IASbaba's Daily Current Affairs Analysis
Archives
(PRELIMS Focus)
Subject: Science & Technology / Defence & Security (Unmanned Aerial Vehicles (UAVs), Indigenous Defence Systems, Maritime Surveillance, Defence Manufacturing)
Why in News?
The Indian Navy’s Drishti-10 Starliner UAV was in the news after it crashed near Porbandar airfield, Gujarat, during a routine training sortie. The Navy confirmed that there was no loss of life or property and ordered an investigation into the incident.
Key Facts
- Drishti-10 Starliner is a Medium Altitude Long Endurance (MALE) Unmanned Aerial Vehicle (UAV).
- Manufacturer: Adani Defence & Aerospace under a technology-transfer partnership with Israel’s Elbit Systems.
- It is the Indian variant of the Hermes-900 UAV with over 60% indigenous content.
- Primary Role: Intelligence, Surveillance and Reconnaissance (ISR), maritime domain awareness, border surveillance, target acquisition, and disaster response.
- Endurance: Up to 36 hours.
- Operational Ceiling: Around 30,000–35,000 feet.
- Payload Capacity: Approximately 450 kg.
- Equipped with:
- Electro-optical/Infrared (EO/IR) sensors
- Synthetic Aperture Radar (SAR)
- Maritime surveillance payloads
- Satellite communication (SATCOM)
- Operated by the Indian Navy’s INAS 343 (“Frontier Formidables”) based at Porbandar for surveillance over the Arabian Sea.
UPSC Prelims Perspective
UPSC frequently asks about indigenous defence platforms and UAV classifications. Revise the differences between MALE, HALE (High Altitude Long Endurance), and tactical UAVs, along with India’s other drone platforms such as Tapas-BH (Rustom-II), Archer-NG, Heron, Sea Guardian, and Predator MQ-9B. Also prepare the roles of UAVs in maritime security, border management, and network-centric warfare.
Source/Reference:
Subject: Science & Technology / Health (Neonatal Health, Antimicrobial Resistance (AMR), Clinical Trials, Public Health)
Why in News?
India has launched the NeoSep1, a multi-centric international clinical trial to identify safe and effective antibiotic regimens for antimicrobial-resistant (AMR) neonatal sepsis. The trial enrolled its first infant at JIPMER, Puducherry, and is part of a global effort coordinated by the Global Antibiotic Research & Development Partnership (GARDP).
Key Facts
- Neonatal sepsis is a life-threatening bloodstream infection occurring in newborns (0–28 days) due to bacteria, viruses, or fungi, leading to a dysregulated immune response and organ dysfunction.
- Types:
- Early-Onset Sepsis (EOS): Occurs within 72 hours (or first 7 days) of birth; usually transmitted from the mother.
- Late-Onset Sepsis (LOS): Occurs after 72 hours/7 days, commonly acquired from the hospital or community.
- NeoSep1 Trial:
- Sponsored by GARDP Foundation.
- Targets enrolment of 3,000 newborns across Asia and Africa by 2028.
- Indian participating centres include JIPMER (Puducherry), PGIMS Rohtak, and Lokmanya Tilak Municipal Medical College, Mumbai.
- Evaluates affordable and effective antibiotic combinations against drug-resistant neonatal infections.
UPSC Prelims Perspective
UPSC frequently links AMR with public health and biotechnology. Revise the distinction between EOS and LOS, the neonatal period (first 28 days of life), causes of hospital-acquired infections, and India’s initiatives against antimicrobial resistance. The GARDP and NeoSep1 Trial are important current affairs additions for prelims.
Source/Reference:
Subject: Science & Technology (Scientific Research Institutions, Department of Atomic Energy (DAE), Higher Education & Research)
Why in News?
The Vice President of India addressed the 15th Graduation Ceremony of the National Institute of Science Education and Research (NISER), Bhubaneswar, emphasizing the importance of scientific research, innovation, and interdisciplinary collaboration in achieving the vision of Viksit Bharat 2047.
Key Facts
- NISER is an autonomous institute under the Department of Atomic Energy (DAE), Government of India.
- Established: 2007.
- Location: Jatni, near Bhubaneswar, Odisha.
- It was established on the lines of the Indian Institutes of Science Education and Research (IISERs) to promote high-quality education and research in basic sciences.
- It is a constituent institution of the Homi Bhabha National Institute (HBNI), a deemed-to-be university under the DAE.
- Admission: Through the National Entrance Screening Test (NEST).
- Academic Programmes:
- Integrated 5-year M.Sc.
- Ph.D.
- Integrated Ph.D.
- Major Schools:
- Biological Sciences
- Chemical Sciences
- Mathematical Sciences
- Physical Sciences
- Earth & Planetary Sciences
- Computer Sciences
- Students receive DAE scholarships and are encouraged to pursue research in frontier areas such as atomic energy, quantum science, advanced materials, biotechnology, and climate science.
UPSC Prelims Perspective
UPSC frequently asks about scientific institutions and their parent ministries/departments. Distinguish NISER (under DAE) from IISERs (under the Ministry of Education). Revise other DAE institutions such as BARC, IGCAR, RRCAT, VECC, and HBNI, along with the role of Dr. Homi J. Bhabha in India’s nuclear programme. Questions may also test the admission process (NEST) and the institute’s focus on fundamental scientific research.
Source/Reference:
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2282959®=48&lang=1
Subject: Environment & Ecology (Protected Species, Freshwater Biodiversity, Wildlife Conservation, Pesticide Pollution)
Why in News?
The Mugger Crocodile was in the news after an investigation into the deaths of several crocodiles in the Chandraloi River, Kota (Rajasthan) detected the presence of the banned organochlorine pesticide Aldrin in the river. The case has highlighted concerns over toxic pollution, wildlife conservation, and environmental governance.
Key Facts
- Scientific Name: Crocodylus palustris
- Commonly known as the Marsh Crocodile or Mugger.
- Distribution: India, Nepal, Pakistan, Sri Lanka, and southeastern Iran.
- Habitat: Freshwater rivers, lakes, reservoirs, marshes, ponds, and irrigation canals.
- It has the broadest snout among living crocodiles and is an apex predator in freshwater ecosystems.
- Diet: Fish, amphibians, reptiles, birds, and small mammals.
- It is a hole-nesting species, laying eggs during the annual dry season.
Conservation Status
- IUCN Red List: Vulnerable
- CITES: Appendix I
- Wildlife (Protection) Act, 1972: Schedule I (highest legal protection).
UPSC Prelims Perspective
UPSC frequently asks about scientific names, IUCN status, CITES Appendices, and habitat preferences of species in news. Differentiate the Mugger Crocodile (freshwater, broad snout) from the Saltwater Crocodile (Crocodylus porosus) and Gharial (Gavialis gangeticus). Also revise persistent organic pollutants (POPs) like Aldrin, their bioaccumulation, and their ecological impacts on aquatic food chains.
Source/Reference:
Subject: Environment & Ecology (Wildlife Conservation Institutions, MoEFCC, Biodiversity Research, Protected Area Management)
Why in News?
The 28th Meeting of the reconstituted Wildlife Institute of India (WII) Society was held at the Central Academy for State Forest Service (CaSFOS), Coimbatore, under the chairmanship of Union Environment Minister Bhupender Yadav. The meeting emphasized aligning WII’s research, training, and policy-support framework with the vision of Viksit Bharat @ 2047, focusing on human–wildlife conflict mitigation, technology-driven wildlife management, and capacity building.
Key Facts
- Established: 1982
- Location: Chandrabani, Dehradun, Uttarakhand
- Administrative Ministry: Ministry of Environment, Forest and Climate Change (MoEFCC)
- Status: Autonomous institution and India’s nodal agency for wildlife research, training, and conservation.
- Core Functions:
- Wildlife research and ecological monitoring.
- Capacity building of forest and wildlife officers.
- Biodiversity conservation and wildlife management.
- Wildlife forensics, ecotoxicology, climate change, and endangered species research.
- Scientific support for wildlife population estimation, including All India Tiger Estimation.
UPSC Prelims Perspective
UPSC frequently asks about environmental institutions and their parent ministries. Distinguish WII from bodies such as the National Tiger Conservation Authority (NTCA), Central Zoo Authority (CZA), and Forest Survey of India (FSI). Also revise WII’s role in wildlife censuses, protected area management, species recovery programmes, wildlife forensics, and ecological impact assessments, as these are recurring prelims themes.
Source/Reference:
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2283051®=48&lang=1
Subject: Science & Technology / Defence & Security (Indigenous Missile Systems, DRDO, Multiple Launch Rocket Systems (MLRS), Precision-Guided Weapons)
Why in News?
The Defence Research and Development Organisation (DRDO) successfully conducted the flight test of the Pinaka Long Range Guided Rocket (LRGR) at the Integrated Test Range (ITR), Chandipur, Odisha. The test validated the rocket’s accuracy, precision strike capability, and performance at a user-defined minimum range of 60 km, marking another milestone in India’s indigenous artillery modernization programme.
Key Facts
- Pinaka LRGR is an extended-range, precision-guided rocket developed for the Pinaka Multi Barrel Rocket Launcher (MBRL) system.
- Developed by: DRDO (primarily ARDE, Pune, along with other DRDO laboratories).
- Launch Platform: Existing Pinaka MBRL, ensuring compatibility without major modifications.
- Range:
- Successfully tested at 60 km (minimum operational range).
- Upgraded variant is designed to engage targets up to 120 km.
- Equipped with:
- Advanced guidance and navigation system
- High precision strike capability
- Enhanced accuracy compared to unguided Pinaka rockets.
- Designed to support deep-strike artillery missions and strengthen the Indian Army’s long-range firepower.
UPSC Prelims Perspective
UPSC frequently asks about indigenous missile and artillery systems. Distinguish Pinaka (rocket artillery) from Pralay (ballistic missile), BrahMos (cruise missile), Akash (surface-to-air missile), and Astra (air-to-air missile). Also revise the difference between rocket artillery and conventional tube artillery, along with the roles of DRDO, ARDE, and ITR Chandipur in India’s defence research ecosystem.
Source/Reference:
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2282572®=48&lang=1
Subject: Environment & Ecology / Biodiversity (Species in News, Plant Taxonomy, Eastern Himalayan Biodiversity Hotspot, Endemic Flora)
Why in News?
Researchers from the Thackeray Wildlife Foundation, Mumbai, discovered a new species of flowering tree, Mitrephora rashmiae, in the remote forests of Upper Subansiri district, Arunachal Pradesh. The discovery adds to the floral diversity of the Eastern Himalayan Biodiversity Hotspot and underscores the need for further botanical exploration and conservation.
Key Facts
- Scientific Name: Mitrephora rashmiae
- Plant Family: Annonaceae (Custard Apple Family).
- Location of Discovery: Upper Subansiri district, Arunachal Pradesh.
- It is only the second species of the genus Mitrephora recorded from the Eastern Himalayan Biodiversity Hotspot.
- It is the first known species in the genus to bear both male and bisexual flowers on the same tree, making it botanically unique.
- Distinctive features include:
- Pale-yellow flowers with purple stripes.
- Dome-shaped inner petals forming a unique floral structure.
- Currently known from only one seven-metre-tall tree growing beside a stream in a degraded forest patch.
- Owing to the lack of additional specimens, it has been classified as Data Deficient (DD) under IUCN assessment criteria.
UPSC Prelims Perspective
UPSC frequently asks about newly discovered species, biodiversity hotspots, IUCN categories, and scientific names. Revise the Eastern Himalayan Biodiversity Hotspot, the Annonaceae (custard apple) family, and the significance of the Data Deficient category. The discovery also highlights the rich but underexplored biodiversity of Northeast India, a recurring UPSC theme.
Source/Reference:
Subject: Polity & Governance / Social Justice (Adult Education, Ministry of Education Schemes, NEP 2020, Literacy Initiatives)
Why in News?
The ULLAS (Understanding Lifelong Learning for All in Society) Programme was in the news after Uttarakhand became India’s sixth fully literate state, having achieved the prescribed adult literacy benchmark under the programme. The milestone reflects the success of India’s renewed focus on adult education and lifelong learning under the National Education Policy (NEP) 2020.
Key Facts
- ULLAS (New India Literacy Programme – NILP) is a Centrally Sponsored Scheme launched by the Ministry of Education.
- Implementation Period: FY 2022–2027.
- Target Group: Non-literate persons aged 15 years and above who missed formal schooling.
- Objective: To achieve universal adult literacy through volunteerism and technology-enabled learning.
- Five Components of ULLAS:
- Foundational Literacy and Numeracy (FLN)
- Critical Life Skills
- Basic Education
- Vocational Skills
- Continuing Education
- The programme uses the Online Teaching, Learning and Assessment System (OTLAS) developed with NIC, NCERT, and NIOS.
- A State/UT is considered fully literate when 95% or more of its population aged 15 years and above attains literacy.
- Uttarakhand became the sixth fully literate state, joining Mizoram, Goa, Tripura, Himachal Pradesh, and Sikkim.
UPSC Prelims Perspective
UPSC frequently asks about government flagship schemes, implementing ministries, target beneficiaries, and digital governance initiatives. Revise the distinction between school literacy initiatives (e.g., NIPUN Bharat) and adult literacy programmes (ULLAS). Also remember the 95% literacy benchmark, the five components of ULLAS, and its linkage with NEP 2020 and the goal of achieving universal lifelong learning.
Source/Reference:
Subject: International Relations / Science & Technology (India–Australia Relations, Cyber Security, Critical Technologies, Supply Chain Resilience, Indo-Pacific)
Why in News?
India and Australia launched the Partnership on Cyber, Critical Technologies and Supply Chains (PACTS) during the 3rd India–Australia Annual Summit held in Melbourne. The new framework replaces the Australia–India Cyber and Critical Technology Partnership (AICCTP) launched in 2020 and expands cooperation to include resilient supply chains alongside cyber and emerging technologies.
Key Facts
- PACTS is a bilateral framework aimed at deepening cooperation in:
- Cyber Security
- Artificial Intelligence (AI)
- Critical and Emerging Technologies
- Semiconductors
- Quantum Technologies
- Critical Minerals
- Resilient Supply Chains
- It seeks to build trusted digital infrastructure, strengthen technology innovation, and reduce vulnerabilities in strategic supply chains.
- The partnership promotes:
- Joint research and innovation
- Industry and startup collaboration
- Secure digital ecosystems
- Protection of critical infrastructure
- Capacity building and policy coordination
- PACTS complements the India–Australia Comprehensive Strategic Partnership (CSP) and supports a free, open, inclusive, and rules-based Indo-Pacific.
UPSC Prelims Perspective
UPSC frequently asks about bilateral technology initiatives, critical and emerging technologies, and strategic partnerships. Revise India–Australia relations, the Quad, Critical Minerals, semiconductor initiatives, and distinguish PACTS from other technology frameworks such as the India–US TRUST (formerly iCET). The partnership is also important for understanding India’s strategy to strengthen economic security, cyber resilience, and trusted global supply chains.
Source/Reference:
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2282692®=3&lang=1
(MAINS Focus)
GS II – Governance / GS III – Science & Technology
Social Media Regulation, Child Safety, and Digital Governance
Introduction
The debate on regulating teen social media has intensified, with PM Modi supporting Australia’s 2024 ban for under-16s. However, experts argue that while social media can harm mental health, there is little evidence that age-based bans improve outcomes. Instead, they advocate regulating platform design through stronger duty of care, digital literacy, safer algorithms, privacy safeguards, content moderation, and parental controls.
The Problem: Social Media and Teen Mental Health
Evidence of Association
- Link Established: Social media use and mental health are clearly associated, more so among girls
- Causality Debated: How much is causal and in what circumstances is still being researched
- Mixed Picture: Can disrupt sleep, increase cyberbullying, exposure to self-harm content; can also maintain friendships, offer peer support, LGBTQIA+ access, mental health information
Complexity of Harm
- Passive vs. Active Engagement: Passive scrolling more harmful than active participation
- Supportive vs. Hostile Communities: Context matters significantly
- Reverse Causation: Depressed teenagers may spend more time online
- Smaller Effects: Average effects are modest, not uniform
The Australian Ban: A Flawed Precedent
Criticism from Experts
- Psychologists: Evidence of age-based ban improving mental health is lacking
- Digital Health Researchers: No real-world precedent; Australia conducting a “natural experiment”
- Child-Rights Scholars: Overly restrictive; may harm benefits of social media
- Online Safety Experts: Enforcement challenges; ~85% of 12-16-year-olds still use platforms
The “Tobacco Analogy” Flaw
- Claim: Waiting for perfect evidence would repeat tobacco mistakes
- Counter: Unlike tobacco, social media has clear benefits and complex effects
- Nuance Needed: Evidence base is evolving, not settled
Alternative Solutions: Regulating Platforms, Not Users
Stronger Duty of Care
- Platform Responsibility: Mandate proactive harm prevention
- Accountability: Penalties for systemic failures
- Design Standards: Prioritise safety over engagement
Digital Literacy in Education
- School Curriculum: Teach critical thinking, privacy, and online safety
- Parents and Educators: Training and awareness
- Age-Appropriate: Tailored content from primary to secondary
Restrict Addictive User Interfaces
- Chronological Feed for Minors: Reduce algorithmic amplification
- Limit Recommendations: Restrict addictive patterns
- Time Limits: Encourage healthy usage
Content Moderation and Privacy
- Stronger Moderation: Remove harmful content (self-harm, eating disorders, cyberbullying)
- Privacy Protections: Limit data collection and targeted advertising to minors
- Default Settings: Privacy-first for under-18s
Effective Parental Controls
- Transparency: Parents can monitor usage without surveillance
- Consent: Parental consent for certain features
- Flexibility: Customised controls based on child’s maturity
Challenges
- Enforcement: Global platforms, varied jurisdictions
- Implementation: Technical feasibility and cost
- Effectiveness: Will platforms comply meaningfully?
- User Evasion: VPNs, age falsification
Way Forward
India’s Path
- Avoid Hasty Ban: Learn from Australia’s experience
- Platform Regulation: Adopt duty of care and design standards
- Digital Literacy: Integrate in school curriculum
- Research: Fund Indian studies on social media and youth
- Multi-Stakeholder: Involve psychologists, educators, tech experts, and youth
Policy Recommendations
- Define Age-Appropriate Design: Clear standards for under-18 users
- Mandate Safety Audits: Independent audits of platform algorithms
- Grievance Redressal: Fast, effective user complaints mechanism
- Collaboration: Work with global platforms and other nations
Conclusion
The social media–teen mental health debate requires an evidence-based approach. Rather than age-based bans, India should regulate how platforms operate through stronger duty of care, digital literacy, safer algorithms, content moderation, privacy safeguards, and parental controls. The priority should be to make platforms safer, not simply restrict access.
Practice Question
- Critically examine age-based social media regulation for teenagers with reference to Australia’s model. Suggest a balanced framework for India. (250 words, 15 marks)
GS II – Governance / GS III – Science & Technology
Digital Public Infrastructure, Artificial Intelligence, and State Capacity
Introduction
Integrating AI with India’s Digital Public Infrastructure (DPI) can significantly enhance state capacity. Leveraging vast datasets from Aadhaar, UPI, GST, and FASTag, AI can improve service delivery, multilingual access, interoperability, and data-driven governance. This positions India to become a global leader in population-scale AI applications and digital governance.
India’s Data Revolution: From Data Poor to Data Rich
The Three Bold Acts (2016)
- Jio: Democratised internet access
- UPI: Catalysed digital payments (42% of world’s transactions)
- GST: Created real-time visibility into supply chains, invoicing, production, consumption
India as the World’s Largest Natural Data Laboratory
- UPI: 23 billion monthly transactions – one of world’s largest behavioural datasets
- GST: 20 crore payments – real-time economic visibility
- FASTag: 4.5 billion transactions – mobility and logistics datasets
- Aadhaar: 27 billion annual authentications – 16-fold expansion in DBT beneficiaries
Significance
- First Developing Country: Using population-scale digital data to accelerate development
- Real-Time Insights: Conventional statistical systems bypassed
- Potential: Rigorous research, think tanks, open data commons emerging
AI + DPI: Reimagining the Indian State
Historical Context: Weak State Capacity
- Challenge: Failed transition from farm to non-farm jobs
- Government Spending: Increased 53,000 times since 1947 (₹198 crore to ₹10.5 lakh crore)
- Limitation: More structures/personnel not enough
DPI’s Achievements and Limitations
- Achievements: Better resource allocation, service delivery, fraud detection, quicker responses
- Limitations: Interoperability gaps (digital silos stronger than physical), weak internal tech capacity, PDF mentality instead of APIs
AI’s Transformative Potential
- Unstructured Data: AI can integrate data across silos
- Consent Architecture: Works within strong framework and Jan Vishwas Siddhant
- Multiple Languages: Opens labour and education markets
- Public Health: Improves expenditure efficiency
- Global First: India will be first large country to integrate AI into population-scale DPI
Jan Vishwas and Citizen Interface
- Current: Only 11% of connected Indians use internet for government services (vs. 66% for entertainment)
- Goal: Reimagined citizen interface with trust and ease
- NCAER Research: Shows gap between digital access and governance use
AI Deployment: The Use-Case Capital of the World
AI Generation vs. AI Deployment
- Generation: Building AI models (India lacks credible horse in this race)
- Deployment: Applying AI in daily lives – more ingenuity, organisational savviness, human capital
- Analogy: Don’t need to build a car to drive it; build the roads (applications)
Enterprise DPI Under Implementation
- Components: Universal enterprise number, entity DigiLocker, API Setu, single source of truth for regulation
- Vision: Combine with Universal Lifetime Social Security Account (Aadhaar punji)
- Impact: Formalisation revolution similar to NPCI in payments
Expected Benefits
- Reduce Information Asymmetry: Better credit allocation, worker-job matching
- Lower Transaction Costs: Improved supply chain, logistics efficiency
- High-Wage Jobs: Accelerate creation of private, non-farm employment
Global Context
- America: AI built on private-sector data ecosystems
- China: AI built on platform-centric digital ecosystems
- India: AI on population-scale DPI – unique global position
Way Forward
Policy and Institutional
- Open Data Commons: Well-funded think tanks, rigorous research
- Interoperability: Move from PDFs to APIs
- Jan Vishwas Siddhant: Implement trust-based governance principles
- Capacity Building: Strengthen government’s internal tech capacity
Technology Integration
- AI for Unstructured Data: Integrate across silos
- Multiple Language Interfaces: Expand labour and education markets
- Enterprise DPI: Complete implementation
- Universal Social Security Account: Aadhaar punji for every citizen
Economic and Social Impact
- Formalisation: Reduce informal economy
- Credit Access: Improve allocation to MSMEs and individuals
- Job Matching: Better worker-job alignment
- State Capacity: Enhanced resource allocation, service delivery
Conclusion
India’s vast Digital Public Infrastructure provides a strong foundation for AI-driven governance. Integrating AI with DPI can improve service delivery, multilingual access, interoperability, and state capacity. By scaling AI on public digital infrastructure, India can strengthen governance, accelerate economic formalisation, and drive inclusive growth.
Practice Question
- Examine how the integration of AI with India’s Digital Public Infrastructure (DPI) can transform governance and economic growth. (250 words, 15 marks)
