UPSC Current Affairs 03 September 2026
Contents
1. Language AI
2. EPF Scheme 2026
3. Raja Mircha
4. Dipturus dhritiae
5. Lake America
6. Typhon Missile System
7. Streptococcus pneumoniae
Why in News?
India’s Digital India BHASHINI Division (DIBD) held a focused India–Nepal Language AI engagement in Kathmandu—comprising the BHASHINI Sangam workshop and the BHASHINI Shilpi developer session—alongside an academic interface with Kathmandu University (31 Aug–2 Sep 2026).
BHASHINI Shilpi (Developer Session)
- Venue: Embassy of India, Kathmandu
- Audience: Developers, tech practitioners, students, innovators from Nepal
- Format: Live demos, technical Q&A, hands-on orientation to BHASHINI APIs and resources
- Framework: “Develop → Solve → Scale → Innovate with BHASHINI” to move from idea to real-world deployment.
BHASHINI Sangam (International Workshop)
- Venue: Embassy of India, Kathmandu
- Participants: Government, academia, research, tech and innovation ecosystems from both countries
- Goal: Co-creation of datasets, models, and locally relevant applications; advance multilingual and voice-first AI for inclusive access.
Academic Interface: Kathmandu University
- Engagement: Interactive session with the university’s Center for Digital Public Infrastructure and AI (DPI-AI) + meeting with the Vice Chancellor
- Focus: Joint collaboration on language technologies, datasets, and applications tailored to Nepal’s linguistic diversity.
Foundational Framework & Strategy
- Bilateral Base: The sessions directly advance the Memorandum of Understanding (MoU) signed between DIBD and Kathmandu University.
- The "Shilpi" Development Pillars: Developer training was structured around a strict four-part operational framework: “Develop with BHASHINI”, “Solve with BHASHINI”, “Scale with BHASHINI”, and “Innovate with BHASHINI”.
- Platform Integration: Tech practitioners were given hands-on entry to BHASHINI’s Application Programming Interfaces (APIs) for advanced speech recognition, translation, and voice synthesis.
Primary Objectives & Target Languages
- Regional Inclusion: The collaboration aims to build a "Voice-First Language Translation Platform" targeting languages heavily shared across the open borders.
- Linguistic Breadth: Beyond national Nepali, the initiative targets deep-tech capabilities in regional and low-resource languages including Maithili, Newari, Tamang, and Gurung.
- Script Digitisation: A critical component includes preserving historical and traditional South Asian scripts that are digitally underrepresented, specifically Prachalit Lipi and Ranjana Lipi.
Practical Applications & Projected Impact
- Inclusive Digital Public Infrastructure: The platform will deploy localized, voice-activated applications so non-English speakers can navigate digital banking, e-governance, and online services natively.
- Tech Co-Creation: Shifting from absolute model dependencies, India and Nepal are focusing heavily on collecting localized cross-border language datasets to fuel future speech-to-text accuracy.
- Global Pre-Summit Momentum: The Kathmandu workshop officially served as a recognized pre-summit anchor leading up to the global AI Impact Summit.
Why in News?
The Employees' Provident Fund (EPF) Scheme, 2026 is in the news because the Ministry of Labour and Employment officially notified it to replace the legacy EPF Scheme of 1952.
Key Changes for Employees
- Simplified Partial Advances: The previous list of 13 rigid advance categories has been compressed into 3 primary categories.
- Retirement Safety Net: A new 25% minimum balance rule ensures members cannot completely empty their account, preserving a portion strictly for retirement.
- Essential Advance Limits: Partial withdrawals for illness, education (up to 10% per career), and marriage (up to 5 times per career) are capped under the new essential needs criteria.
- Job Loss Security: In cases of unemployment, members can immediately access up to 75% of their PF balance (including employer contributions and interest), while the remaining 25% unlocks after one continuous year of unemployment.
- Flexible VPF: Voluntary Provident Fund (VPF) contributions can now be initiated, scaled down, or halted at any time, removing the rigid annual lock-in periods.
- Fast-Track Settlements: The statutory timeline for EPFO to process pension and withdrawal claims has been slashed down to a maximum of 20 days.
Elements That Remain Unchanged
- Contribution Percentages: The mandatory contribution rate stands firm at 12% of wages for both the employer and employee.
- Wage Ceiling: The statutory ceiling for mandatory contributions is retained at βΉ15,000 per month (contributions above this are formally categorized as voluntary).
- Permanent UAN: The Universal Account Number (UAN) continues to serve as the permanent, lifelong identifier across job switches.
- Interest Rates: The core interest rate remains anchored to the globally approved structural rate (declared at 8.25% for the preceding cycle).
- EDLI Insurance Cover: Employees' Deposit Linked Insurance remains active, providing a minimum payout of βΉ2.5 lakh (for 12 months of continuous service) up to a max cap of βΉ7 lakh.
Compliance & Employer Updates
- 100% Paperless Electronic Filings: All physical paper submissions are eliminated; mandatory forms like Form V (Consolidated Employee Return) must be completed electronically within 15 days.
- Contractor Liability Fix: Principal employers are now explicitly and legally liable for the PF compliance of both registered and unregistered contractor employees.
- Stricter Private PF Trust Rules: Exempted corporate PF trusts face rigid compliance, including mandatory dematerialised investments, strict annual audits, and a cap ensuring they cannot credit interest higher than 200 basis points above the standard EPFO notified rate.
- Disaster Relief Clauses: The Central Government now holds the statutory power to defer or reduce mandatory PF contributions for up to 3 months at a time during pandemics, epidemics, or national disasters.
Why in News?
Raja Mircha (Naga King Chilli) is in the news because of the 4th Organic Naga King Chilli (Raja Mircha) Festival held in Seiyhama village, Nagaland, along with a viral social-media video warning by Nagaland Minister Temjen Imna Along about its extreme heat.
Overview and Identity
- Scientific Classification: It belongs to the species Capsicum chinense under the Solanaceae (nightshade) family.
- Alternative Names: It is globally and locally referred to as Naga King Chilli, Bhoot Jolokia, Ghost Pepper, and Bih Jolokia.
- Geographical Indication: It became the first product of any kind from Nagaland to receive the GI Tag in 2008, protecting its regional exclusivity.
- Physical Appearance: Features a subconical to conical shape, distinctive finely wrinkled skin, thin flesh, and changes colour from green to a vibrant red upon maturing.
Pungency and Scoville Rating
- World Record Holder: It was officially certified by Guinness World Records as the world's hottest chilli in 2006.
- Scoville Heat Units (SHU): It measures an extraordinary 800,000 to over 1,041,427 SHU on the Scoville scale.
- Global Ranking: It consistently ranks among the top 10 hottest chillies in the world.
Cultivation and Socio-Economic Impact
- Primary Region: Cultivated primarily across the state of Nagaland, heavily integrated into the lifestyle and cultural identity of the Naga people.
- Community Farming: Villages like Seiyhama feature grassroots cultivation setups where up to 150 households collectively drive the economy through this single crop.
- Processing Evolution: Due to its highly perishable fresh nature, farmers are increasingly processing the chilli into pickles, powder, flakes, and fermented pastes to build a sustainable, year-round business.
Culinary and Non-Culinary Profile
- Defence Tech: India's Defence Research and Development Organisation (DRDO) uses it to manufacture 81mm chilli grenades for anti-terrorist operations, pepper sprays, and specialized smoke bombs to disrupt night-vision tech.
- Wildlife Management: Farmers across Northeast India use its paste on crop fences or mix it into dung bombs to safely deter wild elephants from raiding fields, capitalizing on the high sensitivity of an elephant's trunk.
Why in News?
Dipturus dhritiae is in the news because scientists recently discovered and described it as a new species of deep-sea skate (commonly called the Arabian Skate) in the southeastern Arabian Sea off India's southwestern coast.
Discovery & Research Details
- Collaborative Effort: Discovered by Zoological Survey of India (ZSI) scientists alongside experts from the ICAR-Central Marine Fisheries Research Institute (CMFRI) and international researchers.
- Deep Ocean Mission: Found during exploratory investigations under the Ministry of Earth Sciences' flagship project, "Deep-Sea Chondrichthyans of India: Taxonomy, Distribution, Biology and Current Status".
- Historical Misidentification: The species went unidentified for over 40 years, frequently caught as accidental bycatch in commercial shrimp trawls and mistaken for Dipturus springeri.
- Genetic Confirmation: Full mitochondrial genome sequencing verified a 3.8%–4.7% genetic divergence from its closest relative, the Travancore Skate (Dipturus johannisdavisi).
Biological & Morphological Features
- Physical Structure: A flat, shark-related fish adapted to live on the dark ocean bed.
- Maximum Size: Can grow up to a length of 131.5 cm (approximately 1.3 metres).
- Distinct Feature: Easily identified by five distinct rows of thorn-like structures running along its tail.
Habitat & Geographical Range
- Depth Range: Inhabits deep waters at depths between 400 to 600 metres.
- Key Locations: Collected primarily off the Kerala coast and the Wadge Bank region.
- Critical Mapping: Its discovery helped researchers map the Kollam Slope Important Shark and Ray Area (ISRA) inside the Indian Exclusive Economic Zone.
- Naming: Named in honour of Dr. Dhriti Banerjee, the first woman Director of the Zoological Survey of India (ZSI), recognizing her leadership in biodiversity studies.
- High Vulnerability: Like most deep-sea skates, Dipturus dhritiae has a slow reproduction rate, low offspring counts, and slow population recovery, making it highly vulnerable to overfishing and commercial trawling.
Why in News?
US renaming of Lake Ontario as “Lake America” has made global headlines after President Donald Trump signed an executive order on 27 August 2026 directing federal agencies to use the new name for the US portion of the lake.
Comprehensive Breakdown of the Controversy
- Geographic Reality: Lake Ontario is the smallest of the five Great Lakes, straddling the international boundary between the Canadian province of Ontario and New York State. The U.S. justified the order by stating most of the lake's volume and deepest sections reside in U.S. territory.
- Indigenous Roots: Canadian leaders are heavily defending the original name, noting it stems from the Huron Indigenous word “oniatarí:io” (meaning "lake of shining waters") and predates both the Canadian Confederation and the U.S. Declaration of Independence.
- Digital Border Split on Maps:
- U.S. Users: See the lake labelled as Lake America on Google and Apple Maps.
- Canadian Users: Continue to see only Lake Ontario.
- International Users: Out of the U.S. and Canada, mapping platforms display both names simultaneously.
- Collateral Tech Chaos: Because Canadian infrastructure and e-commerce platforms heavily rely on U.S. mapping APIs, the name "Lake America" accidentally started appearing on local Canadian utility and government websites (like the Liquor Control Board of Ontario), sparking widespread local backlash and rapid website reviews.
- Corporate Backlash and Neutrality: While major Silicon Valley firms complied with the GNIS standards, alternative mapping firms like MapQuest publicly refused to alter the name, choosing instead to offer a tool allowing users to label the lake whatever they choose.
Why in News?
Russia has formally warned Japan that deploying the US Typhon midβrange missile system on Japanese soil—even for exercises—is “absolutely unacceptable” and a threat to Russian security, hinting at possible countermeasures.
Key Features and Technical Capabilities
- Manufacturer: Developed and manufactured by the American aerospace giant Lockheed Martin.
- Weapon Blueprint: Bypassed decades of standard research by modifying and adapting the U.S. Navy's existing shipborne Mk 41 Vertical Launching System (VLS) onto a mobile trailer.
- Dual-Missile Compatibility: Engineered as a flexible, modular platform capable of launching two distinct types of missiles:
- Tomahawk Cruise Missiles: Delivers highly precise subsonic land-attacks and deep strikes up to 1,500–2,000 kilometres away.
- Standard Missile-6 (SM-6): Acts as a high-speed interceptor and short-range ballistic missile capable of targeting ships and low-altitude threats past 320–370 kilometres.
- Hypersonic Defence: The integrated SM-6 is currently one of the few assets in the U.S. inventory structurally capable of intercepting incoming hypersonic missiles during their terminal phase.
- Battery Composition: A full operational battery consists of four road-mobile, trailer-mounted launchers (housing a combined total of 16 missiles), a mobile command post, and supporting power vehicle generators.
Strategic Importance and Geopolitics
- The INF Treaty Gap: Created directly after the U.S. withdrew from the Intermediate-Range Nuclear Forces (INF) Treaty in 2019. It bridges the tactical range gap between shorter-range precision strike missiles (500 km) and long-range hypersonic weapons.
- High Mobility and Survivability: The containerised, road-mobile configuration allows the launcher to be transported via cargo aircraft and quickly hidden or repositioned. This complicates enemy targeting while cutting weapon flight times to regional flashpoints.
- Indo-Pacific Deterrence: Prior to Japan, the system was dynamically deployed to the northern Philippines. From these island chains, its strike range blankets China’s eastern seaboard, the South China Sea, and the Taiwan Strait.
- European Expansion: The U.S. has finalized agreements for episodic Typhon deployments to Germany, designed as a temporary long-range shield until European domestic missile programs mature.
Why in News?
Researchers have taken a massive step toward developing a universal pneumococcal vaccine capable of covering all 100+ known serotypes of the bacteria, bypassing the costly and complex limits of current subset-only vaccines.
Core Characteristics
- Streptococcus pneumoniae (pneumococcus) is a Gram-positive, lancet-shaped diplococcus, occurring in pairs or short chains.
- It is a facultative anaerobe and produces alpha-hemolysis, forming a greenish zone on blood agar.
- It is catalase-negative, optochin-sensitive, and bile-soluble, which are important laboratory identification features.
- Its polysaccharide capsule is the major virulence factor because it prevents phagocytosis.
- More than 100 serotypes have been identified based on capsule variations.
Transmission & Habitat
- The bacterium commonly colonizes the human nasopharynx without causing disease.
- It spreads mainly through respiratory droplets and close contact.
- Asymptomatic carriage is particularly common among children.
Diseases Caused
- Pneumococcal infections include non-invasive diseases such as otitis media, sinusitis, and conjunctivitis.
- More serious invasive pneumococcal diseases (IPD) occur when bacteria enter normally sterile body sites, causing pneumonia, meningitis, bacteraemia, and sepsis.
Risk Factors
- Children below 5 years, older adults, and people with conditions such as diabetes, chronic heart disease, asthma, and COPD are at increased risk.
- Individuals with asplenia are especially vulnerable to encapsulated bacteria.
Prevention & Treatment
- Vaccination is the most effective preventive measure. Pneumococcal conjugate vaccines (PCV13, PCV15, PCV20) and PPSV23 provide protection for different populations.
- Treatment involves appropriate antibiotics, guided by antimicrobial susceptibility testing because of growing antimicrobial resistance (AMR).
Question & Answer
Q1. Which platform was at the centre of the India–Nepal Language AI engagement?
A. IndiaAI
B. BHASHINI
C. DigiLocker
D. UMANG
Answer: B. BHASHINI
Q2. Which chilli is also known as Naga King Chilli?
A. Byadgi Chilli
B. Guntur Chilli
C. Raja Mircha
D. Kashmiri Chilli
Answer: C. Raja Mircha
Q3. Dipturus dhritiae is a newly discovered species of:
A. Deep-sea skate
B. Freshwater ray
C. Reef shark
D. Deep-sea eel
Answer: A. Deep-sea skate
Q4. Dipturus dhritiae was named in honour of:
A. Dr. Vandana Shiva
B. Dr. Dhriti Banerjee
C. Dr. Renu Swarup
D. Dr. Tessy Thomas
Answer: B. Dr. Dhriti Banerjee
Q5. What is the major virulence factor of Streptococcus pneumoniae?
A. Flagellum
B. Endospore
C. Polysaccharide capsule
D. Lipid membrane
Answer: C. Polysaccharide capsule
Q6. The Typhon missile system can launch which of the following missiles?
A. BrahMos and Pralay
B. Tomahawk and SM-6
C. Patriot and THAAD
D. Minuteman III and Trident II
Answer: B. Tomahawk and SM-6
Q7. Under the EPF Scheme 2026, what portion of the PF balance can generally be accessed immediately in case of unemployment?
A. 25%
B. 50%
C. 75%
D. 100%
Answer: C. 75%
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