12 June 2026

UPSC GS 2

Digital India BHASHINI Division (DIBD)

1. News:  The Digital India BHASHINI Division (DIBD) recently signed a Memorandum of Understanding (MoU) with the Centre for Digital Public Infrastructure & Artificial Intelligence (DPI-AI) of Kathmandu University.

2.  About Digital India BHASHINI Division (DIBD):

3. Parent Organisation: DIBD functions under the Digital India Corporation, which operates under the Ministry of Electronics and Information Technology.

4. What is BHASHINI?:

a. BHASHINI is India's national initiative for AI-driven multilingual digital inclusion and language technology.

b. It aims to make digital services accessible across diverse Indian languages through advanced language technologies.

5. Core Objective: The initiative seeks to bridge linguistic barriers and ensure inclusive access to digital services, governance platforms, and public resources.

6. National Hub for Language Technology (NHLT):

7. Role: Through the National Hub for Language Technology (NHLT), BHASHINI provides scalable speech- and text-based AI services across multiple Indian languages.

8. Applications: These services support:

a. Government platforms.

b. Public service delivery systems.

c. Educational institutions.

d. Digital governance initiatives.

9. Key Functions of DIBD:

a. Multilingual AI Development: It develops and promotes AI-powered language technologies for speech and text processing.

b. Open-Source Innovation: The division encourages open-source development in language technology and artificial intelligence.

c. Research and Development: It supports multilingual AI research, dataset creation, and language-resource development.

d. Startup and Academic Support: It facilitates startup enablement, innovation ecosystems, and collaborations with academic and research institutions.

e. Digital Public Infrastructure: It contributes to strengthening India's Digital Public Infrastructure (DPI) ecosystem through language-inclusive solutions.

10. BHASHINI Platform:

a. The platform makes Artificial Intelligence (AI) and Natural Language Processing (NLP) resources available in the public domain.

11. Beneficiaries: Its services are accessible to:

a. MSMEs.

b. Startups.

c. Individual innovators.

d. Researchers.

e. Government agencies.

f. Scale and Reach:

12. Government Integration: The platform powers more than 800 government websites.

13. Daily Usage: It processes over 15 million AI inferences every day.

14. Language Coverage: The platform currently supports:

a. 36 Indian text languages.

b. 23 Indian voice languages.

c. 35 international languages.

15. Significance:

a. Digital Inclusion: BHASHINI promotes linguistic inclusion by enabling citizens to access digital services in their preferred languages.

b. AI Ecosystem Development: It strengthens India's multilingual AI capabilities and supports innovation in language technologies.

c. Governance and Service Delivery: By reducing language barriers, it enhances the accessibility, efficiency, and reach of e-governance and public-service platforms.

UPSC GS 3

Autoimmune Blistering Diseases (AIBDs)

1. News: A joint study conducted by Punjabi University and Postgraduate Institute of Medical Education and Research (PGIMER) has developed artificial intelligence-based methods to assist in the diagnosis of Autoimmune Blistering Diseases (AIBDs).

2. Definition:

a. Autoimmune Blistering Diseases (AIBDs), also known as autoimmune bullous disorders, are a group of rare autoimmune skin diseases.

b. They occur when the body's immune system mistakenly attacks healthy skin and mucous membranes, leading to the formation of blisters.

3.  Cause: These diseases develop when the body's immune system attacks healthy skin and mucous membrane tissues, including the lining of the mouth, nose, throat, eyes, and genital organs.

4.   Symptoms: 

a. The location of blister formation depends on the specific disorder, with some AIBDs primarily affecting the skin and others mainly involving the mucous membranes.

b. The blisters may be painful or itchy and can rupture, leaving behind open sores.

5.  Severity and Complications: Although uncommon, AIBDs can become severe and potentially life-threatening if left untreated due to extensive skin loss, secondary infections, nutritional deficiencies, and damage to the mucous membranes and eyes.

6.  Treatment: Treatment aims to suppress the abnormal immune response and prevent the formation of new blisters through corticosteroids, immunosuppressive drugs, biologic therapies such as Rituximab, along with wound care and infection-prevention measures. 

Jhajjar-Bachauli Wildlife Sanctuary

1. News:  The Punjab Forest Department has prepared a ₹5.36-crore development plan for the Jhajjar-Bachauli Wildlife Sanctuary in Rupnagar district.

2.   About Jhajjar-Bachauli Wildlife Sanctuary:

a. The sanctuary is located in Rupnagar district of Punjab.

b. It is situated near the Sutlej River in the foothills of the Shivalik Range.

3.  Vegetation: The sanctuary is predominantly characterized by dry deciduous forests.

4.   Flora: The sanctuary supports a rich diversity of plant species, including Eucalyptus, Khair, Neem, Shisham, and Amla, many of which possess medicinal value.

5.  Fauna:

a. The sanctuary provides habitat for a variety of wildlife such as Sambar deer, Barking deer, Hare, Jackal, migratory Leopards, Blue Bull (Nilgai), Mongoose, Jungle Cat, Porcupine, Pangolin, and Wild Boar.

b. It also supports diverse bird species and reptiles, including Python, Cobra, and Monitor Lizard.

6.  Recent Development: In January 2026, the Punjab State Board for Wildlife approved the renaming of the sanctuary as the Sri Guru Tegh Bahadur Wildlife Sanctuary in honour of Guru Tegh Bahadur.

7. Significance: The sanctuary forms an important wildlife habitat in the Shivalik foothill region and contributes to the conservation of diverse flora and fauna in Punjab.

Land Port Management System (LPMS)

1. News:   The Union Home Minister is set to launch the Land Port Management System (LPMS) in New Delhi.

2.  About Land Port Management System (LPMS): LPMS is a state-of-the-art digital platform designed to integrate the operations of land ports across the country into a unified and efficient system.

3.   Features of LPMS:

a. Real-Time Information Exchange: The platform enables secure, real-time sharing of logistics and regulatory information, bringing land ports on par with the digital systems used at airports and seaports.

b. Inclusion and Coordination: LPMS facilitates seamless coordination among multiple stakeholders, including government agencies, regulatory authorities, and private operators involved in cross-border trade and passenger movement.

c. End-to-End Digitization: The system introduces complete digital workflows for cargo and passenger processing, covering services such as slot booking, payments, tracking, and single-window clearances.

d. Integration with National Platforms: LPMS is fully integrated with major national platforms such as ICEGATE, ULIP, and the motor vehicle ecosystem, ensuring smooth data exchange and interoperability.

e. Transparent Border Management: The platform promotes interoperable, efficient, and transparent management of border infrastructure and operations.

4.  Significance: LPMS is expected to reduce delays, improve operational efficiency, enhance ease of doing business, and streamline cross-border trade and passenger movement.

Blue Valley Cluster Initiative

1. News:  The Assam Government and the European Union have jointly launched the Blue Valley Cluster initiative.

2. About Blue Valley Cluster Initiative: The Blue Valley Cluster is a collaborative initiative of the Assam Government and the European Union aimed at strengthening cooperation in bioeconomy sectors and promoting sustainable industrial development.

3. Aim: The initiative seeks to expand cooperation in sectors such as natural flavours, fragrances, and AYUSH, while creating new opportunities for investment, innovation, entrepreneurship, and industrial partnerships between Europe and Northeast India.

4. Key Features:

a. The initiative aligns with the priorities of the EU–India Comprehensive Strategic Agenda agreed upon during the January 2026 EU–India Summit, particularly the Blue Valleys initiative.

b. It is designed as a platform that connects European and Indian enterprises, research institutions, entrepreneurs, and local communities to promote sustainable industrial growth and value-chain development.

c. The initiative focuses on leveraging biodiversity-based resources and innovation-driven industries to create economic opportunities and enhance competitiveness.

5. Significance:

a. The Blue Valley Cluster is expected to showcase a new model of sustainable industrial cooperation by linking local biodiversity, innovation, and enterprise with international value chains and global market opportunities.

b. It will help strengthen economic and technological cooperation between Europe, Assam, and the wider North-Eastern region of India.

c. The initiative is also expected to support the development of resilient ecosystems and value chains in sectors of mutual interest, thereby fostering inclusive and sustainable regional growth.

6. Importance for Northeast India:

a. The initiative can help unlock the economic potential of the region’s rich biodiversity and traditional knowledge systems.

b. It is expected to attract investments, encourage research collaborations, generate employment opportunities, and promote value-added industries based on local biological resources. 

Bascanichthys Chepakakiensis

1. News: Marine scientists have discovered a new species of snake eel and named it Bascanichthys chepakakiensis.

2.  About Bascanichthys Chepakakiensis:

a. It is a newly identified species of snake eel discovered at Kakinada Fishing Harbour in Andhra Pradesh.

b. The specific name chepakakiensis is derived from two Telugu words: chepa meaning “fish” and kaki, a shortened nickname for Kakinada.

c. This marks only the second recorded instance of a species belonging to the genus Bascanichthys being described from Indian waters.

3. Features:

a. The species possesses a distinct bicoloured body.

b. It is characterized by a noticeably shorter snout, a different arrangement of teeth in its jaws, and fewer vertebrae before the anal fin compared to related species.

c. It also has extremely small, flap-like pectoral fins that are barely visible.

4. About Snake Eels: Snake eels belong to the family Ophichthidae and derive their name from their elongated, snake-like appearance.

5. Habitat: Most snake eels inhabit sandy areas in shallow marine environments, although some species are found at depths of up to 800 metres.

6. Distribution: Snake eels occur in both tropical and temperate waters across the world's oceans.

7. Behaviour: Snake eels use their pointed tails to burrow backward into the seabed, creating protective burrows for shelter and concealment.

8. Significance: The discovery of Bascanichthys chepakakiensis enriches India's marine biodiversity records and highlights the importance of continued exploration of coastal and marine ecosystems for identifying previously unknown species.