Category: SCIENCE AND TECHNOLOGY

Context:  Roadmap to 6G

Bharat 6G Vision

• Launched in March 2023.
• Goal: Position India as a global leader in 6G by 2030.
• Principles: Affordability, sustainability, ubiquity.
• Builds on India’s strong 5G foundation.

Phased Implementation

An apex council oversees spectrum, standards, ecosystem creation, and R&D funding.

Key Initiatives

• Bharat 6G Alliance: Collaboration among academia, startups, industry, and government.
• 100 5G Labs: Training and capacity building for 6G skills.
• R&D Support: 100+ projects funded under government schemes.

International Partnerships

• Collaborations with Japan, Finland, South Korea, Germany, US, Brazil, and UK for research and standard-setting.

Global Alignment

• Aligned with ITU’s IMT-2030 framework.
• Target: At least 10% of global 6G intellectual property.

Key Features of 6G

• Ultra-high data speeds, very low latency.
• Communication + sensing integration.
• Terrestrial and non-terrestrial seamless coverage.
• AI-native, energy-efficient networks.

Upcoming Milestones

• WRC 2027: Final spectrum decisions.
• Commercial launch target: 2030, with domestic trials and global contributions in 2025–2030.

Learning Corner:

Technical Details of 6G

• Frequency Bands: Operates in sub-THz (100 GHz – 1 THz) and mmWave spectrum, enabling ultra-high capacity.
• Speed & Latency: Expected peak data rates up to 1 Tbps with latency as low as ~1 microsecond (compared to 1 ms in 5G).
• Network Architecture:
  • AI-native networks for self-optimization, resource allocation, and predictive maintenance.
  • Terrestrial + Non-Terrestrial Integration: Seamless connectivity through satellites, drones, HAPS (High Altitude Platform Stations).
  • Cell-less Architecture: Users connect dynamically to multiple nodes instead of fixed base stations.
• New Features:
  • Joint Communication & Sensing (JCAS): Networks can sense environment while transmitting data (useful for autonomous mobility, disaster management).
  • Holographic Beamforming: Advanced antenna technologies for high-directional, energy-efficient transmission.
  • Quantum Communication & Security: Quantum key distribution for ultra-secure links.
• Energy Efficiency: Designed to be 100x more energy-efficient than 5G, using intelligent sleep modes and green hardware.
• Applications: Holographic telepresence, immersive XR (extended reality), autonomous transport, precision healthcare, smart industries.

Source: PIB

Category: SCIENCE AND TECHNOLOGY

Context : Progress update on Prototype Fast Breeder Reactor

• Location: Kalpakkam, Tamil Nadu
• Capacity: 500 MWe
• Agency: BHAVINI, under Department of Atomic Energy
• At an advanced stage of commissioning; fuel loading began in March 2024.
• Regulatory approvals for integrated commissioning were obtained in July 2024.
• First criticality expected by March 2026; full power generation by September 2026.
• Delays due to first-of-its-kind technological challenges are being addressed with close coordination between designers and regulators.

Strategic Role

• Forms the second stage of India’s three-stage nuclear power programme.
• Uses MOX fuel (plutonium + uranium) and liquid sodium coolant.
• Designed to generate more plutonium than it consumes, ensuring a sustainable fuel cycle.
• Enables recycling of spent fuel from PHWRs and supports future thorium-based reactors.
• Makes India the second country after Russia to commission a commercial fast breeder reactor.

Learning Corner:

Fast Breeder Reactor (FBR)

• Definition: A nuclear reactor that produces more fissile material than it consumes, through the process of “breeding.”
• Fuel: Typically uses Mixed Oxide (MOX) fuel — a blend of plutonium and uranium.
• Coolant: Commonly employs liquid sodium (due to excellent heat transfer and neutron economy).
• Breeding Process: Converts fertile isotopes like Uranium-238 or Thorium-232 into fissile isotopes such as Plutonium-239 or Uranium-233.

Importance

• Enhances fuel efficiency by recycling spent nuclear fuel.
• Reduces nuclear waste by reusing plutonium.
• Supports India’s three-stage nuclear programme, particularly the transition towards thorium-based reactors in stage three.

Global Context

• Commercial FBRs are rare; Russia operates them, and India is commissioning the 500 MWe Prototype Fast Breeder Reactor (PFBR) at Kalpakkam.

Source:  PIB

Category: ENVIRONMENT

Context: NTCA Limits Tiger Corridors to 2014 “Least Cost” Pathways

• The National Tiger Conservation Authority (NTCA) has restricted the recognized tiger corridors mainly to the 32 “least cost pathways” mapped in 2014.
• This move narrows statutory protection, making approvals for mining, infrastructure, and other development projects in tiger habitats easier.
• Earlier, NTCA had assured that all scientific data—such as telemetry studies, tiger conservation plans, and wildlife movement models—would be considered, but the new stance reduces scope.
• Conservationists warn this undermines landscape connectivity vital for tiger movement, gene flow, and survival.
• NTCA’s own earlier reports had stressed that least-cost routes were only the bare minimum, while broader corridors also required attention.
• The change benefits several pending projects but raises concerns about long-term tiger conservation and habitat security.

Learning Corner:

National Tiger Conservation Authority (NTCA)

• Establishment: 2005, under the Wildlife (Protection) Act, 1972, following the recommendations of the Tiger Task Force.
• Status: A statutory body under the Ministry of Environment, Forest and Climate Change (MoEFCC).

Composition

• Headed by the Minister of Environment, Forest and Climate Change (Chairperson).
• Includes experts, NGOs, and representatives from states with tiger reserves.

Functions

• Implement the Project Tiger scheme across India.
• Approve tiger conservation plans prepared by states.
• Lay down standards for tiger reserve management including tourism, infrastructure, and anti-poaching.
• Provide funding and technical support to tiger reserves.
• Ensure tiger corridors and habitat connectivity are maintained for long-term survival.
• Conduct monitoring using technologies like M-STrIPES (Monitoring System for Tigers – Intensive Protection and Ecological Status).

Importance

• Central authority for India’s tiger conservation strategy.
• Plays a key role in balancing conservation with developmental pressures in tiger landscapes.

Source: THE INDIAN EXPRESS

Category: POLITY

Context: The National Organ and Tissue Transplant Organisation (NOTTO) has directed that priority be given to women patients and relatives of deceased donors

NOTTO’s Stand on Organ Donations to Women

• The National Organ and Tissue Transplant Organisation (NOTTO) has directed that priority be given to women patients and relatives of deceased donors in organ allocation to address gender disparity.
• Between 2019 and 2023, women made up 63.8% of living organ donors, yet men received 69.8% of donated organs. Out of 56,509 donations, only 17,041 went to women.
• This imbalance shows that while women donate more, they receive fewer organs in return.
• The Transplantation of Human Organs Act (1994) and its 2011 amendment govern donation; sale of organs remains illegal.
• NOTTO has also called for better facilities and training for organ retrieval, especially from trauma cases.
• Globally, only about 10% of the need for solid organ transplants is met annually.

Key Gist: Women are the majority of organ donors but get fewer transplants. NOTTO’s directive seeks to correct this imbalance and encourage fair organ allocation.

Learning Corner:

National Organ and Tissue Transplant Organisation (NOTTO)

• Established: Under the Directorate General of Health Services (DGHS), Ministry of Health & Family Welfare, Government of India.
• Legal Basis: Functions under the Transplantation of Human Organs and Tissues Act, 1994 (amended in 2011).
• Headquarters: Safdarjung Hospital, New Delhi.

Structure:

• NOTTO (National Level) – Apex body for organ donation and transplantation.
• ROTTOs (Regional Organ & Tissue Transplant Organisations) – 5 regional centers.
• SOTTOs (State Organ & Tissue Transplant Organisations) – State-level bodies.

Functions:

1. Policy & Coordination: Frame policies, coordinate between states/regions, and maintain uniformity in organ allocation.
2. National Registry: Maintain data on organ/tissue donation and transplantation.
3. Allocation System: Operates an online network for fair allocation of organs.
4. Awareness & Training: Conduct campaigns, capacity building, and training of transplant coordinators and medical staff.
5. Monitoring & Standards: Ensures adherence to legal-ethical standards; regulates retrieval and transplantation facilities.

Source: THE HINDU

Category: POLITY

Context: Rehabilitation issues of the project.

The Biju Janata Dal (BJD) has urged the Ministry of Tribal Affairs (MoTA) to reconsider the Rehabilitation and Resettlement (R&R) clearance granted to the Polavaram Multipurpose Project, citing threats to tribal lives and livelihoods in Odisha’s Malkangiri district.

In a memorandum to the Union Tribal Affairs Minister, the party highlighted concerns over arbitrary expansion and unregulated implementation of the project. It also demanded a comprehensive study of its adverse impacts and revision of the clearance process.

Learning Corner:

The Polavaram Multipurpose Project is a major national irrigation and hydroelectric project being constructed on the Godavari River in Andhra Pradesh.

• Purpose: Designed for irrigation, hydropower generation, drinking water supply, and flood control.
• Irrigation: Aims to irrigate over 7 lakh hectares of agricultural land in Andhra Pradesh.
• Hydropower: Planned installed capacity of about 960 MW.
• Interlinking of Rivers: Will transfer surplus Godavari water to the Krishna River basin, addressing water shortages in drought-prone regions.
• National Project: Declared a National Project in 2014, with the Union Government bearing full funding responsibility.
• Controversies: Faces opposition from Odisha and Chhattisgarh, citing submergence of tribal habitations, forests, and ecological damage. Issues of Rehabilitation and Resettlement (R&R) remain highly contentious.

Source: THE HINDU

Introduction (Context)

On Independence Day, the Prime Minister highlighted the need for reforms in education and skilling to strengthen employability and productivity.

India must rethink about its education system and increase the productivity and employability of its labour force. Our traditional education system — academic and rote-based — is unlikely to deliver a workforce equipped for the future of work.

What is Vocational Education and Training (VET) system?

• The Vocational Education and Training (VET) system is a formal framework designed to develop skilled manpower in various sectors. 
• VET programs are typically shorter in duration and more focused on specific skills and knowledge, allowing individuals to enter the workforce more quickly than traditional academic education.
• In India and across the world, formal vocational or skill training is associated with higher chances of an individual being employed and obtaining a job in the formal sector. 

Status

• Only 4 per cent of India’s workforce is formally trained, even though the institutional coverage of the Vocational Education and Training (VET) system is extensive — with over 14,000 Industrial Training Institutes (ITIs) and 25 lakh sanctioned seats. 
• Actual enrolment was only around 12 lakh in 2022, implying just 48 per cent seat utilisation. 
• In 2018, the employment rate among ITI graduates was 63 per cent, whereas countries with robust VET systems such as Germany, Singapore, and Canada reported employment rates ranging between 80 and 90 per cent. 

These statistics point to a VET system that is both ineffective and unattractive to our youth.

Why is the Uptake and Employment Rate Low?

Late Integration of VET

• In successful models like Germany, vocational training starts early at the upper secondary level, combining classroom education with apprenticeships.
• In India, VET is introduced after high school, reducing the time for skill development and limiting employability orientation.

No Pathway to Higher Education

• India, in contrast, offers no formal academic progression from VET to mainstream higher education, nor does our education system offer credit transfers between systems. This reduces the uptake of VET by many who wish to keep the option of traditional, academic education viable.
• Singapore and other countries allow smooth transition from vocational to higher/academic education (credit transfers, dual tracks).

Perception & Quality Issues

• VET is perceived as a “second-class” option in India.
• Many ITI courses are outdated, misaligned with industry needs.
• There is shortage of teachers. Over one-third posts vacant due to capacity gaps at National Skill Training Institutes.
• No effective feedback loops with students or employers.
• Singapore has industry-led curriculum design, high instructor quality, regular audits and a mechanism that seeks constant feedback from employers and trainees. Singapore also has a Skill Future Programme, where the government offers subsidies to upskill throughout one’s career. 

Weak Public–Private Partnerships

• Strengthening public–private partnerships (PPP) is essential to make vocational training effective and aligned with industry needs. 
• While countries like Germany and Singapore involve employers in funding and curriculum design, India’s VET system relies heavily on government funding. 
• Private sector engagement, especially from MSMEs, remains weak due to resource constraints, and Sector Skill Councils lack strong state-level presence, limiting industry–training linkages.

Government Initiatives in Vocational Education and Training (VET)

1. Employment Linked Incentive (ELI) Scheme

• It aims at increasing formal job creation by incentivising both workers and employers.
• Part A: Provides a one-time incentive of ₹15,000 for workers registering with the Employees’ Provident Fund Organisation (EPFO) for the first time.
• Part B: Employers receive ₹3,000 per month per new hire to promote expansion of the formal workforce.
• Helps in boosting formalisation of employment in India’s largely informal labour market. Reduces cost burden on employers for hiring new workers.
• The scheme focuses on job creation and formalisation, but does not address skill development.

2. Prime Minister Internship Scheme

• It aims at giving youth exposure to workplace culture and practices through internships in reputed companies.
• Offers one-year internship placements in top companies and industries.
• Provides hands-on training to bridge the gap between education and employment.
• Helps young graduates develop industry-relevant skills, work discipline, and networking opportunities.
• Acts as a stepping stone for students transitioning from academic to professional life.
• Internships are temporary and often do not guarantee permanent job

3. ITI Upgradation Scheme

• Targets the modernisation of 1,000 government-run ITIs.
• Implemented through public–private partnerships, where industry partners provide support in curriculum design, equipment, and sometimes faculty.
• Emphasises updating infrastructure like classrooms, laboratories, and machinery.
• Focus is mainly on infrastructure upgrades, while issues of curriculum outdatedness, instructor shortages, and weak monitoring remain unresolved.

Challenges

• Low enrolment despite high institutional capacity.
• Instructor shortage and weak training capacity.
• Funding constraints: Only 3% of education spending allocated to VET (vs 10–13% in advanced countries).
• Poor industry linkages, leading to outdated courses.
• Negative social perception of vocational education.

Way Forward

• Implement NEP 2020 recommendation of introducing vocational training from school level to build interest early.
• Fast-track the National Credit Framework for credit transfer and higher education mobility.
• Regularly update curriculum with industry input.
• Strengthen instructor recruitment and training.
• Institutionalise feedback systems from employers and trainees.
• Scale up Private Training Partner (PTP) models.
• Involve MSMEs via tax breaks, subsidies, CSR funding for training.
• Empower Sector Skill Councils at state level.
• Give ITIs greater autonomy to innovate and generate revenue.

Conclusion

India’s VET system is at a crossroads. Without urgent reforms, the country risks turning its demographic dividend into a demographic burden. 

The global best practices of early integration, clear academic pathways, strong industry partnerships, and lifelong learning must be adapted to the Indian context. 

Only then can vocational training become a credible pathway to quality jobs and higher productivity, essential for the vision of a Viksit Bharat.

Mains Practice Question

Q Critically examine the effectiveness of India’s Vocational Education and Training (VET) system in enhancing employability. (250 words, 15 marks)

Source: India’s vocational training system needs to reinvent itself to boost employability

Introduction (Context)

The Promotion and Regulation of Online Gaming Bill, 2025, passed by the Parliament to shield citizens from the menace of online money games while promoting and regulating other kinds of online games. 

This legislation is designed to curb addiction, financial ruin and social distress caused by predatory gaming platforms that thrive on misleading promises of quick wealth.

Understanding the Online Gaming Sector

Online gaming sector can be divided into three categories:

• E-Sports – Competitive digital tournaments requiring strategy, coordination, and decision-making.
• Online Social Games – Casual, skill-based games focused on entertainment, learning, and interaction; generally considered safe.
• Online Money Games – Games involving financial stakes (chance, skill, or both). These platforms have raised serious concerns due to reports of addiction, financial losses, money laundering, and even cases of suicide linked to heavy monetary losses.

Why the Bill was needed?

• The World Health Organization classifies gaming disorder as a health condition in its International Classification of Diseases, describing it as a pattern of play marked by loss of control, neglect of other daily activities, and persistence despite harmful consequences.
• Online money games encourage compulsive playing. Many players lose their entire savings chasing the illusion of quick profits. Families have been pushed into debt and distress.
• The stress of heavy financial loss has led to cases of depression and even suicide. The Bill seeks to prevent such tragedies by banning these exploitative platforms
• Several platforms have been misused for illegal activities. Money laundering, which means moving illegal earnings through legal channels to hide their source, has been a major concern.
• Investigations have shown that some gaming platforms were being used for terror financing and illegal messaging, which compromise the country’s security.
• According to the government data, 45 crore people are negatively affected by online money games and faced a loss of more than Rs. 20,000 crores because of it. 

Provisions of the Bill

1. Applicability

• The Bill applies to all of India, covering both physical territory and the digital domain.
• Many gaming platforms operate from offshore jurisdictions. Hence bill also applies to online gaming platforms operated outside India but offering services to Indian users, addressing challenges posed by offshore operators.

2. Promotion & Recognition of E-Sports

• E-sports are organised competitive video games where individuals or teams compete professionally, often with tournaments, rankings, and prizes.
• The Bill recognises e-sports as a legitimate sport in India.
• The Ministry of Youth Affairs & Sports will issue guidelines for tournaments, ensuring standardisation, safety, and fair play.
• Training academies, research centres, and technology platforms will be established to develop talent and innovation.
• Incentive schemes and awareness drives will integrate e-sports into India’s sporting ecosystem, encouraging youth participation and career opportunities.

3. Promotion of Social & Educational Games

• Social and educational games are digital games focused on learning, culture, skill development, or social interaction, generally safe and age-appropriate.
• Central Government empowered to recognise and register safe social games.
• Encourages healthy digital engagement, reduces exposure to harmful games, and nurtures creativity and learning among youth.

4. Prohibition of Online Money Games

• Online money games are digital games where players wager real money or stakes on outcomes of chance, skill, or both, often involving gambling elements.
• Complete ban on all money-based games (chance, skill, or mixed).
• Advertising, promotion, and financial transactions linked to these games are prohibited.
• Platforms can be blocked under the IT Act, 2000.
• Protects citizens from financial losses, addiction, fraud, and social distress caused by money games.

5. Establishment of an Online Gaming Authority

• A national-level authority will categorise and register online games.
• Powers include:

• Issuing guidelines and codes of practice.
• Deciding whether a game qualifies as a money game.
• Addressing public grievances.
• Ensuring compliance with the Bill.

• Provides a centralised, expert body to manage the gaming ecosystem, ensuring accountability and transparency.

6. Offences & Penalties

• Strict punishments have been introduced. 
• Offering or facilitating online money games can lead to imprisonment of up to three years and a fine of up to one crore rupees. 
• Financial transactions linked to these games are also punishable with similar penalties. 
• Advertising such games can attract a jail term of up to two years and a fine of up to fifty lakh rupees.
• Repeat offenders face harsher punishments, including imprisonment of up to five years and fines of up to two crore rupees. 

7. Corporate Liability

• Companies and their officers will be held accountable for offences. 
• However, independent directors and non-executive directors, who are not involved in day-to-day decisions, will not be punished if they can show that they acted with due diligence.

8. Investigation & Enforcement

• The Central Government may authorise officers to investigate, search and seize both digital and physical property linked to offences. 
• In certain cases, officers will have the power to enter premises and make arrests without a warrant. 
• Investigations will follow the provisions of the Bharatiya Nagarik Suraksha Sanhita, 2023, which governs criminal procedure in India.

9. Rule-Making Powers

• Central Government empowered to frame rules for:

• Promotion of e-sports and social games.
• Registration and recognition of online games.
• Functioning of the Online Gaming Authority.

Benefits of the Bill

• Boost to Creative Economy – Strengthens India’s position as a global gaming hub, generating jobs and exports.
• Youth Empowerment – Encourages teamwork, discipline, and digital careers through e-sports.
• Safer Digital Space – Shields families from predatory money games and misleading promises.
• Global Leadership – Positions India as a model for responsible digital policy.

Conclusion

The Online Gaming Bill, 2025 balances innovation with responsibility. By banning exploitative money games while encouraging e-sports and safe online gaming, it:

• Protects citizens and families from financial ruin.
• Provides youth with constructive digital opportunities.
• Strengthens India’s digital economy and global leadership.

Ultimately, it ensures that technology serves society rather than harms it, setting the foundation for a safe, creative, and future-ready digital ecosystem.

Mains Practice Question

Q Critically examine the key provisions of the Promotion and Regulation of Online Gaming Bill, 2025 and discuss its potential impact on youth empowerment, digital economy, and social protection in India. (250 words, 15 marks)

Source: Press Note Details: Press Information Bureau