from Zakat Center India and the AMP Zakat Fund to the Akshaya Patra Foundation, the Delhi Sikh Gurudwara Management Committee, Tirumala Tirupati Devasthanams and India's Waqf Boards — are professionalising governance, adopting outcome tracking and navigating FCRA, tax and ESG requirements to qualify as credible CSR implementing partners. It closes with a practical playbook for corporates and trusts seeking to build partnerships that honour spiritual intent while meeting the non-negotiable standard of arm's-length, auditable, non-discriminatory delivery. KEYWORDSFaith-based philanthropy India, CSR Section 135, Daan Zakat Seva, religious trusts CSR compliance, FCRA compliance, outcome tracking, Zakat modernisation, temple trusts, Waqf CSR, ESG religious institutions, Schedule VII, Akshaya Patra governance, arm's-length transactions, Viksit Bharat philanthropy. HASHTAGS#FaithBasedGiving #CSRIndia #Zakat #Daan #Seva #ESG #Philanthropy #ReligiousTrusts #FCRA #Section135 #ScheduleVII #SocialImpact #ViksitBharat #SacredCapital The Invisible Giant: India's Faith Economy Before CSR Long before Parliament wrote a rulebook for corporate giving, India had already perfected the art of giving. A steel plate placed before a hungry stranger. Grain offered at a shrine. A day spent washing utensils in a community kitchen. A fixed share of annual wealth set aside for the poor. Daan, rooted in Vedic and Jain thought, treats selfless giving as a purifying duty. Zakat, one of the Five Pillars of Islam, mandates that eligible Muslims redistribute 2.5 per cent of accumulated wealth every year to the poor, the indebted and the marginalised. Seva and Dasvandh, institutionalised by Guru Nanak Dev Ji, fuse physical service with the tithing of one-tenth of income, expressed daily through the Langar — a communal kitchen that erases caste and class at the threshold of the door. Annadanam, Utsarg and a dozen other regional practices round out a philanthropic vocabulary that predates the modern NGO by centuries. The scale of this giving remains largely invisible to formal statistics. Recent household-giving research estimates India's annual informal giving market at roughly ₹54,000 crore, with religious organisations the most frequently cited recipients. Set beside this is India's formal CSR economy — companies reported close to ₹34,900 crore in CSR spending in FY 2023-24 under the mandatory 2 per cent regime created by Section 135 of the Companies Act. The two pools are not directly comparable, but the message is unmistakable: India's compassion economy may rival, and in places exceed, its statutory CSR economy. The challenge has never been a shortage of generosity. It is the leakage between good intention and measurable public benefit. Why the Wall Existed — and Why It Is Coming Down For the first several years of India's CSR mandate, faith and formal philanthropy occupied separate worlds. Schedule VII of the Companies Act explicitly excludes activities "concerned with religion," and corporate legal teams treated that clause as a blanket prohibition on anything smelling of temple, mosque or gurdwara. The 2022 CSR Amendment Rules changed the geometry. Public charitable trusts and societies — provided they carry tax-exempt status under Section 10(23C) or hold valid 12A and 80G registrations, and register on the MCA portal via Form CSR-1 — became eligible implementing agencies. The door opened; through it walked India's oldest philanthropic tradition, blinking in the fluorescent light of modern compliance. "The gods may accept faith alone. The Ministry of Corporate Affairs does not." What changed was not the spirit of giving but its accountability. Traditional daan was measured by the act itself — the giving was the merit. Modern CSR demands evidence of change: how many children stayed in school, how many families escaped debt, what the social return on every rupee actually was. Faith-based institutions that wish to access this ₹30,000-crore-plus CSR pool must now speak in baselines, Key Performance Indicators and independent impact assessments — or risk watching the capital flow instead to secular NGOs that already do. Three Pillars of the New Faith-Based CSR Pillar One — Structured Governance Traditional giving ran on trust, literally: a donor gave to a temple or community leader and funds were distributed by need, religious calendar or community consensus. That model built deep social capital but little institutional architecture. Today's professionalised trusts are changing that by publishing annual impact reports, maintaining project-wise accounting, conducting internal FCRA reviews, and keeping trust deeds strictly aligned with actual activity — audit-ready documentation that can withstand a corporate CSR committee's scrutiny. Pillar Two — Outcome Tracking The defining shift is from output to outcome. It is no longer enough to state how much was distributed; the question is what changed. Structured Zakat platforms now report exact counts of students funded, self-employment grants disbursed and families supported with food assistance — specific, countable outcomes that can be tracked year over year, mapped directly onto the UN Sustainable Development Goals, and defended in an ESG disclosure. Pillar Three — Regulatory Compliance The most complex pillar is regulation itself. Religious and charitable trusts operate under a dense web of law: the Indian Trusts Act, the Charitable and Religious Trusts Act of 1920, Sections 12A and 80G of the Income Tax Act, and — for those receiving funds from abroad — the Foreign Contribution (Regulation) Act. Tightened FCRA rules now require trusts to specify their purpose from a government-notified schedule, exclude proselytisation, and route foreign contributions through designated accounts. The stakes are real: license revocations, high-profile investigations into the political use of CSR funds, and courts clarifying the boundary between cultural and religious activity have all made compliance a survival imperative rather than a formality. Case Study: Zakat Platforms — Scaling Faith with Systems Structured Zakat platforms such as Zakat Center India and the AMP Zakat Fund illustrate how mandatory religious giving is being converted from a cash handout into what practitioners call an empowerment capital engine. Zakat Center India has built a verified-cause database spanning thousands of documented causes across education, medical assistance, livelihood support and disaster relief, allowing donors to choose recipients and locations while honouring the Islamic principle that Zakat must reach specific categories of beneficiaries. The AMP Zakat Fund's annual impact report goes further, breaking distribution down by category — education and scholarships, livelihoods and self-employment, orphan support and compassionate relief — with named outcome counts for students funded and entrepreneurs seeded, alongside cumulative multi-crore impact tracked since inception. For corporations seeking to partner with Muslim communities on CSR, these platforms offer a template: professionally managed, jurisprudentially sound, and legible to a corporate audit committee. Case Study: Akshaya Patra — The Bridge That Almost Collapsed No case illustrates the peril of faith-CSR convergence better than the Akshaya Patra Foundation. Born from an ISKCON Bangalore kitchen in 2000, it grew into the world's largest NGO-run mid-day meal programme, feeding millions of children across tens of thousands of schools, with major corporate CSR partners covering the overwhelming majority of relief costs. Then came the reckoning: internal audit findings, later reported widely in the press, alleged that the line between the charitable Foundation and its parent religious trust had blurred — kitchens built with CSR and government funds allegedly used for temple purposes, and donations meant for meals reportedly diverted toward religious construction. The lesson is not that faith-based organisations are unfit for CSR. It is that related-party transactions between a religious trust and its charitable arm are fatal. Where the arm's-length principle is violated, tax exemptions come under scrutiny and CSR funds become effectively contaminated. Akshaya Patra has since undergone governance restructuring, but the episode remains a mandatory case study for any CSR head evaluating a faith-rooted partner: compassion without accountability breeds corruption. Case Study: The Gurdwara Model — Faith as Healthcare Infrastructure If Akshaya Patra is the cautionary tale, the Delhi Sikh Gurudwara Management Committee is closer to the blueprint. Its kidney dialysis centre treats patients regardless of religion or income, and — critically — operates with enough financial transparency and programme documentation to qualify as a CSR implementing agency. A multinational chemical company has directed CSR funds to this dialysis service for three consecutive years, alongside partnerships with other established implementing agencies. The model works because the Gurudwara has built what amounts to a secular membrane around its healthcare delivery: the Langar remains sacred, but the dialysis unit maintains clinical records, follows medical protocols, and bills or waives patients through a transparent accounting system that satisfies corporate auditors. Case Study: TTD and the Waqf Opportunity The Tirumala Tirupati Devasthanams manages one of the world's richest religious institutions, receiving hundreds of crores in devotional offerings annually. Beneath the gold-plated domes sits a social-services architecture — free schools, subsidised hospitals, oncology and paediatric care, rehabilitation centres — that many state governments would envy. What TTD has not yet fully exploited is its potential as a CSR magnet: with independent trustees for its social wing and formal impact frameworks, the temple's existing infrastructure could channel far larger CSR sums into surrounding tribal belts, provided hundi receipts and CSR receipts never share the same voucher. India's Waqf Boards present a parallel, largely dormant opportunity. Controlling over six lakh properties, they are among the country's largest landowners, yet poor record-keeping and weak professional management have left much of this wealth spiritually blessed but economically idle. Corporate-waqf development models have already succeeded elsewhere in Asia, turning waqf land into hospitals, universities and microfinance institutions. In India, the Waqf mandate — education, healthcare, women's empowerment, skill development — aligns almost perfectly with Schedule VII. What is missing is the bridge: CSR-1 registration, trained professional trustees, and outcome frameworks that satisfy a corporate audit committee. The ESG Lens: Faith as Environmental, Social and Governance Capital As ESG disclosure becomes the currency of investor trust, faith-based programmes are proving relevant to all three pillars. On the Social side, education, healthcare, livelihood and relief work map directly onto goals such as No Poverty, Quality Education and Decent Work. On Governance, professionalised trusts with transparent accounting and board oversight demonstrate exactly the standards ESG investors demand. And on the Environmental side, a quieter revolution is underway: solar-powered ashrams and pilgrimage kitchens, circular-economy ventures that convert daily flower offerings into bio-fertiliser and incense rather than dumping them into rivers, and temple-led watershed restoration around ancient stepwells and tanks. Faith networks, it turns out, possess an asset money cannot buy — deep-seated social capital and moral authority that can unlock last-mile trust no corporate campaign can purchase outright. The Governance Gap: Why Arm's-Length Is Non-Negotiable The single biggest threat to faith-based CSR is not regulatory rejection — it is conflict of interest. A temple trustee who also controls the receiving charitable trust, a mosque committee that collects Zakat and CSR funds into the same account, a church NGO sharing undocumented premises with its seminary: none of these are minor technical lapses. They are existential risks that can unwind an entire partnership. The 2022 CSR Amendment Rules demand arm's-length relationships between implementing agencies and related parties, which in practice means separate legal entities for the charitable arm, independent professional board members alongside religious leadership, ring-fenced bank accounts with no cross-subsidisation of ritual activity, and documentation that translates faith language into development metrics — replacing "we feed the hungry because God commands it" with "we served fifty thousand meals and reduced absenteeism by twelve per cent." A Practical Playbook Before Anyone Signs an MoU Verify active 12A, 80G and CSR-1 registration, and review Form FC-4 returns where foreign funds are involved.Insist on a written Theory of Change with baseline data, clear KPIs and a multi-year project plan aligned to Schedule VII.Require ring-fenced, dedicated bank accounts that keep CSR capital entirely separate from ritual or unrestricted donations.Build in independent third-party impact verification and public, board-level annual reporting rather than one-off photo-op distributions.Diversify partnerships across faiths, regions and themes to avoid over-concentration and reputational risk.Invest in capacity building for trusts that have grassroots trust but not yet the technical muscle for rigorous reporting. These are not bureaucratic hurdles imposed on the sacred. They are the price of admission to formal capital — and, done well, they protect the very donors and beneficiaries the tradition was built to serve. The Road Ahead: Viksit Bharat Needs Both Mandir and Monitor India's ambition to become a developed nation by 2047 requires social-sector funding that government spending alone cannot supply, with the development funding gap estimated in the tens of lakh crores. Faith-based institutions bring three assets no corporate campaign can replicate at that scale: trust capital built over generations in villages where the state feels distant; fixed infrastructure — kitchens, halls, land — that does not need to be built, only upgraded; and volunteer networks of sevadars, Zakat collectors and congregation teachers who serve without a payroll. None of this is worth anything without an audit trail. The winning model is neither a cheque handed unconditionally to a shrine nor a CSR department dictating spirituality to a trust. It is a principled partnership in which faith supplies purpose, community supplies trust, professional management supplies execution, law supplies boundaries, and evidence supplies credibility. When Daan is tracked with data, when Zakat fuels scalable livelihoods, and when Seva powers audited healthcare and disaster response, philanthropy becomes more than charity. It becomes Sacred Capital — a force multiplying inclusive, transparent and lasting national growth.   ...Read more

04 Aug 2026

Kolkata | August 4, 2026 As eco-labels, ESG ratings and sustainability badges multiply across supermarket shelves and e-commerce platforms, consumers are finding it harder than ever to distinguish genuine environmental responsibility from sophisticated green marketing. India's evolving certification ecosystem now faces its biggest challenge- not creating more labels, but restoring trust in the ones that already exist. Quick SummaryConsumers today are surrounded by products claiming to be sustainable, eco-friendly or environmentally responsible. From government-backed certifications such as Ecomark to private ESG ratings, retailer sustainability badges and company-generated claims, environmental labels have become an important influence on purchasing decisions. Yet the rapid expansion of certification systems has also increased confusion, making it difficult for shoppers to identify which claims are independently verified and which are simply marketing tools.India is now attempting to strengthen consumer confidence through updated standards, stronger regulations against misleading advertisements and renewed attention to official certification programmes. However, experts argue that transparency, independent verification and consistent enforcement remain essential if eco-labels are to become trusted indicators rather than promotional symbols. KeywordsConsumer Eco-Labelling, Ecomark India, Greenwashing, Sustainable Products, Eco Labels, ESG Ratings, EcoVadis, S&P, ESG, Green Certification, Sustainable Consumption   Can consumers still trust the growing number of green labels, or has identifying genuinely sustainable products become more difficult than ever before? Standing in the cleaning products aisle of a supermarket, a consumer compares two bottles of liquid detergent. Both feature green packaging and environmental claims. One displays a sustainability certification, another highlights the use of recycled packaging, while a third promotes lower carbon emissions during production. Online, similar products carry additional badges such as "eco-friendly," "planet positive" or "green choice," all claiming to represent the more sustainable option.At first glance, the choice appears straightforward-pick the product with the green label. But determining which claim is credible has become far more complicated. Over the past decade, sustainability has shifted from a niche concern to a major factor influencing consumer purchasing decisions. Manufacturers across sectors ranging from FMCG and electronics to automobiles and batteries are gradually marketing products through claims of lower emissions, recyclable materials, responsible sourcing and improved resource efficiency. Retailers and e-commerce platforms have introduced their own sustainability badges, while ESG rating agencies, certification bodies and independent assessors continue expanding their influence across global supply chains. The result is a marketplace crowded with environmental claims.Behind these labels, however, lies a fragmented certification ecosystem where government-backed standards coexist with private certifications, corporate declarations and voluntary rating systems. While some labels are supported by independent verification and transparent assessment methods, others rely largely on company disclosures or proprietary frameworks that remain difficult for consumers to understand or verify. This growing complexity has contributed to what many experts describe as a widening certification trust deficit. Consumers are becoming more conscious of sustainability and are willing to choose environmentally responsible products. At the same time, they expect clear evidence that these claims are genuine. Businesses investing in credible sustainability practices also face a challenge, as their products often compete alongside others making similar environmental claims with far less transparency. Without stronger verification systems and clearer standards, distinguishing authentic sustainability from effective marketing is becoming progressively more difficult. For India, this has emerged as a significant policy priority. As regulators strengthen consumer protection, revive official eco-labelling programmes and promote more sustainable production practices, the objective is no longer simply encouraging businesses to adopt greener practices. The real challenge is ensuring that every environmental claim consumer encounters is credible, transparent and capable of standing up to independent scrutiny. In a marketplace crowded with sustainability claims, trust may ultimately become the most valuable certification a product can carry. The Green Label Dilemma Long before sustainability became a mainstream marketing strategy, India introduced its own official environmental certification system. Launched in 1991 by the Ministry of Environment, Forest and Climate Change (MoEFCC), the Ecomark scheme was created to help consumers identify products with a lower environmental impact throughout their life cycle. While environmental standards were developed under the scheme, the Bureau of Indian Standards (BIS) was responsible for ensuring that certified products also met the required quality benchmarks. The objective was straightforward. A single, government-backed certification would enable consumers to recognise environmentally responsible products without having to interpret complex sustainability claims or corporate environmental reports.Despite this vision, Ecomark never achieved widespread recognition. Industry participation remained limited, public awareness was low and relatively few products carried the certification. For most consumers, the label was rarely seen on store shelves, while many businesses found greater commercial value in promoting their own environmental claims or obtaining internationally recognised certifications. The sustainability landscape has changed considerably since then. Today's products often carry multiple environmental claims at the same time, ranging from "recyclable packaging" and "responsibly sourced" to "carbon conscious," "plastic neutral" and "green product." Retailers and e-commerce platforms have also introduced their own sustainability badges, while brands use environmental messaging as a key differentiator in a highly competitive marketplace.For consumers, however, the growing number of labels has made purchasing decisions more complicated rather than being more transparent. Unlike government-backed certification systems, private eco-labels operate under diverse standards, assessment methods and verification processes. Some are supported by rigorous third-party audits, while others rely primarily on information provided by companies themselves. Even globally recognised ESG assessment platforms such as EcoVadis and S&P Global ESG Scores evaluate the overall sustainability performance of companies rather than certifying the environmental credentials of individual products. This distinction is significant but frequently misunderstood. A company with strong ESG performance does not necessarily mean that every product it sells meets the same environmental standards. Likewise, a retailer's sustainability badge may not undergo the same level of independent verification expected under an official certification programme. Recognising these concerns, the Government of India has initiated efforts to revitalise the Ecomark scheme by expanding product categories, simplifying certification procedures and updating environmental criteria to reflect evolving sustainability priorities. The broader objective is not merely to certify more products, but to establish a credible national benchmark that consumers can recognise and trust. Whether the renewed Ecomark can establish itself in a marketplace crowded with private sustainability labels remains uncertain.Its revival, however, highlights a far broader issue. In a marketplace where environmental claims are becoming a key factor in consumer decisions, the value of a certification will depend not only on the standards it represents, but also on the trust it is able to earn. Official vs Private: Understanding Green Labels Government-backed   Private / Commercial Ecomark (BIS & MoEFCC)     EcoVadisTransparent public criteria    Proprietary assessment frameworksNational certification    Corporate ESG ratingsProduct-focused    Company-focused Regulatory oversight Third-party or company-led verification When Sustainability Becomes a Marketing Strategy As sustainability becomes a growing priority for consumers, the value of being perceived as environmentally responsible has never been higher. Across industries, terms such as eco-friendly, natural, carbon neutral, planet positive and environmentally responsible have become common features of product packaging and advertising. For businesses, these claims offer a competitive advantage in a market where consumers are becoming more conscious of environmental issues. For consumers, however, they raise a fundamental question: who verifies whether these claims are genuine? The issue has gradually moved beyond environmental discussions and become a matter of consumer protection.Recognising that vague or exaggerated sustainability claims can influence purchasing decisions just as much as misleading claims about price or quality, the Central Consumer Protection Authority (CCPA) has stepped up its scrutiny of environmental advertising. Businesses are now expected to support green claims with credible evidence rather than relying on broad marketing language. The challenge is particularly evident on e-commerce platforms. Many online marketplaces now feature sustainability badges, "green choice" labels and eco-friendly filters to help consumers identify environmentally responsible products. While these initiatives encourage sustainable consumption, the criteria behind these labels are often unclear. Consumers may see that a product carries a sustainability badge, but they rarely know who awarded it, the standards used for assessment or whether the claim has been independently verified. This lack of transparency has fuelled growing concerns over greenwashing. Greenwashing occurs when businesses exaggerate or misrepresent the environmental performance of their products. In some cases, marketing highlights a single positive attribute such as recyclable packaging- while overlooking the much larger environmental impacts associated with manufacturing, transportation or disposal. In others, broad claims such as "green," "eco-safe" or "environmentally friendly" are promoted without recognised certification or measurable evidence.Environmental organisations warn that the consequences extend well beyond consumer confusion.Groups such as Toxics Link and Chintan have repeatedly argued that weak verification systems place genuinely sustainable businesses at a disadvantage. Companies investing in cleaner production, responsible sourcing and improved waste management often find themselves competing alongside products making similar environmental claims without meeting comparable standards. When verified and unverified claims appear equally credible, consumer confidence in eco-labels and certification systems begins to erode. The challenge becomes even greater in sectors such as electronics, batteries and automobiles, where environmental performance depends on the entire product life cycle rather than manufacturing alone. Factors such as durability, repairability, recycling infrastructure and end-of-life management play a critical role in determining a product's overall sustainability. A product promoted as environmentally responsible during production may still create significant environmental impacts if effective collection, recycling and producer responsibility systems are absent. As a result, the conversation is gradually shifting from environmental marketing to corporate accountability. Experts argue that sustainability claims should be supported by the same level of transparency expected in financial reporting. Clear assessment methodologies, independent verification, publicly available standards and regular audits are becoming essential for maintaining the credibility of eco-labels. Without stronger oversight, the growing number of environmental claims risks achieving the opposite of their intended purpose- not strengthening consumer confidence, but undermining it. Greenwashing Checklist: Five Questions Every Consumer Should Ask ✔ Who issued the certification?Government, independent third party or the company itself?✔ Is the assessment publicly available?Can consumers understand how the product was evaluated?✔ What exactly is being claimed?The entire product—or only one environmental attribute?✔ Has the claim been independently verified?Or is it based only on company disclosures?✔ Is the certification regularly reviewed?Environmental performance changes over time.  Takeaway: A green label is only as credible as the evidence behind it. From Claims to Credibility As sustainability claims become a stronger influence on consumer decisions, experts argue that eco-labels should meet the same standards expected of financial disclosures- clear methodologies, transparent reporting and independent verification. Without these safeguards, even credible certification systems risk losing public trust.This remains one of the biggest challenges for India's eco-labelling ecosystem.Government-backed certifications such as Ecomark follow publicly defined environmental criteria, with compliance linked to standards developed by the Bureau of Indian Standards (BIS). The framework is transparent, product-specific and subject to regulatory oversight. Many private certifications and ESG ratings, however, rely on proprietary assessment methods that are not always fully disclosed. While these systems may be rigorous, the basis on which products or companies are evaluated is often difficult for consumers to understand.The distinction is especially important when comparing product certifications with corporate sustainability ratings.Experts also point to a wider implementation gap.Companies may announce ambitious sustainability targets or highlight recyclable packaging and lower emissions, but consumers often receive little information on whether these commitments have been independently verified or consistently maintained. Sustainability reports frequently showcase progress through percentages and intensity-based indicators, while providing limited visibility into overall environmental impacts or areas where targets remain unmet.Environmental researchers argue that meaningful sustainability claims require greater transparency. Consumers need to know what has been measured, how it has been assessed and who has verified the findings. They also need clarity on whether a certification evaluates the entire product life cycle or only selected environmental attributes.As India continues strengthening its sustainability framework, experts believe the priority should not be creating more eco-labels, but making existing ones easier to understand, compare and trust. Ultimately, an eco-label can support responsible consumption only when the standards behind it are transparent, independently verified and consistently enforced. Evidence at a Glance Question     Why It Matters Who certifies the product?Government, third party or company? Is the methodology public?    Transparency builds trust. Product or company assessment? ESG ratings and product certifications are different.Independent verification?Reduces greenwashing risk. Regular review and audits?    Ensures claims remain valid over time.            Key takeaway: A credible green label should explain not just what it certifies- but also how it was certified.   The Trust Behind the Label The rise of sustainable consumption has fundamentally changed the way businesses compete. Today, products are evaluated not only on price and performance but also on their environmental credentials. This reflects a positive shift, signalling that sustainability is moving from a niche concern to a core business priority.At the same time, the growing number of eco-labels has created a new challenge.As environmental claims become more common, it is becoming difficult for consumers to distinguish genuinely sustainable products from well-crafted marketing. Government-backed certifications, private ESG ratings, retailer sustainability badges and company-led environmental claims often appear side by side, despite being based on very different standards, assessment methods and levels of verification.Ultimately, the issue is not the number of labels, but the trust behind them.India's efforts to strengthen Ecomark, tighten consumer protection guidelines and increase regulatory oversight reflect an important step towards improving transparency. However, regulation alone cannot build consumer confidence. Businesses must communicate environmental claims responsibly, certification bodies need stronger disclosure and independent verification, and digital marketplaces should clearly explain the basis of their sustainability labels.Consumers, too, have an important role to play. As environmental considerations influence purchasing decisions, informed choices become just as important as responsible production. An eco-label should help consumers make better decisions- not leave them questioning every claim on a product's packaging. As India's sustainability journey gathers pace, the real measure of success will not be the number of green labels in the marketplace, but the confidence consumers place in them. In the end, trust will remain the most valuable certification of all. Primary Sources: 1.    Bureau of Indian Standards (BIS) – Ecomark Certification Schemehttps://www.bis.gov.in/ 2.    Ministry of Environment, Forest and Climate Change (MoEFCC) – Ecomark & Environmental Policies https://moefcc.gov.in/ 3.    Central Consumer Protection Authority (CCPA) – Guidelines for Prevention and Regulation of Greenwashing and Misleading Environmental Claimshttps://consumeraffairs.nic.in/ 4.    Central Pollution Control Board (CPCB) – Waste Management, EPR & Environmental Compliancehttps://cpcb.nic.in/ 5.    EcoVadis – Sustainability Ratings Methodologyhttps://ecovadis.com/ 6.    S&P Global Sustainable1 (ESG Scores & CSA Methodology)https://www.spglobal.com/sustainable1/ 7.    Toxics Link – Research on Green Claims, Packaging, Waste and Circular Economyhttps://toxicslink.org/ 8.    Chintan Environmental Research and Action Group – Sustainable Consumption, Waste & Circular Economyhttps://chintan-india.org/  ...Read more

04 Aug 2026

Why Disability Inclusion Must Become India Inc.’s Next Boardroom ESG KPI A ramp, a recruitment drive or an annual award cannot prove inclusion. The real test is whether employees with disabilities are hired, paid fairly, retained, promoted, protected during climate shocks, and able to secure benefits and remedies without fighting the system. BY PROF. UJJWAL K. CHOWDHURY  |  MAGAZINE FEATURE  |  INDIA, AUGUST 2026 “Inclusion should not be viewed as charity.”— Rajesh Aggarwal, at the launch of the CII Award for Excellence in Disability Inclusion, December 20241Accessibility is no longer a feel-good CSR initiative. It is a test of governance maturity, workforce quality, digital competence, operational resilience and the integrity of ESG reporting.Short SummaryThis feature examines CII-style employer awards, physical and digital audits, the hiring-versus-retention gap, disability-inclusive climate resilience, and the implications of ESIC and India’s labour-code transition. Corporate cases are used to test disclosure quality—not to confer unqualified praise.KeywordsDisability inclusion; workplace accessibility; ESG metrics; BRSR; reasonable accommodation; inclusive employment; digital accessibility; climate resilience; ESIC; labour codes; corporate governance.Hashtags #DisabilityInclusion  #WorkplaceAccessibility  #ESG  #SocialSustainability  #InclusiveEmployment  #BRSR  #ClimateJustice  #BoardroomKPI  #IndiaIncEDITORIAL EVIDENCE NOTECorporate examples below rely on official releases and public sustainability disclosures. A missing metric is identified as a disclosure gap, not proof of poor performance. Disability headcounts often depend on voluntary self-disclosure and may understate actual prevalence. The evidence standard used throughout is outcomes over intentions.THE “S” IN ESG HAS A MISSING DENOMINATORIndia’s sustainability vocabulary is fluent in carbon intensity, water positivity, renewable energy and net-zero targets. It remains far less exact about who can enter a workplace, use its systems, build a career and leave with dignity. That imbalance is no longer defensible.SEBI’s Business Responsibility and Sustainability Reporting framework has created an important starting point. It asks listed companies to disclose employees and workers with disabilities, and it separately seeks information on turnover, wages, welfare benefits, accessibility and grievances. The weakness is that many outcome tables are not disability-disaggregated. A company can report a headcount while investors still cannot see whether those employees are underpaid, concentrated at junior levels, denied benefits or leaving faster than comparable colleagues.5Accessibility must therefore become a boardroom KPI: owned by the board or a designated committee, reviewed quarterly, linked to executive accountability and tested by independent evidence. The central question is not, “Do we have a disability policy?” It is, “At every stage of work, where are people being filtered out—and what did management do about it?”AWARDS CAN MOVE MARKETS—IF THEY REWARD PROOFThe Confederation of Indian Industry has worked on disability inclusion through employer sensitisation, recruitment support, workplace guidance and the India Business and Disability Network. Its Award for Excellence in Disability Inclusion, launched in December 2024, gives the market something it badly needs: a visible benchmark. The 2026 framework recognises accessibility, disability-inclusive culture, inclusive recruitment and overall “Champion Company” performance, with separate eligibility thresholds for large enterprises and MSMEs.12Awards matter because reputation affects talent, procurement and investor confidence. But they become ESG instruments only when they reward proof. A credible CII-style award should score workforce denominators; wage and promotion parity; one- and two-year retention; accommodation response times; audit closure; benefit access; disability-inclusive procurement; grievance remedies; emergency preparedness; and actual expenditure against approved budgets.CASE STUDYPersistent Systems: recognition backed by an audit trailPersistent Systems received the 2026 CII award in the “Best Employer—Physical Accessibility” category. Its public account points to independent audits, an accessibility benchmark at its Pune facility, alignment with India’s Harmonised Guidelines, digital platforms designed toward WCAG standards, and governance ownership.The next step for the awards ecosystem is tougher verification: random site visits, confidential interviews with disabled workers without managers present, public scoring bands and evidence that audit findings were closed—not merely identified. Recognition should open the evidence file, not replace it.10 AUDIT THE EMPLOYEE JOURNEY, NOT JUST THE ENTRANCEA workplace can have an accessible entrance and still be institutionally inaccessible. A physical audit must follow the full employee journey: transport and parking; security and reception; paths, doors and lifts; tactile and visual signage; workstations and factory floors; meeting rooms, canteens, washrooms and medical rooms; employee housing; and emergency exits.In industrial settings, the audit must test whether protective equipment, alarms, control panels, evacuation chairs and safety instructions work for people with mobility, visual, hearing, cognitive and neurodivergent needs. Maintenance matters as much as design: a compliant ramp blocked by motorcycles is not accessible.The digital audit begins before employment. It must test the careers page, application form, applicant-tracking system, online assessment, interview platform and document-upload process. After joining, it should cover HRMS, attendance, payroll, leave, insurance, learning, collaboration, travel booking, procurement, appraisal and grievance portals. Automated scanners can flag technical defects, but they cannot substitute for usability testing by people with varied disabilities.For the financial sector, this is now regulatory territory. SEBI’s 2025 circular suite made digital accessibility mandatory for regulated entities, placed review responsibility with the managing director, managing partner or proprietor, required a senior nodal officer, and called for accessible grievance channels and baseline ICT standards. Banks, brokers, exchanges, mutual funds and fintech firms should treat accessibility as an employee right, a customer right and a governance risk at the same time.34CASE STUDYInfosys: a number that opens the questionInfosys reported 1,075 employees with voluntarily disclosed disabilities in FY2025–26. Against a total headcount of 328,594, that is about 0.33 per cent. The company also reports accessibility learning, an InfyAbility employee network with more than 3,900 members, accessibility living labs and accommodation support.This is useful disclosure because it gives a denominator and acknowledges voluntary disclosure. It also reveals the next frontier: applicant-to-hire conversion, probation completion, 12- and 24-month retention, pay parity by comparable grade, promotions, high-value assignments, accommodation requests, and remedies after disability-related grievances. Overall attrition cannot answer whether disabled employees are leaving at a higher rate.67 CASE STUDYTata Steel: inclusion on the industrial floorTata Steel’s FY2025–26 consolidated BRSR reported 149 employees with disabilities out of 73,215 employees—about 0.20 per cent—and separately identified 118 permanent workers with disabilities. Only nine of the 149 employees were women. The company clearly stated that European subsidiaries were excluded because those operations do not collect the data under local privacy practices.That boundary note is exemplary: it prevents a partial figure from masquerading as universal coverage. Tata Steel also describes modifications to workstations and washrooms, tailored laptops and assistive software or hardware, temporary accommodation during onboarding and workplace buddies. The unanswered ESG questions concern disability-specific wages, retention, injuries, promotion, grievance remedies and representation in production, engineering, logistics, maintenance and supervisory roles.8 HIRING MAKES HEADLINES; RETENTION PROVES INCLUSIONRecruitment drives are visible and countable. Retention is quieter—and more revealing. A serious dashboard tracks the complete funnel: applications → accessible assessment → interview → offer → acceptance → joining → probation completion → 12-month retention → 24-month retention → promotion → internal mobility. Each stage should be segmented by disability category, gender, location, employment status, occupational group and grade, with privacy safeguards and minimum reporting thresholds.The most common barriers often appear after onboarding: inaccessible internal software, delayed reasonable accommodation, transport problems, shift allocation, exclusion from travel or client-facing work, weak mentorship, biased appraisal and an absence of career pathways. Disability inclusion fails through everyday management decisions long before it appears in a legal complaint.TCS offers useful architecture. Its ENABLE Disability and Allies Network, launched in 2017, creates an employee forum, while PACT brings parents, allies and caregivers into the inclusion ecosystem. TCS also publicly emphasises accessible recruitment, workplace design, assistive technology and reasonable accommodation. Wipro, ITC, JSW Steel and major banks should be evaluated against the same outcome test: not whether policies exist, but whether disabled employees remain, advance and receive comparable rewards.9THE INCLUSION INFRASTRUCTURE: FROM MITTI CAFÉ TO V-SHESHInclusive employment is not merely a placement transaction. Mitti Café’s model combines experiential training, café and catering jobs, customer interaction, visibility and dignity. It reports more than 50 cafés in institutional and public spaces and thousands of persons with disabilities skilled, while its support model includes health insurance, food and accommodation. The transferable corporate lesson is that retention may require transport, accessible housing, coaching, nutrition, family engagement or health support—not only an appointment letter.11V-Shesh represents another part of the infrastructure. It says it supports 117 leading companies through recruitment, pre- and post-hiring services, sensitisation, policy advice, accessibility services and work trials, and reports more than 2,000 jobs facilitated. Such intermediaries help employers redesign roles instead of rejecting candidates against inherited job descriptions.12National Restaurant Association of India chapters and hospitality groups could scale common accessible-recruitment protocols, model kitchens and hotels, shared trainers, accessible customer-service standards and cross-company apprenticeships. Yet every partnership must publish conversion and retention: how many people were trained, how many received paid jobs, what they earned, how many remained, which benefits they accessed and what happened when difficulties arose.THE OVERLOOKED “E”: CLIMATE RESILIENCE THAT DOES NOT ABANDON PEOPLEA heatwave, flood, cyclone, power failure or transport shutdown does not affect every worker equally. Employees using wheelchairs, hearing aids, powered mobility equipment, ventilators, screen readers, medication refrigeration or caregiver support face risks that conventional business-continuity plans often fail to see.The evidence is alarming. UNDRR’s global survey found that only a small minority of local disaster-risk-reduction plans addressed the specific needs of persons with disabilities, while most respondents reported no participation in community-level decision-making. In India, CEEW’s 2025 heat-risk assessment found 57 per cent of districts—home to 76 per cent of the population—at high to very high heat risk. CEEW’s framework explicitly treats disability and chronic conditions as vulnerability factors. WRI India’s work on industrial transition similarly warns that green transitions do not automatically deliver inclusion without structural change.131415A disability-inclusive corporate resilience plan needs multimodal warnings using sound, text, vibration, visual signals and plain language; accessible evacuation maps, exits, drills and refuge areas; evacuation chairs and trained responders; backup electricity for assistive and medical devices; accessible shelters, transport and temporary accommodation; heat-adjusted shifts and rest periods; remote-work options during severe weather; continuity of medication and caregiver access; and equal protection for contract and outsourced workers.Disabled employees must co-design and test these systems. CSE, WRI India, CEEW and Climate Policy Initiative India can widen corporate climate-risk methodologies; IiAS, InGovern and independent academics can test board ownership, disclosure integrity and incentives. The principle is unforgiving: a climate plan that cannot protect the most exposed employee is not a resilient plan.LABOUR CODES AND ESIC: COVERAGE MUST BECOME VISIBLEIndia’s four labour codes took effect on 21 November 2025, reshaping workforce classification, social-security administration, contractor governance and reporting systems. For disability inclusion, classification is material because people can disappear between the principal employer’s payroll, staffing firms, contractors, apprenticeships, fixed-term work and platform arrangements.16Boards should receive disability-disaggregated data for permanent and fixed-term employees, permanent and contract workers, apprentices, temporary and outsourced personnel, and gig or platform workers where relevant. A consolidated headcount that excludes the most precarious categories can make inclusion look stronger than it is.ESIC is an essential protection but should not be confused with an inclusion policy. Its permanent-disablement benefit can provide lifelong payments linked to loss of earning capacity after an employment injury; permanent total disablement is generally paid at 90 per cent of average daily wages. That protection does not replace accessible recruitment, reasonable accommodation, career progression or freedom from discrimination.17The ESG test is practical: among eligible workers, how many are registered for ESIC, PF and insurance; how many claims were filed and accepted; how long settlement took; whether contractors deposited contributions; whether assistance was available in accessible formats; and what remedy followed a denial. “Covered as per law” is not evidence of access.THE BOARDROOM ACCESSIBILITY SCORECARDA credible dashboard should contain eight linked measures. It should reach the board at least quarterly; material failures should enter the annual report; and remuneration committees should consider whether senior executives delivered agreed outcomes.#KPIEVIDENCE THE BOARD SHOULD SEE1REPRESENTATIONAbsolute number and percentage of persons with disabilities; voluntary-disclosure rate; segmentation by gender, grade, site, employment status and occupational category.2EMPLOYMENT OUTCOMESApplication-to-interview and interview-to-hire conversion; probation completion; 12- and 24-month retention; promotion; internal mobility; disability-specific exit reasons.3PAY & BENEFITSMedian fixed and variable remuneration against comparable work; insurance, ESIC, PF, leave, transport, assistive devices and caregiver provisions.4ACCOMMODATIONRequests received, approved, rejected and pending; median closure time; spend; employee satisfaction; independent appeal route.5PHYSICAL & DIGITAL ACCESSPercentage of sites and critical systems independently audited; barriers by severity; closure and re-test rates; overdue actions.6VOICE, GRIEVANCE & REMEDYConfidential worker interviews without management present; complaints by issue; substantiation; corrective action; compensation; non-retaliation; recurrence.7CLIMATE & EMERGENCY RESILIENCEAccessible warnings and drills; evacuation readiness; backup power; heat and severe-weather protocols; remote-work continuity; contractor coverage.8MONEY, BOUNDARIES & ASSURANCEApproved accessibility capex and opex; money actually spent; baseline year; reporting boundary; methodology; absolute and intensity results; independent assurance scope.REGULATORS, BANKS, AUDITORS: THE ACCOUNTABILITY CHAINSEBI, MCA, RBI, the Ministry of Finance and the stock exchanges can drive convergence through stronger disability-disaggregated indicators, accessible filing and investor platforms, financial-sector enforcement, public-sector-bank leadership and credible assurance standards. The BRSR architecture should evolve from “how many?” to “what happened to them?”Audit firms and ESG-data providers must stop treating a policy, a ramp or a “yes” response as sufficient evidence. Assurance should reconcile payroll, HR, grievance, procurement, facility, IT and benefits data; test a sample of sites and systems; interview workers without management; and verify both approved budgets and money actually spent. Absolute results must be shown alongside intensity measures, because a better percentage can hide a shrinking denominator.Infosys, TCS, Wipro, ITC, Tata Steel, JSW Steel and large banks have the scale to establish sector benchmarks. CII-style awards can accelerate competition. Mitti Café, V-Shesh, organisations of persons with disabilities and disability-led experts can supply implementation intelligence. But persons with disabilities must remain the primary witnesses, auditors, designers and decision-makers—not beneficiaries photographed for annual reports.ACCESSIBILITY IS ENTERPRISE QUALITYThe next phase of disability inclusion will not be won by compassionate language. It will be won by better systems: recruitment that does not reject assistive technology; software that works with a screen reader; managers who deliver accommodations on time; factories that evacuate every worker; benefits that can actually be claimed; and grievance mechanisms that produce remedy without retaliation.A truly accessible company is easier to enter, safer to work in, simpler to transact with and more resilient under stress. It identifies process defects that inconvenience everyone, protects scarce talent, strengthens customer access and exposes governance blind spots before they become litigation, reputational damage or operational failure.Accessibility is not a CSR footnote. It is a balance-sheet issue, a resilience issue and evidence of management quality. The ramp now leads to the boardroom—and the board should be accountable for whether it reaches the door.SELECTED EVIDENCE BASE1. Confederation of Indian Industry: Launch of CII Award for Excellence in Disability Inclusion, 18 December 2024. 2. CII India Business and Disability Network: Award for Excellence in Disability Inclusion—2026 categories and eligibility. 3. Securities and Exchange Board of India: Mandatory compliance by all regulated entities under the RPwD Act, circular dated 31 July 2025. 4. SEBI: Compliance Guidelines for Digital Accessibility, circular dated 25 September 2025. 5. SEBI: Business Responsibility and Sustainability Reporting by listed entities, circular dated 10 May 2021. 6. Infosys: ESG Report 2025–26: social inclusivity, accessibility and voluntary disability disclosure. 7. Infosys: Three-year IFRS data sheet, including FY2025–26 employee headcount. 8. Tata Steel: Business Responsibility and Sustainability Report 2025–26. 9. Tata Consultancy Services: DEI framework, ENABLE and PACT; disability hiring and accessibility guidance. 10. Persistent Systems: CII Award for Excellence in Disability Inclusion—official release. 11. Mitti Café: Employment, training and inclusive café model. 12. V-Shesh: Workforce and workplace inclusion services. 13. UNDRR: Global Survey Report on Persons with Disabilities and Disasters, 2023. 14. CEEW: District-level heat-risk assessment for India, May 2025. 15. WRI India: Challenges and barriers to a fair and equitable transition in India’s SME sector, April 2026. 16. Ministry of Labour & Employment: Year End Review 2025: four labour codes effective from 21 November 2025. 17. Employees’ State Insurance Corporation: ESI Scheme benefits and Permanent Disablement Benefit.   ...Read more

04 Aug 2026

Kolkata | August 3, 2026 As India expands digital classrooms into government schools, the real challenge is no longer connecting villages to technology- but ensuring technology actually improves learning. From AI-powered lessons in regional languages to solar-powered classrooms and foundational literacy tracking, the country's digital education push is entering a decisive phase where infrastructure, teacher readiness and measurable outcomes matter more than announcements. Quick SummaryIndia's digital education journey is entering a new chapter. Classrooms are gradually moving beyond blackboards as smart technologies, AI-enabled learning platforms and digital assessment tools become part of everyday teaching. Backed by governments, private organisations and non-profits, these initiatives are expected to strengthen learning outcomes while expanding educational opportunities for students in rural and underserved communities.Yet technology alone cannot close the learning gap. Its impact depends on reliable electricity, stable internet connectivity, well-trained teachers, quality regional-language content, regular maintenance and continuous evaluation of student progress. As India works towards a more inclusive education system, the focus is moving beyond digital access to a more important goal-ensuring that every technological investment delivers measurable improvements in learning. KeywordsEdTech India, Digital Classrooms, Government Schools, Rural Education, Foundational Literacy and Numeracy, NIPUN Bharat, AI in Education, Smart Classrooms, Digital Learning, Education Technology    Can technology truly bridge India's rural education divide- or does meaningful learning still depend on everything beyond the screen? Shortly after sunrise, children begin arriving at a government primary school in a remote village of Madhya Pradesh. Some have walked several kilometres through fields, carrying well-used schoolbags and notebooks. As they settle into their classroom, a smart display comes to life, using colourful animations to explain basic mathematics in Hindi. For a moment, the familiar blackboard gives way to an entirely different way of learning. For many of these students, it is their first experience inside a digital classroom. The transformation is difficult to ignore. Government schools that once struggled with limited infrastructure are now introducing interactive lessons, AI-powered learning applications, digital attendance systems and online educational resources. Across India, digital classrooms have become a defining image of education reform and technological progress.Yet behind this visible transformation lies a far more challenging question: is digital access translating into better learning? Technology has the potential to reshape education-but only when the basics are already in place. Smart boards require electricity, AI-powered platforms depend on stable internet connectivity, and digital devices remain underutilised without confident, well-trained teachers. More importantly, no technological innovation can replace the foundational literacy and numeracy skills that every child needs to learn effectively. This is the challenge confronting India's education system today. The discussion has moved well beyond introducing technology into classrooms. The real question now is whether digital investments are improving what matters most- how well children learn or whether schools are becoming more technologically equipped without becoming more educationally effective. The reason this question matters is the sheer scale of India's digital education ambition. With more than 250 million school-going children and one of the world's largest public education systems, the country is using technology not simply to modernise schools, but to bridge educational inequalities that have existed for generations. Government initiatives such as Digital India, PM eVIDYA, DIKSHA, NIPUN Bharat and the National Education Policy (NEP) 2020 have accelerated the spread of digital learning. Alongside these efforts, corporate CSR programmes, educational foundations and technology companies are bringing smart classrooms, AI-powered learning platforms and teacher training to thousands of government schools. For millions of children in rural India, these initiatives have expanded access to educational resources that were once concentrated in better-equipped urban classrooms. The experience so far, however, points to a simple reality: technology can support education, but it cannot transform it on its own. The future of digital education will not be shaped by technology alone. Its real impact will depend on whether digital tools strengthen teaching, respond to local needs and help every child learn more effectively.As India builds more digitally enabled classrooms, the success of this transformation will not be reflected in the number of smart boards or tablets deployed. It will be seen in classrooms where learning improves, educational gaps narrow and every child is given a fairer opportunity to succeed. Government's Digital Push: From Access to Learning OutcomesThe pandemic did not introduce India to digital education, but it changed its trajectory.When classrooms fell silent in 2020, millions of students were abruptly disconnected from formal learning. The impact was especially severe in rural India, where limited access to smartphones, internet services and reliable electricity left many children without any meaningful alternative to classroom teaching. In contrast, many students in urban areas were able to continue learning online. The experience fundamentally reshaped the country's approach to digital education, turning a gradual reform into an urgent national priority. The experience of the pandemic reinforced the government's belief that digital infrastructure would become an essential part of India's education system. Rather than allowing technology to remain an emergency alternative, policymakers began embedding it into long-term classroom reforms. The National Education Policy (NEP) 2020 placed digital learning, teacher capacity building and educational technology at the centre of this transformation. Programmes such as DIKSHA and PM eVIDYA expanded digital resources for both students and teachers, while dedicated educational television channels helped extend learning to households with limited internet access. Yet one important lesson soon became clear: digital content alone could not solve India's learning challenges. Long before the pandemic, national assessments had revealed that many children in primary schools were unable to achieve basic reading and arithmetic skills despite attending school regularly. The assessments revealed that the real challenge was not simply making classrooms digital, but ensuring that every child possessed the foundational skills needed to benefit from them. This led to a greater emphasis on Foundational Literacy and Numeracy (FLN), ensuring that every child can read with understanding and perform basic mathematical operations by the end of Grade 3. To achieve this, the government launched NIPUN Bharat in 2021, placing foundational learning at the centre of education reforms. Unlike many earlier programmes that focused largely on expanding access, NIPUN Bharat prioritised measurable learning outcomes. States were encouraged to use digital tools to track student progress, identify learning gaps early and provide timely academic support instead of waiting for annual examinations. The emphasis shifted from using technology to deliver education to using it to understand, monitor and improve how students learn.Digital monitoring is gradually becoming a part of classroom teaching across several states. Teachers now use mobile applications and digital dashboards to record assessments, monitor student progress and identify children who may need extra support, while education departments rely on real-time data to guide interventions more effectively. The challenge, however, lies beyond data collection. Education researchers emphasise that digital information creates value only when it leads to timely action and measurable improvements in student learning. A digital dashboard may indicate that a child is unable to read a simple paragraph, but it cannot reveal the reasons behind that learning gap. Irregular attendance, teacher shortages, language barriers, limited classroom support and socio-economic challenges often remain hidden behind the data. Unless these underlying issues are addressed, experts warn that digital monitoring could become an exercise in collecting information rather than improving education. The challenge is even more pronounced in rural India, where conditions differ widely across districts. While some government schools have introduced smart classrooms supported by reliable internet connectivity and well-trained teachers, others continue to face irregular electricity supply, ageing equipment and inadequate technical support. In many such schools, sustaining digital infrastructure has become just as important as installing it. This is where partnerships are playing a vital role. While government initiatives have laid the foundation for digital education, their implementation is being reinforced through collaborations with corporate CSR programmes, educational technology companies and non-profit organisations. Beyond providing hardware, these partnerships are investing in teacher training, regional-language learning resources and classroom support to ensure that technology is used effectively. As India's digital education ecosystem continues to evolve, the national conversation is also changing. The focus is no longer on how many schools have smart boards or internet connectivity, but on whether these investments are improving how children learn, strengthening foundational skills and keeping students engaged in the classroom. Ultimately, the success of digital education will not be determined by the scale of technology adoption, but by its ability to deliver better learning outcomes and create meaningful opportunities for every child. Evidence Check Are digital classrooms improving learning- or simply increasing digital access? What official reporting often highlights Smart classrooms installed Digital devices distributed Teachers trained Schools connected  What independent evaluations continue to examine Reading proficiency (ASER) Foundational numeracy (NIPUN Bharat) Teacher readiness Regular classroom usage Infrastructure reliability Learning improvements over time  The key challenge: Expanding digital access is measurable. Demonstrating sustained improvements in learning outcomes is considerably more difficult. The Reality Check: Is Digital Learning Delivering Real Results? India's digital education drive is often measured by numbers- how many smart classrooms have been installed, how many tablets have been distributed or how many teachers have been trained. These milestones undoubtedly reflect progress.  But education experts argue that they reveal very little about what truly matters: whether children are learning better than before. This is where the country's digital classroom mission faces its biggest test. Over the past decade, independent learning assessments have repeatedly shown that school enrolment and classroom attendance do not necessarily translate into improved learning outcomes. Annual reports published by Pratham's Annual Status of Education Report (ASER) have consistently found that many children in rural India continue to struggle with reading age-appropriate texts and solving basic arithmetic problems, despite spending several years in school. The results highlight that lasting improvements in learning cannot be achieved through technology alone.Evidence from researchers support this view. Studies conducted by J-PAL South Asia, which has evaluated a wide range of education interventions across the country, consistently show that digital technology delivers the greatest impact when it complements effective teaching, continuous assessment and targeted support for students who are falling behind. Simply introducing computers, tablets or smart boards into classrooms rarely leads to meaningful improvements unless teachers are adequately trained and digital resources are integrated into everyday teaching practices. The experience also varies considerably across states. While some government schools have successfully incorporated digital learning into routine classroom instruction, supported by dependable electricity, internet connectivity and trained educators, others continue to face recurring obstacles. Power outages, unreliable internet services, malfunctioning equipment and limited technical support frequently disrupt implementation. In many rural schools, digital infrastructure may exist, but it often remains underutilised because teachers are unfamiliar with the technology or maintenance and repairs take months to complete. Language adds another layer of complexity. Although AI-enabled learning platforms are now available in Hindi and several regional languages, India's linguistic diversity extends across hundreds of languages and dialects. Education experts point out that language is far more than a medium of instruction- it shapes comprehension, confidence and classroom participation. Digital platforms that fail to reflect local linguistic contexts may struggle to provide the personalised learning experience they are intended to deliver. There is also growing scrutiny over how the success of digital education initiatives is measured. Many programmes report the number of devices distributed, schools covered or students enrolled, yet relatively few present independent evidence demonstrating sustained improvements in literacy, numeracy or classroom engagement. Expanding digital infrastructure is only one part of the story. Without credible baseline data, transparent reporting and regular assessments, it is difficult to know whether technology is improving how children learn or simply changing how classrooms look. The challenge, therefore, is not to justify digital classrooms, but to demonstrate that they are delivering measurable improvements in learning. Education experts believe the next stage of digital education reforms should be defined not by the spread of technology, but by the quality of learning it delivers. Progress will be reflected in stronger reading and numeracy skills, confident teachers who use digital tools effectively and classrooms where technology genuinely enhances everyday learning.Ultimately, India's rural education divide cannot be bridged through technology alone. Sustainable progress will depend on continued investment, skilled educators, dependable infrastructure and rigorous evaluation to ensure that every digital initiative creates meaningful learning opportunities and a stronger future for every child. Reality Check: Beyond the Numbers AnnouncementThe Bigger QuestionSmart boards installedAre they used every day?Tablets distributedDo students have electricity and internet?Teachers trainedHow many actively use digital tools?AI learning launchedIs it available in local languages?Schools digitisedHave reading and maths scores improved? Voices from the Ground: Where Technology Meets Reality India's digital education landscape is no longer being shaped by government initiatives alone. Corporates, non-profit organisations, academic researchers and grassroots institutions have all emerged as key stakeholders in determining how technology is introduced into classrooms and, more importantly, whether it leads to meaningful improvements in learning. For many organisations working closely with government schools, the conversation has already moved beyond simply providing digital devices. The emphasis is now on ensuring that technology addresses learning needs rather than becoming an end in itself. Pratham, one of India's largest education-focused non-profit organisations, has consistently maintained that lasting improvements in learning begin with strong foundational literacy and numeracy. Through its large-scale learning assessments and community-based programmes, the organisation has repeatedly highlighted that many children continue to struggle with basic reading and arithmetic, making foundational learning one of the country's most pressing educational priorities. A similar conclusion emerges from research conducted by J-PAL South Asia. Findings from multiple education evaluations suggest that digital tools are most effective when they strengthen good teaching practices rather than attempt to replace them. Their research indicates that technology delivers stronger outcomes when teachers actively integrate it into classroom instruction, students receive continuous feedback and schools regularly monitor learning progress beyond digital assessments. Grassroots organisations offer another important perspective. Institutions such as SEWA Bharat and Aajeevika Bureau, which work extensively with informal workers and migrant communities, argue that educational inequality often begins long before children enter the classroom. Seasonal migration, unstable household incomes and limited access to digital devices at home continue to interrupt learning for thousands of rural students. Under such circumstances, even well-equipped digital classrooms cannot fully compensate for the broader socio-economic barriers affecting children's education. Similar observations have been made by Smile Foundation through its education programmes in underserved communities. The organisation emphasises that digital inclusion is most effective when it is supported by teacher mentoring, parental engagement and sustained community participation. Without these complementary efforts, the benefits of technology are unlikely to reach every learner equally. Corporate participation has also evolved considerably in recent years. Organisations such as Infosys Foundation, HCL Foundation, Wipro Foundation, Reliance Foundation and Tata Steel Foundation have expanded their education initiatives beyond providing digital infrastructure. Many programmes now combine smart classrooms with teacher capacity building, maintenance support, digital literacy training and locally relevant educational content. At the same time, several technology companies are developing AI-enabled learning platforms designed to operate in regional languages and function effectively even in areas with limited internet connectivity. Despite these advances, educators remain cautious about viewing technology as a complete solution. Teachers involved in various digital education programmes frequently describe digital tools as valuable classroom resources rather than substitutes for effective teaching. Interactive lessons often improve student participation and sustain the attention of younger learners, but explaining concepts, encouraging discussion and supporting students with different learning abilities continue to depend largely on direct teacher engagement. Parents, too, see digital education with both optimism and realism. For many families in rural India, digital classrooms represent an opportunity for their children to access learning resources that were once available mainly in urban schools. At the same time, concerns about unreliable electricity, poor internet connectivity and limited opportunities for learning beyond school hours continue to shape their expectations. Collectively, these observations indicate that the success of digital education extends well beyond the availability of technology. It is shaped by the confidence of teachers, the engagement of students and the broader support systems that enable learning. In practice, the most effective digital classrooms are those where technology is fully integrated into everyday teaching rather than simply being available. Expert Perspectives Pratham Improving foundational literacy and numeracy remains essential before technology can deliver its full potential. J-PAL South Asia Digital interventions are most effective when they strengthen—not replace—good teaching and regular assessment. Smile Foundation Long-term impact depends on teacher support, community engagement and continued investment beyond classroom infrastructure. SEWA Bharat & Aajeevika Bureau Educational inequality is closely linked to migration, livelihoods and socio-economic barriers that technology alone cannot solve. Teachers Digital tools make lessons more engaging, but learning still depends on classroom interaction and teacher guidance. ParentsSmart classrooms offer opportunity, but reliable infrastructure and consistent teaching matter just as much as technology. From Access to ImpactIndia's digital education journey has reached an important turning point. The debate is no longer about whether technology belongs in government schools- it clearly does. The challenge now is ensuring that every digital investment leads to measurable improvements in learning rather than simply increasing the number of connected classrooms. The progress is evident. Smart classrooms are reaching remote villages, AI-powered platforms are expanding access to learning in regional languages, solar-powered schools are reducing dependence on unreliable electricity and digital FLN tracking is helping teachers identify learning gaps much earlier. Together, these initiatives represent one of India's most ambitious efforts to modernise public education. Yet the evidence points to an equally important reality. Technology cannot compensate for weak foundational learning, untrained teachers, irregular attendance or inadequate maintenance. A smart board without electricity, an AI platform that overlooks local languages or a dashboard filled with data but unsupported by timely interventions cannot, on their own, improve learning outcomes. This is why education experts argue that the next phase of reform must prioritise learning outcomes over digital expansion.Progress should be measured not by the number of devices installed or schools digitised, but by stronger literacy and numeracy, better classroom participation and improved student retention. Achieving this will require transparent evaluation, continuous teacher development and sustained investment in the systems that support learning. Corporate partnerships and CSR initiatives will also remain critical. As private investment grows, the focus must move beyond one-time infrastructure towards building long-term educational ecosystems through teacher training, equipment maintenance, local-language content and rigorous assessment of learning outcomes.Perhaps the most important lesson from India's digital education journey is that the rural education divide has never been a technology challenge alone. It is shaped by infrastructure, language, teacher capacity, socio-economic realities and community participation. Technology can help bridge these gaps, but it cannot eliminate them by itself. Ultimately, the success of digital education will depend not on how advanced classroom technology becomes, but on whether it enables every child to learn better. The future of education will be measured not by smarter classrooms, but by smarter learning. Primary Sources: Ministry of Education, Government of India – National Education Policy (NEP) 2020 & School Education Initiativeshttps://www.education.gov.in/NIPUN Bharat Mission – Foundational Literacy and Numeracy (FLN)https://nipunbharat.education.gov.in/DIKSHA – National Digital Learning Platformhttps://diksha.gov.in/ ASER Centre (Pratham) – Annual Status of Education Report (ASER)https://asercentre.org/ J-PAL South Asia – Education Research & Evidence-Based Policyhttps://www.povertyactionlab.org/south-asiaUNICEF India – Digital Learning & Education Programmeshttps://www.unicef.org/indiaNITI Aayog – Digital Public Infrastructure & Education Reportshttps://www.niti.gov.in/ Press Information Bureau (PIB) – Ministry of Education Announcements & Updateshttps://pib.gov.in/ ...Read more

01 Aug 2026

India's growing vehicle scrappage ecosystem is transforming end-of-life vehicles into valuable resources, but the success of a circular material economy will depend on formal recycling, stronger infrastructure and public participation  Kolkata | August 1, 2026:Every vehicle eventually reaches the end of its useful life. The real question is what happens next. For years, old and damaged vehicles in India were largely dismantled in informal scrapyards, where valuable materials were recovered with little environmental oversight or scientific waste management.  Today, that approach is gradually giving way to a more organised system. As India expands its vehicle scrappage programme and establishes authorised recycling facilities, end-of-life vehicles (ELVs) are beginning to play a much larger role in the country's transition towards a circular economy. The shift comes at an important moment. India is one of the world's largest automobile markets, and millions of vehicles are expected to retire from the roads over the next decade. Managing this growing volume is no longer just about disposing of ageing vehicles. It is becoming an opportunity to recover valuable resources, reduce industrial waste and strengthen sustainable manufacturing. Under the government's Vehicle Scrappage Policy, ageing and unfit vehicles are encouraged and in certain cases required- to undergo fitness assessments before being transferred to Registered Vehicle Scrapping Facilities (RVSFs). These authorised centres are designed to dismantle vehicles scientifically, safely handle hazardous components and recover reusable materials such as steel, aluminium, copper, plastics, and rubber. Experts believe this approach could significantly improve India's resource efficiency. Recovering metals from scrapped vehicles requires far less energy than extracting and processing newly mined raw materials, helping reduce both production costs and carbon emissions.Recycled steel and aluminium are also expected to become increasingly valuable as demand continues to grow across the automotive, construction and infrastructure sectors.Yet building an efficient circular material chain remains a complex task. A substantial portion of vehicle dismantling is still carried out by the informal sector, which has supported recycling activities for decades through well-established local networks. While these businesses recover a significant amount of recyclable material, environmental safeguards, worker safety standards and material traceability often remain inadequate. Integrating informal operators into a regulated recycling ecosystem is therefore seen as one of the biggest challenges facing the sector. Infrastructure presents another hurdle. Expanding the number of authorised scrapping facilities is only part of the solution. Experts say the wider ecosystem-including testing centres, dismantling capacity and supporting infrastructure- still falls short in many parts of the country.The transition also faces another obstacle: participation. Public awareness of the scrappage policy remains limited, while logistical constraints and uneven implementation across states continue to slow the growth of formal recycling systems. Experts believe that without meaningful economic incentives, encouraging wider participation from vehicle owners will remain a significant challenge. Vehicle owners are more likely to participate when scrapping offers tangible financial benefits through tax concessions, incentives or discounts on new vehicle purchases. At the same time, manufacturers stand to benefit from a more dependable supply of recycled materials, strengthening supply-chain resilience while reducing dependence on newly extracted resources. The advantages extend well beyond the automobile industry. A well-developed vehicle recycling ecosystem can reduce landfill waste, improve air quality by replacing highly polluting vehicles and create new employment opportunities across dismantling, material recovery, recycling, and secondary manufacturing. It also supports India's wider objectives of improving resource efficiency, lowering industrial emissions and promoting circular economy practices within domestic manufacturing. Environmental experts believe that transition cannot end with vehicle recycling alone.A truly circular automotive sector will require vehicles to be designed for easier recycling, valuable materials to be recovered more efficiently, battery recycling systems to expand and manufacturers to take greater responsibility for the entire life cycle of their products. As India's vehicle population continues to grow, the country's next sustainability milestone may not be measured by how many new vehicles are manufactured, but by how responsibly older ones are managed at the end of their life. The programme's success will not be measured by the number of vehicles it dismantles, but by the value it creates from them. It will be measured by how effectively yesterday's vehicles are transformed into tomorrow's resources, reducing waste, conserving raw materials and strengthening India's circular economy. The journey of a vehicle should not end at the scrapyard. In a truly sustainable economy, it should continue through the materials it leaves behind - fueling new industries, conserving natural resources and reinforcing the idea that the most valuable resources are often those already in our hands. Sources: Ministry of Road Transport and Highways (MoRTH) – Vehicle Scrapping Policy: Notifications and Ruleshttps://www.morth.gov.in/en/Circulars-Notifications-related-to-Vehicle-Scrapping-PolicyPress Information Bureau (PIB) – Vehicle Scrapping Policy: Progress of Registered Vehicle Scrapping Facilities (RVSFs)https://www.pib.gov.in/PressReleasePage.aspx?PRID=2099130&lang=2&reg=48National Government Services Portal – Registered Vehicle Scrapping Facility (RVSF) Portalhttps://services.india.gov.in/service/detail/apply-for-registered-vehicle-scrapping-facilityMinistry of Road Transport and Highways – State-wise Registered Vehicle Scrapping Facility (RVSF) Notificationshttps://www.morth.gov.in/en/rvsf-notificationsCentral Pollution Control Board (CPCB) – Environmentally Sound Management of End-of-Life Vehicleshttps://cpcb.nic.in/NITI Aayog – Reports on Circular Economy and Resource Efficiencyhttps://www.niti.gov.in/Down To Earth – Coverage on vehicle scrappage, recycling and the circular economy in Indiahttps://www.downtoearth.org.in/The Energy and Resources Institute (TERI) – Research on resource efficiency, recycling and circular economyhttps://www.teriin.org/Ministry of Steel, Government of India – Steel recycling and secondary raw materials initiativeshttps://steel.gov.in/Press Information Bureau (PIB) – Voluntary Vehicle Fleet Modernization Programme (Vehicle Scrapping Policy)https://www.pib.gov.in/newsite/erelcontent.aspx?lang=2&reg=48&relid=265928 ...Read more

01 Aug 2026

As India pushes sustainable aviation fuel to cut aviation emissions, questions over feedstocks, costs and competition for land and food are beginning to shape the debateKolkata| August 1, 2026: The future of aviation may depend not only on how aircraft are designed, but also on what powers them.Today, aviation contributes around 2–3% of global carbon dioxide emissions, and unlike road transport, long-distance flights still have limited alternatives to conventional liquid fuels. As governments and airlines look for ways to reduce emissions without disrupting air travel, Sustainable Aviation Fuel (SAF) has emerged as one of the sector's most promising solutions. For India, adopting Sustainable Aviation Fuel is not simply a question of replacing one fuel with another. It requires balancing climate ambitions with economic viability, feedstock availability and long-term sustainability. SAF is produced from renewable or waste-based feedstocks instead of conventional crude oil. Depending on the production pathway, it can substantially reduce lifecycle greenhouse gas emissions while remaining compatible with existing aircraft engines and airport infrastructure. Its compatibility with existing aircraft engines and airport infrastructure makes SAF one of the most practical and scalable solutions for reducing aviation emissions. India is gradually bringing Sustainable Aviation Fuel into the centre of its clean energy and climate strategy.Government agencies, airlines, oil marketing companies and research institutions are working to expand domestic production, support pilot projects and prepare for future blending mandates.Beyond reducing aviation emissions, these efforts are intended to strengthen energy security and help India secure a place in the emerging global SAF market. The real challenge, however, extends beyond policy ambition. It lies in ensuring a sustainable and reliable supply of feedstock that can support production on a commercial scale. Experts point to agricultural residues, used cooking oil, municipal solid waste, forestry waste and certain non-food energy crops as the most promising sources for Sustainable Aviation Fuel. Unlike food-based feedstocks, these resources can help reduce emissions without affecting food security. The challenge, however, lies in building efficient supply chains, as collecting, transporting and processing these materials remains expensive and operationally complex. The conversation becomes far more complex when cleaner fuel begins to compete with food and land resources. Using edible oils, sugar crops or fertile agricultural land as feedstocks could place additional strain on food prices, water availability and rural livelihoods. Environmental experts also warn that clearing forests or natural ecosystems to cultivate energy crops may erode many of the climate gains that Sustainable Aviation Fuel seeks to achieve. As a result, the real challenge is not simply producing cleaner aviation fuel- it is ensuring that the path to cleaner aviation does not create new environmental or social pressures along the way.  Cost remains one of the biggest hurdles for Sustainable Aviation Fuel. Production volumes are still limited, supply chains are yet to mature and, as a result, SAF continues to cost significantly more than conventional jet fuel. For airlines already operating in a highly competitive market with narrow profit margins, absorbing these additional costs will not be easy without targeted policy support and market incentives. That is why the design of future blending mandates could determine how quickly SAF moves from ambition to widespread adoption. Rather than imposing immediate large-scale adoption, many countries are introducing phased blending mandates that gradually expand the use of Sustainable Aviation Fuel while supporting domestic production and maintaining industry competitiveness. Experts argue that India will need a similar approach—one that balances climate commitments with commercial realities and gives producers, refiners and airlines the certainty and time needed to expand investments, production capacity and supporting infrastructure.Despite these challenges, experts emphasise that Sustainable Aviation Fuel is only one part of the solution. Reducing aviation emissions will also depend on more fuel-efficient aircraft, improved air traffic management, operational efficiencies and the development of future technologies such as hydrogen-powered aircraft. The future of aviation decarbonisation won’t rest on SAF alone. It will sit alongside efficiency, new aircraft, and operational changes. For India, Sustainable Aviation Fuel represents more than an alternative fuel- it offers an opportunity to reshape the future of cleaner aviation. A successful SAF ecosystem could create economic value from agricultural waste, strengthen energy security, encourage innovation and help the country move closer to its climate commitments. But lasting success will depend on ensuring that the transition protects food security, safeguards ecosystems and supports the communities that depend on them. The future of aviation will not be judged only by how much it reduces emissions, but by how responsibly it achieves that transition. Because sustainable flight truly begins long before it’s take-off - with fuel that is as sustainable in its production as it is in its purpose. Sources: International Civil Aviation Organization (ICAO) – SAF Feedstocks (CORSIA Framework)https://www.icao.int/CORSIA/feedstocksInternational Civil Aviation Organization (ICAO) – Guidance on Policy Measures for SAF Development and Deploymenthttps://www.icao.int/SAF/saf-guidance-policy-measuresInternational Civil Aviation Organization (ICAO) – SAF Rules of Thumb (Feedstocks, Costs & Production Pathways)https://www.icao.int/SAF/saf-rules-of-thumbICAO ACT-SAF Programme – India Sustainable Aviation Fuel Feasibility Studyhttps://www.icao.int/sites/default/files/environmental-protection/Documents/ACT-SAF/Feasibility_Study_India.pdfInternational Air Transport Association (IATA) – Global Feedstock Assessment for SAF Production Outlook to 2050https://www.iata.org/globalassets/iata/publications/sustainability/global-feedstock-assessment-for-saf-production-outlook-to-2050.pdfMinistry of Petroleum and Natural Gas (Government of India) – Biofuels and Sustainable Aviation Fuel policy updateshttps://mopng.gov.in/Ministry of Civil Aviation (Government of India) – Aviation sustainability initiatives and SAF developmentshttps://www.civilaviation.gov.in/NITI Aayog – Reports on biofuels, energy transition and low-carbon transporthttps://www.niti.gov.in/International Energy Agency (IEA) – Aviation and Sustainable Fuelshttps://www.iea.org/Down To Earth – Coverage on SAF, biofuels, feedstock availability and food-versus-fuel concerns in Indiahttps://www.downtoearth.org.in/ ...Read more

01 Aug 2026

As pumped storage gains momentum across India, debates over land, ecology, financing and cleaner alternatives are growing alongside it KOLKATA | August 1, 2026: India's renewable energy capacity is expanding rapidly, but the next phase of the transition will depend on solving a critical challenge: storing clean electricity when renewable sources are not generating power. Pumped storage hydropower (PSH) has emerged as one of the country's most promising solutions and is now playing a central role in India's energy planning. However, as projects begin moving from policy announcements to on-ground development, they are also raising important questions about land, ecology, financial viability and whether alternative storage technologies can deliver the same benefits with fewer trade-offs. Pumped storage hydropower functions like a giant rechargeable battery. Surplus electricity is used to pump water from a lower reservoir to an upper one, where it is stored until demand rises. When additional power is required, the water is released back through turbines to generate electricity. Its ability to provide long-duration energy storage and stabilise the electricity grid has made pumped storage an important part of India's strategy for integrating larger amounts of solar and wind power. Pumped storage hydropower is emerging as a cornerstone of the Union government's long-term clean energy strategy. Across states such as Maharashtra, Andhra Pradesh, Madhya Pradesh, Odisha and Karnataka, a growing pipeline of projects is expected to play a vital role in integrating larger volumes of solar and wind power into the grid. Yet as development gathers pace, the conversation is expanding beyond energy storage to include questions of land, ecology, financial viability and sustainability. While pumped storage offers important benefits for the power sector, many proposed projects are located in ecologically sensitive hilly and forested areas. Developing two reservoirs often requires significant land acquisition and extensive civil works. Experts caution that large-scale construction, forest diversion and changes to natural drainage systems could have lasting impacts on biodiversity, wildlife movement and local ecosystems. In many regions, residents have also expressed concerns about displacement, water availability and the long-term effects on their livelihoods. Financial sustainability is another issue shaping the debate. The financial challenge begins long before a pumped storage project starts generating electricity. While these facilities can operate for decades with relatively low operating costs, they demand substantial upfront investment and long construction timelines. Delays in environmental clearances, land acquisition or financing can sharply increase costs and affect overall project viability. Developers also need reliable revenue mechanisms that recognise the value of energy storage and grid-balancing services, rather than compensating only for electricity generation. These constraints have led to a broader discussion on whether alternative storage technologies could offer faster or more flexible solutions.Battery Energy Storage Systems (BESS) are emerging as a promising alternative, with declining costs and faster deployment making them well suited for a wide range of energy storage applications.Yet experts believe each technology serves a different purpose. While batteries perform well for short-duration storage, pumped storage hydropower remains better suited for storing large amounts of electricity over longer periods. Other solutions, including green hydrogen and advanced battery technologies, are also making steady progress, but they are still some ways from delivering the scale and reliability needed to support India's national electricity grid. Experts argue that pumped storage and batteries should be viewed as complementary rather than competing technologies. As renewable energy expands, India's electricity system is expected to require a combination of storage solutions capable of meeting different grid requirements. At the same time, policymakers face a broader challenge. Future projects will need rigorous environmental assessments, transparent engagement with local communities, fair compensation frameworks and stronger ecological safeguards to support both sustainable development and investor confidence. As India's renewable energy capacity continues to grow, pumped storage hydropower is expected to play a defining role in keeping the power system reliable. But its legacy will not be determined by storage capacity alone. It will be defined by whether development can balance environmental responsibility, financial sustainability and public trust alongside the country's growing energy needs.In the years ahead, the clean energy transition will be judged not only by how much renewable electricity India generates, but by how responsibly it chooses to store it. Sources: Ministry of Power, Government of India – Pumped Storage Projects Guidelines & Policy Initiativeshttps://powermin.gov.in/ Central Electricity Authority (CEA) – National Electricity Plan (Volume II: Transmission & Energy Storage)https://cea.nic.in/ NITI Aayog – Energy Storage Roadmap for Indiahttps://www.niti.gov.in/ International Energy Agency (IEA) – Electricity Storage & Hydropower Analysishttps://www.iea.org/ International Hydropower Association (IHA) – Pumped Storage Hydropowerhttps://www.hydropower.org/ Central Electricity Authority (CEA) – Status of Pumped Storage Projects in Indiahttps://cea.nic.in/hydro/ Down To Earth – Reports on pumped storage projects, environmental clearances and ecological concerns in India.https://www.downtoearth.org.in/ Mongabay India – Coverage of pumped storage projects, biodiversity impacts and community concerns.https://india.mongabay.com/ The Hindu BusinessLine – Coverage on pumped storage investments, project financing and renewable integration.https://www.thehindubusinessline.com/ Ministry of Environment, Forest and Climate Change (MoEFCC) – Environmental clearance notifications and project approvals.https://moefcc.gov.in/ ...Read more

01 Aug 2026

By Dr Kanailal Das Summary: Kolkata is a city shaped by water, wetlands and rivers, yet it faces mounting environmental challenges from both natural processes and human intervention. This article examines the interconnected risks of sea-level rise, tropical cyclones, urban heat islands, earthquakes, air pollution, waterlogging and the degradation of the East Kolkata Wetlands. It also explores how altered drainage systems, disappearing canals, rapid urbanisation and the loss of natural floodplains have increased the city's vulnerability. By linking Kolkata's historical geography with present-day environmental pressures, the article highlights the urgent need for resilient urban planning, wetland conservation and sustainable infrastructure to secure the city's future. Key Topics #Kolkata #ClimateChange #SeaLevelRise #Cyclones #UrbanFlooding #Waterlogging #AirPollution #UrbanHeatIsland #EastKolkataWetlands #WetlandConservation #UrbanResilience #DisasterPreparedness #SustainableCities #EnvironmentalPlanning #SustainVerse Once a premier capital of British India, Kolkata is at present proclaimed to be a dying city. Researches done by Climate Central and Intergovernmental Panel on Climate Change do proclaim that according to the latest projections of sea level rise and climate change certain low-lying areas of Kolkata shall submerge by 2030. Dating back in history, Kolkata in 1690 was under dense forested stretches. In 1622 Kolkata was protected from Portuguese atrocities by Shah Jahan and Nawab Shaista Khan (probably the Bengali word for teaching a lesson, “shayesta” ows its birth from here, well, a wild guess offcourse!). However, the imperial Kolkata faces various kinds of natural and anthropogenic hazards.   Sea Level Rise: According to projections by IPCC, the average rate of global sea level rise was 3.6 mm within 2006-2015 and that of Bay of Bengal was 4.04 mm (Rudra, 2022). This coupled with subsidence shall lead to a relative sea level rise of 7 mm/yr.   Tropical Cyclones: Kolkata is in the vicinity of Bay of Bengal, which is vulnerable to tropical cyclones and 3 out of 10 turn out to be severe cyclones. Sea surface temperature is rising at a rate of 1.6°C per decade which is much higher than the global rate of increase (1.006°C). As a result, sea level is increasing at the rate of 4 mm, while the relative sea level rise of adjacent areas of Kolkata is as high as 9 mm.   The Calcutta cyclone of 1737, also known as the Hooghly River cyclone, is regarded as Kolkata's first recorded super cyclone. This cyclone in the northern Indian Ocean has been described as the worst natural disaster in India. The flooding caused by this cyclone and the accompanying tsunami destroyed the famous Navaratna Temple at Chitpur. On 11 October 1737, a powerful earthquake occurred along with the Great Calcutta Cyclone, causing the water level of the Hooghly River to surge by 13 meters and crash into Kolkata. Later, on 5 October 1864, Kolkata was struck by another cyclone that claimed around 60,000 lives. Mud houses collapsed, boats sank, and even the ports of Khejuri and Hijli were damaged.  Climate change and Urban Heat Island: Heat waves, high intensity rainfall and increasing temperature since the month of March are alarming. Kolkata has turned into an urban heat island because of the urban sprawl, change in landuse and use of building materials which increase heat trapping. The maximum temperature in Kolkata crossed the 30 degrees Celsius mark on 19/2/26, wednesday after close to three months. The last time it was 30 degrees was on November 20. Since November 21, it has stayed below 30 degrees constantly. The minimum temperatures on Wednesday at 17.4 degrees Celsius was below normal. On January 6 it was as low as 18 degrees Celsius.  Earthquakes: Kolkata holds the 4th position among the locations prone to earthquakes. Even tremors were felt at Kolkata on 10th August 2023, with a magnitude of more than 5 on Richter scale. Kolkata was jeopardized due to cyclone, flooding and earthquake even on 30th September 1737.  A report by Gentleman’s magazine stated casualty of 30,000 people, damage of more than 20,000 boats and ships, leading a capsize of 5 tonnes of English ship near present Creek Row. Earthquake along with cyclone was experienced on 11th October 1737.  The western side of Kolkata is higher in elevation. It gradually rises and merges with the Rajmahal Hills to the west. That was once the ancient coastline. Later, sediment carried by Himalayan rivers gradually filled the bowl-shaped Ganges delta region. At one time, the area from the Rajmahal Hills to the Garo Hills of Meghalaya was an elevated, undulating plateau.  About thirty million years ago, during the uplift of the Himalayas, the area between the Rajmahal and Garo Hills subsided into a bowl-like depression. This is the Bengal Basin.  In terms of earthquake vulnerability, Kolkata falls close to Zone 4. The plateau region west of Kolkata was once the continental shelf of the sea. That shelf still exists beneath the ground. To the east of the shelf, deep deposits of sediment from the Ganges and its tributaries have accumulated. Therefore, a deep flexure or fault zone exists along the boundary between the shelf and the sediment deposits. That fault zone is a source of earthquakes. In addition, active tectonic movements in the Darjeeling and Chattogram regions will certainly affect Kolkata. In the past, severe earthquakes caused extensive loss of life and property in Kolkata and surrounding areas. While Kolkata and several parts of south Bengal felt the tremors on Friday, 27 February afternoon, the worst damage was reported from the Villages along the India Bangladesh border, particularly near Taki in Basirhat Subdivision, which is 26 km from the epicentre in Nayabazar.  According to The National Centre for Seismology, NCS, the earthquake measured 5.5 on the Rchter scale and struck at a depth of 10 km in Nayabazar. In Villages bordering Bangladesh, between 19 km and 30 km from Satkhira, atleast five houses suffered structural damage. Portions of concrete ceilings collapsed in some homes, while wall tiles fell off in others.  Small tremors may be signs of bigger quake in Bengal seismic zone, warn experts.    Air Pollution: Pollution in Kolkata – SPM was 511 (Scientific and Environmental Research Institute, 2009). 70% of the residents of Kolkata suffer from loss of breath with 18.4 people in each 1 lakh population experiencing lung cancer (Chittaranjan National Cancer Institute, Kolkata). About 12% of the cancer patients of India hail from Kolkata (Centre for Science and Environment). According to the Scientific and Environmental Research Institute (2009 report), Kolkata's SPM level was 511. According to the institute, Kolkata is India's most polluted metropolitan city, followed by Mumbai, Delhi, and Chennai. A six-year study by the Chittaranjan National Cancer Institute (CNCI) reports that 70% of Kolkata's residents suffer from respiratory illnesses, asthma, and lung cancer. There are 18.4 lung cancer patients per 100,000 people. Recently, Kolkata's air pollution has reached levels comparable to Delhi's. During Kali Puja and Diwali, Kolkata's Air Quality Index now approaches 300. Air pollution in Delhi has recently created "pollution refugees"—residents are being forced to leave the city because of poor air quality. Even in Kolkata, high-rise development is expanding south beyond the Kolkata Metropolitan Area, and more people are moving from the city centre to the suburbs.  Although Air Quality Index (AQI) levels fluctuated marginally throughout the day, pollution levels remained well above safe limits in several areas.  AQI on 21/1/26  Sites 6am 6pm Ballygunge 311 268 Fort William 266 236 Jadavpur University 313 283 Rabindra Bharati University 355 287 Victoria Memorial 281 253    Waterlogging: Just a few days ago, a single night's rainfall left almost all of Kolkata underwater, severely disrupting daily life. Questions were raised about cloudbursts, extreme rainfall, and the poor state of the drainage system. Ignoring Kolkata's natural slope, which was well suited to carrying away rainwater and accumulated drainage water, we built high-rises and a modern city. As a result, waterlogging in Kolkata has increased. From an administrative perspective, Kolkata can be divided into two parts: the core Kolkata and the added areas. The core area had been identified since the British period. It included Wards 1 to 100. Wards 101 to 144 are the added areas. During the British era, a drainage system was introduced according to the design of the British engineer William Clark, in which the drainage channels were located deep underground and built with large bricks. Above these drains ran the drinking water pipelines. As a result, drainage water could not mix with the drinking water.  Kolkata's establishment was completed by amalgamating three villages which had many canals where tides were experienced. Bidyadhari river used to flow through the present day Bidhannagar. Various navigable channels were found passing through Panihati, Kamarhati, Barahanagar, Cossipore and Dumdum. Even 100 years back, Salt Lake and the adjacent wetlands could be seen from Ultadanga railway station, filled with boats. This area was replete with fishing communities, fish godowns from where fish used to be marketed to Shyambazar, Beleghata even Jessore and Khulna in Bangladesh. As river Bidyadhari dried up it lost its connection with river Hugli turning it into a confined waterbody. In the year 1962, the region was reclaimed into Salt Lake City.  Krishnapur Canal was cut during British rule and it moves across Bidyadhari basin and Rajarhat area. VIP road and EM Bypass were constructed over Krishnapur canal. This road construction has created a barrier in the drainage system of Kolkata. East Kolkata Wetlands was used as storage of flood water but it got transformed to reclaimed town. All the garbage of the city gets dumped in Krishnapur Canal and Bagjola khal reducing their capacity.  At present, the situation is different. Biman Bandyopadhyay, an experienced town planner of the Kolkata Improvement Trust (KIT), says that the drainage channels and drinking water pipelines are now located very close to each other. This is extremely dangerous. This arrangement exists not only in the added areas but also in some parts of the core area. In some places, the drinking water pipelines even pass through manholes. In addition, telephone, electricity, and broadband lines run underground at various places beneath the roads. Quite often, when roads are dug up to install these lines, water pipes burst. As a result, toxic substances mix with the drinking water. According to municipal engineers, there are so many different kinds of pipes beneath the roads that the drinking water pipelines laid over the past 30–40 years have had to be placed close to the drainage channels. As a result, contaminated water enters the drinking water pipelines, especially when the water supply through those pipes is shut off.  It has been found that water flowing into Tolly Nullah exceeds its water holding capacity. Also the slope of the area surrounding Tolly Nullah is to the east but that of the canal is to the west. Keorapukur basin stores the accumulated flow from Regent Park, Bansdroni, Tollygunge, Alipur, Khidderpore. The discharge of Keorapukur basin takes place through Keorapukur main and and Keorapukur western channel. One pump of capacity 200 cusecs has been established at Keorapukur western channel. Another pump of capacity of 750 cusecs was installed at Tolly Nullah by Kolkata Environment Improvement Project Authority. 'Invert level' of the outfall drain doesn't match with outfall channel. Also, a fresh assessment regarding the actual water holding capacity of Tolly Nullah is required.  Flow from Keorapukur khal amounts to 1422 cusecs, that from Boat canal, Chetla, Mominpur amounts to 699cusecs and that from Kalighat is 566.9 cusecs. Pump and regulating structure need to be installed at Hugli outfall near Watganj in order to regulate flow of the high tide.  Starting from the airport, the airport channel crossing VIP road to join Cantonment khal and Bagjola khal. This channel is not traceable near Cantonment Khal. Another canal (Donagar khal) joins Noai khal but all these are heavily sedimented and needs dredging.  Paralysis of the Calcutta Canals:  Detachment of main channels (eg Belgachia, Bagjola and Tolly's Nullah) from Hugli River. Increasing human settlements and effluents. Conversion of salt marsh to Salt Lake City; development of Rajarhat New Town without considering the preexisting drainage constraints. Upland flows of Bidyadhari and Ichhamati are almost choked. Semi diurnal tides without any upland discharge have worsened the siltation scenario. Gradual shifting of Saptagram and Tamralipta port to the present position of Calcutta port at Khiderpore; proposals for subsidiary ports at Palta/Sagar Island indicate the gradual lowering of upland discharge level of Bhagirathi Hugli River through time.  The Role of East Kolkata Wetlands: According to NATMO, the Land Revenue Department, and the Fisheries Department, 8,000 wetlands have disappeared over the past thirty years. Kolkata and the areas on three sides of it have undergone rapid urbanization. The East Kolkata Wetlands have shrunk to half their former extent. Bare soil has nearly vanished, so rainwater can no longer infiltrate the ground, and groundwater is therefore not being recharged. Behala, Garden Reach, Tollygunge, Jadavpur, Garia, and surrounding areas are suffering from water scarcity. Nearly thirty million gallons of water are extracted from underground every day.  At one time, the water in these wetlands was saline, which is why the area was known as Salt Lake. At that time, these wetlands were part of the Bidyadhari River, and the tides flowed through them. Fish farming was mainly carried out by creating ponds with small embankments. Later, toward the end of the nineteenth century, when wastewater from the Kolkata metropolitan area began to be discharged into these wetlands, the flow of the Bidyadhari River was blocked. The inflow of saline water into the wetlands stopped. In response to the changed conditions, the fishing communities began farming freshwater fish. Based on local knowledge and experience, fish farming using the city's wastewater continued. The wetlands to the east of Kolkata once covered 20,000 acres. During the 1970s and 1980s, 10,000 acres of wetlands were filled in for the construction of Bidhannagar and the EM Bypass. In 1992, a nongovernmental organization called PUBLIC approached the Calcutta High Court to protect the East Kolkata Wetlands. Following the judgment in that case, an officially recognized map of the wetlands was prepared, and all development and construction activities within the wetlands were prohibited. In 2002, these wetlands were recognized as wetlands of international importance. Covering Kolkata as well as North and South 24 Parganas, they are now included in the Ramsar List. At present, 47 percent of the total area consists of wetlands, 46 percent is agricultural land, and the remainder is residential area. Every year, these wetlands produce 11,000 metric tons of fish, 15,000 metric tons of rice, and 150 metric tons of vegetables every day.    (Kalikata Pukur Katha, Environment, History, Society, Mohit Ray, Ananda, 2019)    About Author   Dr Kanailal DasMasters in Geography from University of Calcutta, former senior research fellow, CSIR, PhD on Vulnerability of Gosaba, Basanti, Sundarban from Vidyasagar University.He has participated in many national and international seminars and has papers and book chapters to his credit. ...Read more

01 Aug 2026

By Dr Karabi Das Rivers are generally considered as open systems within the purview of Geomorphology. The cause behind being them operating in broadly three zones of input, process and output while interacting beyond their boundaries. Thus, there is ample scope of transformations within rivers – both by natural and anthropogenic manners. They are driven by water and sediments so whenever this balance gets modified there occurs a change in the equilibrium of rivers. Well, this can be done both naturally and by controlled environment driven by humans.  Modifications in the catchment area of any drainage basin can effectively alter the natural system, thus jeopardizing the entire hydrologic regime. Alteration by humans can happen in the form of damming the river course, by dredging the channel, by straightening the river pattern, by linking rivers and by constructing other engineering structures. Flood control and control of bank erosion demand widening or deepening of channels, artificial cutoffs from meanders and straightening of channels. Artificial channelization also modifies the fluvial dynamics of a drainage system.   In Indian Sundarbans, the single largest mangrove tigerland, rivers are the arteries. Enmeshed in an intricate network of interlinked rivers and creeks (also duanis), this region is a part of the retrograding Western Ganga Brahmaputra delta. Progradation (advance) and retrogradation (decay) of a delta is largely dependent on occupancy and abandonment of the delta by deltaic distributaries. Also, following the Gallway triangle it can be said that delta building fluvial force and delta modifying wave and tidal action get to decide the fate of deltas. Neotectonic movements leading to subsidence towards Bangladesh Sundarbans have decided the movement of the main flow of river Ganga towards Padma building the eastern Ganga Brahmaputra delta. This is evident from the younging of the eastward deltaic lobes as shown by Allison. Also, the rivers of Indian Sundarbans are severed from their upstream sources. Up country diversion of water, clogging of offtakes have resulted in reduction in discharge degenerating the distributaries of Ganga in the last 225 years. The switching of the distributary channels over time was one of the causes of delta abandonment which was aggravated by loss of sediment supply which bypass through the “Swatch of No Ground” into the deep sea “Bengal fan” . The creeks of Sundarban are tidally fed, governed by bi directional flow. The funnel shaped macrotidal (tidal range>4 m) Hugli estuary is characterised by time velocity asymmetry whereby flood tide takes only 3 hours to get complete while ebb tide takes 9 hours to complete. Therefore, before the ebb tide gets completed, another flood tide sets in resulting in sedimentation. The premature reclamation of Indian Sundarbans has left the landscape polderized as the tidal spill areas are reduced. This results in inchannel sedimentation and further clogging of rivers. Thus the settled portions are at a lesser height than the rivers and this landscape is termed polderized. The river Ichhamati is dry near it’s off take point at Majdia. The gradual decrease of upstream discharge from Ganga to river Mathabhanga is another reason for the decay of river Ichhamati. River Jamuna can be demarcated up to some few km downstream from itsoff take. River Jamuna got decayed as it lost its connection with  Bhagirathi-Hugli River. The angular orientation of the channel at its off-take point has changed to obtuse angle restricting the flow of river Hugli into Jamuna. River Bidyadhari has been encroached by fisheries while the downstream stretch (40 km) up toits outfall has dried up. Excavation of Keshtopur canal in 1910 disconnected a portion of salt lake spill area and this led to disequilibrium in the natural drainage from north and led to the decay of Bidyadhari river. River Matla started decaying as the discharge from West Bidyadhari and the Karatia into the river Matla stopped. A number of lateral connections of the Matla River on and from inland side (like Belladona river, Kultala gang, Piyali-Nabipukur river, Chulkati gang etc) are presently in a decaying state, cutting off freshwater discharge to river Matla. River Piyali can’t be traced properly upstream of Piyali station and it has got disconnected from its parent river Bidyadhari. The outfall of Piyali has been closed contributing to its decay and deterioration of tidal environment there. River Thakuran debouches near Jaynagar and Mathurapur. To its north the river connects Matla and has link with river Saptamukhi. Beyond the junction with river Jagaddal, the river Thakuran gradually thins out in its upper course. Both the reclaimed and non-reclaimed portions of Indian Sundarban have witnessed river discontinuity and decay. Some rivers connecting large rivers have become completely obliterated. Some rivers have become clogged with mud and hyacinths, while some rivers have decreased in width becoming narrower (Das, 2025). Anthropic activities like construction of embankments, aquaculture farms by severing the rivers have also resulted in river discontinuity and decay.    Figure 1: Change in River Matla and landuse of Canning (1920,1968,1993)  In order to cope up with river discontinuity and decay, estuarine reshaping in the form of reviving the lost paths of the channels and creating additional channelization is required. The polderized landscape has got so much altered and juxtaposed with agricultural landscape and settlements that it is quite impossible to return to it’s virginity. However, reviving the lost paths is necessary and can be still done if all the previous interlinking routes are resuscitated.  Five probable routes in and out of Adi Ganga can be traced in all probability. Outfalls can be traced to river Hugli via Diamond Harbour and Kulpi, to Saptamukhi estuary, Thakuran estuary and river Matla.  Diamond Harbour route: Kaorapukur khal (29.005 km) can be used as it emanates from Adi Ganga near Kudghat. Then as it connects with Usthi Nainan outfall channel (10.435 km), the accumulated water is directed towards Diamond Harbour creek (14.531 km) which empties into Hugli River. Also, the same route can be accessed from Surjyapur using Hotor khal (12.305 km).  Kulpi route: Water of Adi Ganga can be directed from Surjyapur along settlements Multi, Magrahat and Lakshmikantapur using the canals Surjyapur khal (10.215 km), Magra Jaynagar khal (14.647 km) and Kulpi kata khal (19.039 km) towards Kulpi. Alternatively, water can be directed towards Kulpi kata khal using Nazra khal and Sangrampur Outfall channel.  Route towards Saptamukhi estuary: From Surjyapur, a westward route along Multi using Surjyapur khal (10.215 km) can be followed, upto Magra Jaynagar Khal (14.647 km), flowing past Jaynagar Majilpur. From there, using Burar khal (2.035 km) and Chitraganja khal (5.324 km), the palaeochannel of Adi Ganga can be accessed upto Sudhirghat. From the settlement of Chandbhasa, Banstala khal (16.658 km) can be accessed. Chora Gangadora khal (5.463 km) can be accessed from the settlement of Bakultala. The rivers Kaloa, Gobadia (18.102 km), Barchara and Walsh creek can then be used to direct the water towards Saptamukhi estuary, though Kaloa river has got decayed at present. Alternatively, Curzon creek also can be used to direct the water towards Saptamukhi estuary.  Route towards Thakuran estuary: The same route can be followed upto Burar khal, then the water can be directed to Moni nadi. Alternatively, Khari khal can be used past Chandbhasa and the water can be directed towards Thakuran via Moni nadi.  Route towards Matla: Water from Adi Ganga can be directed towards Matla River using Surjyapur khal and Piali river.    Figure 2: Scope of reviving Adi Ganga via routes shown    References:  Bandyopadhyay S. (2000): Coastal changes in the perspective of long term evolution of an estuary: Hugli, West Bengal, India, Proc. Int. Quat. Seminar on INQUA shoreline, Indian Ocean Sub Commission: 103-115.   Bandyopadhyay S. and Bandyopadhyay M. K. (1996): Retrogradation of the western Ganga-delta, India and Bangladesh, Possible reasons. In. Tiwary, R.C. (ed.), Proceedings of 6th conference of Indian Institute of Geomorphologists, National Geographer, 31(1&2): 105-128.   Bandyopadhyay S., Kar N.S., Dasgupta S., Mukherjee D. and Das A. (2023): Island area changes in the sundarban region of the abandoned western ganga–brahmaputra– meghna delta, India and Bangladesh, Geomorphology https://doi.org/10.1016/j.geomorph.2022.108482. Das K (2025): Physical and Socioeconomic changes of Indian Sundarban: An Evaluation PhD thesis, University of Calcutta. Das K and Das K (2026): Reviving Decaying Rivers: Case Studies from Indian Sundarbans Natural Sciences and Applied Technology Eissn: 3049-4206 3(1) Majumdar S.C. (1941): Rivers of the Bengal Delta In Biswas K.R. (ed.), Rivers of Bengal, volume 1 West Bengal District Gazetteers, Kolkata. Paul A. K. (2002): Coastal Geomorphology and Environment. Sundarban coastal plain, Kanthi coastal plain, Subarnarekha delta plain. ACB publication, Kolkata.    About Author Dr Karabi Das, Masters in Geography from University of Calcutta, former Senior Research Fellow, UGC, PhD on Physical and Socioeconomic changes in the Indian Sundarban is presently working as Assistant Professor of Geography, Dr Kanailal Bhattacharyya College, Howrah.She has participated in many national and international seminars and has 12 papers and 10 book chapters to her credit.Her areas of interest include Fluvial Geomorphology, river in equilibrium and human environment relationship.   ...Read more