Subject: Development and related issues

India’s education system has witnessed a major transformation through digital initiatives, especially under the digital India mission and after the COVID-19 period.

Contributions of digital initiatives to the education system

Expanding Access and Inclusion – Digital platforms have taken education to remote and underserved areas.

Democratization of Quality Content – High-quality lectures from premier institutions are freely accessible. Eg- SWAYAM offers courses from IITs, central universities, and NITs.

Continuity of Learning – Eg- Online classes and TV-based learning during COVID-19 lockdowns.

Teacher Capacity Building– Eg- Online teacher training modules on DIKSHA and NISHTHA programmes.

Multi-Modal Learning- Eg- PM e-Vidya integrating DTH channels, radio, and online learning.

Bridging Regional and Language Barriers – Content available in regional languages improves inclusivity.

Enhancing Governance and Transparency – Eg- UDISE+ (Unified District Information System for Education) provides real-time data on school infrastructure, teacher availability, and student enrollment

Self-Paced and Lifelong Learning -Eg- Online certification and skill courses for working professionals

Cost Effectiveness and Scalability – One-time digital content creation serves millions.

Virtual Labs allow STEM students to perform complex science experiments digitally.

Digital initiatives have also catered to Children with Special Needs (CWSN) through “Digitally Accessible Information System” (DAISY) and sign-language videos on the e-Pathshala portal.

Automated Permanent Academic Account Registry (APAAR) or “One Nation, One Student ID”, provides a 12-digit digital ID for every student to store all their academic achievements

Challenges

Rural-Urban divide- only 18.47% of rural schools have internet access compared to 47.29% of urban schools.

Infrastructure gaps – Only about 24% of rural children had access to digital devices for learning (ASER report).

Digital Illiteracy among Parents leads to a “guidance gap” at home.

Language Barriers- the “advanced technical content” is still predominantly available in English

Excessive screen time leads to

Eye strain

Exposure to “adult” content online

Reduced physical activity – rising obesity and social isolation

Gender Digital Gap – Girls have less access to devices and connectivity.

Retention challenges – Eg- less than 4% of SWAYAM students have completed their courses since its launch in 2017

Way Forward

Replicating Kerala’s Hi-Tech School Project – every classroom equipped with a projector and high-speed LAN.

Leveraging CSR funds to provide solar-powered tablets to students in “Aspirational Districts” .

Using AI-based real-time translation tools to make high-end STEM content available in regional languages. Eg- “Bhashini” approach.

Gamified Learning- Integrating Gamification to increase student engagement.

Introducing “Digital Citizenship” as a core subject to teach students about internet safety, misinformation, and ethical AI usage.

Public-Private Partnerships for leveraging EdTech innovation. Eg- Collaboration with start-ups for interactive content.

These measures can ensure that digital education becomes a powerful enabler of inclusive, future-ready, and outcome-oriented learning in India.

Cryptocurrency is a digital or virtual currency designed to function as a medium of exchange. Unlike traditional money , it does not exist in physical form and is not issued by the central bank.

Key Features of Cryptocurrency

Decentralization- Operates on a peer-to-peer network, no need for intermediaries like banks.

Blockchain Technology- A distributed ledger that records all transactions

Cryptography- Uses advanced mathematical protocols to secure transactions.

Immutability- Once a transaction is recorded on the blockchain, it cannot be altered or deleted.

Limited Supply- Most cryptos (like Bitcoin) have a mathematical cap on their total supply.

Pseudonymity- Transactions are tied to digital “wallet addresses” rather than personal identities.

Global Accessibility- Can be accessed by anyone with an internet connection

Eg- Bitcoin, Ethereum, stablecoins, and central-bank-linked digital assets (CBDCs as a response).

Positive Impacts

Financial Inclusion- Provides banking services to the “unbanked” in developing nations.

Lower Remittance Costs- Enables migrants to send money home with negligible fees compared to traditional services like Western Union.

Hedge Against Inflation- Citizens in economies with hyperinflation (e.g., Venezuela, Argentina) use stablecoins to preserve their wealth.

Innovation in Digital Economy – Growth of DeFi, NFTs, and Web3.

Portfolio diversification for investors. Eg- crypto trading apps like Binance

Transparency and Traceability – Public blockchains enable transaction audits.

Tech Innovation and Employment – Eg- Bengaluru has solidified its position as a global Web3 Hub

Boost to Digital Literacy – Awareness of encryption, wallets, and cyber hygiene.

Catalyst for Regulatory Innovation – Eg- Introduction of Reserve Bank of India’s Digital Rupee (CBDC).

Institutional Efficiency- Major global banks (e.g., JP Morgan) now use blockchain for near-instant cross-border settlements.

Negative Impacts

Extreme Volatility- Sudden price crashes can lead to catastrophic financial losses for uninformed retail investors. Eg- 2022 Terra-Luna collapse

Environmental Concerns- “Proof of Work” mining consumes massive electricity. Eg- Bitcoin mining consumes more energy than mid-sized countries like Norway.

Illicit Activities- Used by cybercriminals for money laundering, terror funding, and ransomware payments.

Lack of uniform global laws leads to “regulatory arbitrage.” Eg- FTX exchange collapse revealing massive gaps in jurisdictional oversight.

Security Risks- Sophisticated hacking of exchanges has resulted in the theft of millions in user funds. Eg- 2024 WazirX breach

Psychological Stress- The 24/7 nature of the market has led to “crypto-addiction” and increased anxiety among younger Gen-Z investors.

Speculative Bubble Behaviour – Prices driven by hype rather than fundamentals. Eg- Sharp rises and falls in meme-based tokens.

Digital Divide – Benefits skewed towards urban, tech-savvy populations.

Widespread use of private crypto can weaken a central bank’s control over inflation.

The way forward lies in balanced regulation, public awareness, and responsible integration, ensuring that innovation serves economic development and social welfare, not unchecked speculation.

Multi-dimensional nature of developmental issues, require a collaborative governance, where the government, NGO, and the private sector work in synergy.

Socio-economic issues of development

Nearly 11% of the population is still living in multidimensional poverty.

Economic Inequality – richest 1% control more than 40% of total wealth, while the bottom 50% own merely 3% (Oxfam Report)

Social Stratification- Caste-based discrimination prevents upward mobility for the marginalized. Eg- 96% manual scavengers are Dalits

Population Pressure (1.35 billion) strains public infrastructure, housing, and the job market.

Poor Social Infrastructure

Healthcare – low public spending (2.1% of GDP) and high out of pocket expenditure (40%)

Education – low public investment (2.9% of GDP) lead to “quality crisis” and high dropout rates at secondary and higher levels

Skill Gap – only about 51.25% of youth are employable.

Gender Disparities

Low FLFPR – 41% in India vs 71% in China

Glass ceiling effect – discrimination and low representation at higher positions

Regional disparity – Eg- BIMARU states lag behind southern states in human development indicators

“Climate Inequality” – women and poor are most vulnerable to climatic shocks like heatwaves or disasters. Eg- “climate induced migration” after floods in Assam

Urbanization issues – Eg- 17% population living in slums

Collaboration between government, NGO and private sector

Public-Private-Community Partnerships (PPCP) – Eg- collaboration between GoI, Akshay patra foundation and infosys foundation in implementing Mid-day meal scheme

Complementary role

Policy Leadership by Government

NGOs as Last-Mile Implementers

Private Sector for Scale and Innovation

CSR-Driven Development Partnerships – Eg- tata trust funding support for PRATHAM NGO for education

Data and Technology Collaboration – Tech firms building dashboards, NGOs collecting field-level data, government monitoring outcomes. Eg- in aspirational districts program

Capacity Building – NGOs and private sector training frontline workers in healthcare.

Technology Transfer for Agriculture- Agri-tech firms develop precision tools, the government subsidizes them, while NGOs train farmers in “Climate-Smart Agriculture”.

Saturation-Based urban Infrastructure- The government provides land, the private sector builds , while NGOs handle the “soft infrastructure” like health and education.

NGO’s helping the government in ensuring last mile service delivery. Eg- acting as “Arogya Mitras” under Ayushman Bharat scheme

Strengthening this triangular alliance can ensure inclusive, resilient, and sustainable growth.

Sustainable development refers to a development path that meets the needs of the present without compromising the ability of future generations to meet their own needs (Brundtland Commission).

Emphasis on environmental protection coming into conflict with poor people needs

The poor depend directly on forests, rivers, and commons. They lose their livelihood due to strict conservation rules. Eg- protest by Jenu Kuruba tribe against expansion of “Core Areas” in Nagarhole tiger reserve

Environmental bans affect subsistence livelihoods. Eg- ban on single-use plastics has disproportionately impacted street vendors

Higher Cost of Green Alternatives – Eg- high initial cost of Solar pumps makes it unaffordable for small farmers

Energy Transition Costs- closure of mines in the “coal belt” (Jharkhand/Odisha) threatens the informal livelihoods of nearly 15-20 million people linked to the coal economy.

Urban Environmental Regulations – Closure of polluting units affects migrant workers.

Fishing communities impacted by coastal regulation norms. Eg- Limitations under Coastal Regulation Zone (CRZ) rules.

Unequal Burden of Environmental Compliance – Eg- Sand mining restrictions affecting daily-wage workers.

Agricultural Restrictions- Policies discouraging water-intensive crops impact marginal farmers more as they lack capital to shift to high-value horticulture.

Eco-restoration projects, such as clearing the Yamuna floodplains in Delhi, result in the demolition of informal settlements without adequate “Just Transition” housing.

Shift from biomass to LPG under the ujjwala scheme reduced indoor pollution, but high refill costs force rural households back to firewood.

Counter argument – benefits sustainable growth with emphasis on environmental protection for poor

Disaster Risk Reduction – Environmental safeguards prevent loss of lives and assets. Eg- Protecting mangroves and wetlands saved thousands of lives during Odisha Cyclones.

Public Health Gains – Cleaner air and water reduce disease burden and Out-of-Pocket Expenditure (OOPE) for the poor.

Sustainable management secures long-term livelihoods. Eg- Watershed development improving water security.

Green Livelihood Creation – Jobs in renewable energy, afforestation, waste management. Eg- “Suryamitra” schemes

Sustainable agriculture improves resilience. Eg- solar pumps under PM-KUSUM scheme

Water Security- Jal Jeevan Mission and watershed management under MGNREGA have improved groundwater levels, directly benefiting rain-fed marginal farmers.

Energy Access with Sustainability – Eg- Solar lighting in off-grid rural areas.

Intergenerational Equity – Unsustainable growth harms future poor the most.

Legal Empowerment of Communities – Rights-based conservation models. Eg- Community forest management under forest rights Act

Eco-Tourism- In places like Kaziranga, community-led tourism has provided a “conservation dividend” to local tribes.

Global Finance- Eg- Green Bonds to fund low-cost housing and clean transport for the urban poor

Way Forward

Strengthening grassroot governance – Eg- ensuring fair, prior and informed consent of Gram Sabha in tribal areas

Implementing RECLAIM framework to ensure sustainable, community-centric mine closures and “just transition” for communities

Community-Led Conservation (The Nagaland Model) – Replicate Nagaland’s 407+ Community Biodiversity Conservation Areas (CCAs)

Scaling “Green Subsidies” through DBT. Eg- “Refill Subsidy” for Ujjwala users

Universalizing Climate-Resilient Agriculture – Expand PM-PRANAM (Natural Farming)

Institutionalizing “Social Impact Credits” in Carbon Markets

Ensure that the Blue Economy Policy protects the “First Right of Access” for traditional fisherfolk.

As Indira Gandhi stated at the 1972 Stockholm Conference, “Poverty is the greatest polluter.” Thus, there is need to shifted toward a “Just Transition,” where environmental protection is pro-poor and poverty alleviation is ecologically sustainable.