Current Affairs for 14 February 2026

Ayushman Sahakar Scheme: Strengthening Cooperative-Led Healthcare Infrastructure in India

Why in News ?

The Union Minister for Home and Cooperation recently informed the Rajya Sabha about the implementation and progress of the Ayushman Sahakar Scheme, highlighting its role in strengthening cooperative-led healthcare infrastructure across the country.

Background and Context

India’s healthcare system faces structural challenges such as:

• Uneven distribution of healthcare facilities between urban and rural areas,
• High out-of-pocket expenditure,
• Limited access to affordable tertiary healthcare in remote regions.

While government schemes like Ayushman Bharat aim to provide financial protection, there remains a significant need to:

• Expand healthcare infrastructure,
• Strengthen last-mile service delivery,
• Improve access in rural and semi-urban areas.

Cooperative societies, historically active in sectors like agriculture, dairy, and banking, have increasingly been viewed as potential partners in expanding community-based healthcare services. The Ayushman Sahakar Scheme was conceptualised to leverage the cooperative movement for building holistic and affordable healthcare infrastructure.

What is the Ayushman Sahakar Scheme?

• Implementing Agency: National Cooperative Development Corporation (NCDC).
• Nature: Financial assistance scheme for cooperative societies.
• Purpose: To promote holistic healthcare infrastructure, education, and services through cooperatives.

The scheme aims to integrate the cooperative sector into national health objectives by facilitating affordable healthcare delivery.

Objectives of the Scheme

1. Affordable and Holistic Healthcare

• Assist cooperative societies in establishing hospitals, healthcare centres, and health education institutions.
• Promote accessible and affordable medical services in underserved regions.

2. Promotion of AYUSH Facilities

Encourage cooperatives to establish and expand facilities related to:

• Ayurveda,
• Yoga & Naturopathy,
• Unani,
• Siddha,
• Homoeopathy.

This aligns with India’s traditional healthcare systems and integrative medicine approach.

3. Alignment with National Health Policy

Support cooperative institutions in achieving objectives such as:

• Universal Health Coverage,
• Reduction in catastrophic health expenditure,
• Strengthening primary and secondary healthcare systems.

4. Participation in Digital Health Ecosystem

Enable cooperatives to integrate with national digital initiatives such as the Ayushman Bharat Digital Mission, ensuring:

• Digital health records,
• Telemedicine services,
• Interoperable healthcare systems.

Key Features of Ayushman Sahakar Scheme

1. Eligibility

• Any cooperative society registered under State or Multi-State Cooperative Societies Acts.
• Must have suitable provisions in bye-laws to undertake healthcare-related activities.

2. Financial Assistance

• Term loan for healthcare infrastructure development.
• Supports establishment and modernisation of hospitals and diagnostic centres.

3. Loan Tenure

• Up to 8 years,
• Includes 1–2 years moratorium on principal repayment depending on project viability.

4. Interest Incentive

• 1% interest rebate for cooperative societies with majority women members, promoting gender inclusion.

5. Infrastructure Support

• Funding for new healthcare facilities,
• Upgradation and modernisation of existing cooperative healthcare institutions.

Significance of the Scheme

1. Strengthening Rural Healthcare Infrastructure

By empowering local cooperatives, the scheme enhances:

• Decentralised healthcare delivery,
• Access in remote and rural areas,
• Community-based health governance.

2. Reducing Out-of-Pocket Expenditure

Affordable cooperative-run hospitals can:

• Lower treatment costs,
• Improve financial protection for vulnerable populations.

3. Promoting Women-Led Cooperatives

The interest rebate incentivises:

• Women participation in the cooperative movement,
• Gender-inclusive healthcare entrepreneurship.

4. Integrating Traditional and Modern Medicine

Promotion of AYUSH facilities supports:

• Pluralistic healthcare systems,
• Preventive and holistic treatment models.

5. Advancing Cooperative Federalism and Inclusive Growth

The scheme:

• Expands the cooperative sector’s role beyond agriculture and credit,
• Strengthens grassroots institutional capacity,
• Contributes to inclusive socio-economic development.

Broader Policy Relevance

Ayushman Sahakar complements:

• Universal health coverage initiatives,
• Digital health transformation,
• Strengthening of primary healthcare infrastructure,
• The broader vision of Atmanirbhar Bharat through cooperative empowerment.

Indigenous Canine Breeds in Security Forces: Revival of Tangkhul Hui and Kombai in Assam Rifles

Why in News ?

The Assam Rifles, India’s oldest paramilitary force, is preparing specialised dog squads comprising indigenous breeds such as the Tangkhul Hui and the Kombai, alongside imported breeds. This move marks a significant step toward integrating native Indian dog breeds into formal security and defence operations.

Background and Context

Security forces in India traditionally rely on imported dog breeds such as:

• German Shepherds,
• Belgian Malinois,
• Labrador Retrievers.

These breeds are favoured for:

• Trainability,
• Intelligence,
• Detection capabilities.

However, growing recognition of India’s indigenous breeds has led to renewed interest due to:

• Adaptability to local climatic conditions,
• Natural immunity to regional diseases,
• Lower maintenance requirements,
• Cultural and heritage significance.

Simultaneously, several native dog breeds are facing decline due to:

• Crossbreeding,
• Urbanisation,
• Lack of structured conservation programmes.

The inclusion of Tangkhul Hui and Kombai reflects a dual objective — enhancing operational efficiency and conserving indigenous genetic heritage.

About Tangkhul Hui (Haofa)

• Origin: Ukhrul district of Manipur.
• Raised by the Tangkhul tribal community.
• Also known locally as Haofa.

Key Characteristics:

• Strong will and protective instinct,
• Naturally alert and territorial,
• Traditionally used as a guard dog,
• Well-adapted to hilly terrain and harsh climatic conditions.

Conservation Concern:

The population of purebred Tangkhul Hui is steadily declining, making authentic lineage increasingly rare.

About Kombai

• Origin: Kombai region of Tamil Nadu.
• Also known as the Indian Bore Hound or Combai.

Key Characteristics:

• Renowned for bravery and fierce loyalty,
• Muscular build and high stamina,
• Historically used by South Indian royalty and warriors for protection and combat,
• Suitable for guarding and patrol duties.

The Kombai has long been valued for its defensive instincts and ability to operate in rugged terrain.

Operational Significance for Assam Rifles

1. Terrain Adaptability

• Tangkhul Hui is well-suited for North-East India’s mountainous terrain.
• Kombai adapts effectively to tropical and semi-arid conditions.

2. Enhanced Border Security

Dog squads are used for:

• Tracking insurgents,
• Detecting explosives and contraband,
• Guarding sensitive installations.

Indigenous breeds may offer improved endurance in region-specific environments.

3. Reduced Maintenance Costs

Native breeds are:

• More resistant to local diseases,
• Better acclimatised to Indian weather conditions,
• Less dependent on specialised dietary and medical support.

4. Conservation of Indigenous Genetic Resources

Formal induction into paramilitary forces:

• Encourages structured breeding programmes,
• Raises awareness about rare native breeds,
• Prevents extinction of traditional lineages.

5. Promoting Atmanirbhar Bharat in Defence

The move aligns with:

• Indigenous resource utilisation,
• Reduced dependency on imported breeds,
• Strengthening domestic breeding ecosystems.

Broader Policy Significance

The initiative reflects a broader shift in policy thinking:

• Recognising biodiversity beyond wildlife to include domesticated native breeds,
• Integrating conservation with national security needs,
• Encouraging community participation in breed preservation.

It also underscores the evolving role of security forces in supporting sustainable and locally adapted solutions.

Challenges

• Need for structured training modules tailored to indigenous breeds,
• Ensuring scientific breeding to maintain genetic purity,
• Overcoming initial scepticism regarding performance benchmarks compared to imported breeds.

India’s AI Applications Stack: From Model Power to Social Impact

Why in the News?

The Economic Survey 2026 highlights Human Primacy and Economic Purpose as guiding principles for AI adoption, arguing that India’s AI leadership will depend less on large GPU clusters and more on real-world applications that improve everyday life.

Rather than competing purely in foundation models, India’s comparative advantage may lie in building an AI Applications Stack focused on:

• Public health
• Agriculture productivity
• Education reform
• Urban governance
• Disaster management

Background and Context

Globally, AI competition has centred on:

• Large language models
• High-end semiconductor access
• Massive data centre infrastructure

However, India’s structural strengths include:

• Large public digital infrastructure (Aadhaar, UPI, DigiLocker)
• Grassroots governance networks (ASHA workers, Krishi Vigyan Kendras)
• High mobile penetration
• Strong startup ecosystem

The Economic Survey 2026 emphasises that AI must align with:

• Welfare objectives
• Inclusion
• Developmental priorities

This shifts focus from “AI for scale” to “AI for social transformation.”

AI in Healthcare: Expanding Access and Early Detection

1. Niramai – Early Breast Cancer Screening

Niramai has developed a non-invasive AI-based thermal imaging solution:

• Effective across age groups
• Works for dense breast tissue
• Portable and affordable
• Enables screening in rural and semi-urban regions

This reduces dependency on costly mammography infrastructure.

2. Qure.ai – Rapid Imaging Diagnostics

Qure.ai uses AI to analyse X-rays and CT scans within seconds.

• Detects 35+ conditions
• Supports tuberculosis, lung cancer, heart failure detection
• Useful in districts lacking radiologists

Improves triage speed and treatment efficiency.

3. AISteth – Remote Cardiac Diagnosis

AISteth offers an AI-powered stethoscope:

• Converts heart and lung sounds into visual waveforms
• ~93% diagnostic accuracy
• Assists frontline health workers

Strengthens primary healthcare delivery.

AI in Agriculture: Smarter Farming, Lower Costs

1. Neoperk – Instant Soil Testing

Neoperk uses spectroscopy and machine learning to:

• Deliver soil health results in under five minutes
• Analyse 12 key parameters
• Reduce chemical fertiliser overuse

Promotes climate-smart agriculture.

2. CottonAce – Pest Management

Developed by the Wadhwani Institute for Artificial Intelligence, CottonAce:

• Allows farmers to upload pest images
• Provides instant, localised pesticide advice
• Helps manage pink bollworm threats

Enhances crop yield and profitability.

3. Niqo Robotics – Precision Spraying

Niqo Robotics deploys AI-driven robots:

• Detect pests and weeds in real time
• Reduce pesticide use by 60–90%
• Lower environmental damage

Improves sustainability and farmer margins.

4. Cropin – Digital Farm Ecosystem

Cropin offers:

• Farm monitoring
• Credit analytics
• Climate prediction tools

Transforms fragmented agriculture into data-driven systems.

AI in Education: Personalised and Inclusive Learning

1. PadhaiWithAI – Boosting Math Outcomes

PadhaiWithAI provides personalised learning tools for government schools.

• Improved pass rates within six weeks
• Enhanced performance among high achievers
• Scalable model for rural education

2. Rocket Learning’s Appu – Early Childhood Development

Rocket Learning developed “Appu”:

• AI-based WhatsApp learning companion
• Supports foundational literacy and numeracy
• Engages parents in early childhood education

3. Belagavi Smart City – Adaptive eBooks

Under the Belagavi Smart City initiative:

• AI-enabled eBooks adapt storylines in real time
• Improved engagement
• Increased reading speed by 12% in two weeks

Government as Ecosystem Orchestrator

The government can catalyse AI scale-up by:

• Procuring empanelled domestic AI solutions
• Creating demand across hospitals, schools, and agriculture departments
• Establishing clear standards for AI safety and ethics
• Promoting interoperable digital infrastructure

Such orchestration reduces uncertainty and builds trust.

Building the India AI Applications Stack

An India AI Applications Stack would:

• Integrate tested AI solutions
• Ensure interoperability
• Enable national scalability
• Offer export-ready AI products

International collaboration platforms such as the Global Partnership on Artificial Intelligence can support outreach.

A governance framework aligned with global standards (e.g., GDPR-like safeguards) can enhance credibility.

Significance

1. Inclusive AI Development

Moves focus from elite tech capability to mass welfare impact.

2. Cost-Effective Innovation

Leverages frugal engineering and public digital infrastructure.

3. Rural Empowerment

Brings AI tools to farmers, ASHA workers, and government schools.

4. Global Export Potential

India-tested, scalable solutions can serve Global South markets.

5. Strengthening Digital Sovereignty

Reduces overdependence on foreign AI platforms.

Challenges and Way Forward

Challenges

• Data privacy concerns
• Digital divide
• Regulatory uncertainty
• Ethical AI governance
• Integration across departments

Way Forward

• Develop robust AI governance framework
• Promote open datasets with safeguards
• Invest in digital literacy
• Encourage public-private partnerships
• Standardise procurement and benchmarking 

Geological Stability Concerns Around Bhakra Dam: Assessing Landslide Risks in a Strategic River Valley

Why in News?

Amid rising incidents of monsoon-induced landslides in the surrounding hillocks, the Geological Survey of India is likely to undertake a comprehensive geological study of areas around the Bhakra Dam to assess slope stability and long-term structural safety.

Background and Context

India’s Himalayan and sub-Himalayan regions are:

• Geologically young and tectonically active,
• Prone to landslides, erosion, and slope instability,
• Highly vulnerable during intense monsoon rainfall.

Large dam infrastructure in such fragile zones faces multiple risks:

• Sedimentation,
• Reservoir-induced seismicity,
• Landslide-induced waves or slope collapse.

The Bhakra Dam region, located in the Shivalik foothills, has witnessed increasing rainfall variability and extreme weather events, raising concerns about:

• Hill slope destabilisation,
• Potential impact on reservoir safety,
• Downstream disaster risks.

Given the dam’s strategic importance for irrigation and power generation, scientific monitoring is critical.

About Bhakra Dam

• Type: Concrete gravity dam.
• River: Sutlej River.
• Location: Bilaspur district, Himachal Pradesh, near the Punjab–Himachal border.
• Height: Highest straight gravity dam in the world.
• Asia Ranking: Second tallest dam in Asia after the Tehri Dam.
• Managing Authority: Bhakra Beas Management Board (BBMB).

Associated Infrastructure

1. Gobind Sagar Reservoir

• Created by Bhakra Dam.
• Second-largest reservoir in India by storage capacity after the Indira Sagar Dam.

2. Nangal Dam

• Located downstream of Bhakra Dam.
• Earthen dam serving as an auxiliary structure.
• Channels released water to powerhouses.

Functional Importance

The Bhakra Dam plays a crucial role in:

1. Irrigation

Supports agricultural productivity in:

• Punjab,
• Haryana,
• Rajasthan,
• Himachal Pradesh,
• Chandigarh.

2. Hydroelectric Power Generation

• Major source of renewable electricity for North India.
• Strengthens regional energy security.

3. Flood Control

• Regulates Sutlej River flow.
• Reduces downstream flood risks during heavy rainfall.

Geological Risks and Emerging Concerns

1. Landslides During Monsoon

• Heavy rainfall destabilises slopes.
• Water infiltration reduces soil cohesion.
• Increased sediment inflow into the reservoir.

2. Reservoir-Induced Seismicity

Large reservoirs can sometimes:

• Alter stress distribution in underlying rocks,
• Trigger minor seismic activity.

3. Infrastructure Vulnerability

Unstable hillocks may:

• Affect access roads and support infrastructure,
• Pose long-term structural risks if not monitored.

Significance of the Proposed Geological Study

1. Strengthening Dam Safety Mechanisms

A detailed geological assessment can:

• Identify vulnerable slopes,
• Recommend slope stabilisation measures,
• Prevent catastrophic structural failure.

2. Enhancing Disaster Preparedness

Scientific data will help in:

• Early warning systems,
• Emergency response planning,
• Reducing downstream disaster risks.

3. Protecting Strategic Infrastructure

Bhakra Dam is vital for:

• Food security in northern India,
• Energy supply stability,
• Regional water management.

Ensuring geological stability safeguards these national interests.

4. Climate Change Adaptation

With increasing frequency of extreme rainfall events, geological reassessment aligns with:

• Climate resilience planning,
• Infrastructure adaptation strategies.

5. Sustainable River Basin Management

Understanding slope dynamics helps in:

• Managing sedimentation,
• Extending reservoir lifespan,
• Improving long-term hydrological planning.

Broader Policy Context

India has strengthened dam safety frameworks through:

• National dam safety mechanisms,
• Regular inspection protocols,
• Scientific risk assessment mandates.

The study around Bhakra Dam reflects proactive infrastructure governance rather than reactive crisis management.

Airship-Based High-Altitude Pseudo-Satellites (AS-HAPS): Strengthening India’s Persistent ISR Capabilities in the Stratosphere

Why in News?

The Defence Acquisition Council (DAC) has recently granted Acceptance of Necessity (AoN) for the procurement of Airship-Based High-Altitude Pseudo-Satellites (AS-HAPS) for the Indian Air Force, marking a significant step toward strengthening India’s long-endurance surveillance and intelligence capabilities.

Background and Context

India faces complex security challenges, including:

• Long and sensitive land borders with adversarial neighbours,
• Expanding maritime interests in the Indian Ocean Region (IOR),
• Emerging threats such as drone incursions, missile systems, and hybrid warfare.

Traditionally, surveillance and reconnaissance are carried out using:

• Low Earth Orbit satellites,
• Manned aircraft,
• Unmanned Aerial Vehicles (UAVs).

However, these systems have limitations:

• Satellites require expensive launches and fixed orbital paths,
• UAVs have limited endurance and operational ceilings,
• Aircraft involve high operational costs and human risk.

To bridge the gap between satellites and conventional drones, High-Altitude Pseudo-Satellites (HAPS) have emerged globally as a cost-effective, long-endurance alternative capable of persistent monitoring.

What is Airship-Based High-Altitude Pseudo-Satellite (AS-HAPS)?

• Nature: Solar-powered unmanned aerial platform operating in the stratosphere (approximately 18–25 km above Earth).
• Altitude: Nearly twice the cruising altitude of commercial aircraft.
• Concept: Combines the persistence of satellites with the flexibility of UAVs — hence termed a “pseudo satellite.”
• Energy Source:
  • Solar power during the day,
  • High-density batteries for night operations.
• Endurance: Can remain airborne for months, and potentially years.

Unlike conventional satellites that orbit at least 200 km above Earth, HAPS platforms hover over specific geographic areas, offering continuous and targeted coverage.

Key Features and Capabilities

1. Persistent Surveillance

• Hover over a designated region for extended durations.
• Ideal for continuous border monitoring.

2. Advanced Sensor Suite

Equipped with:

• High-definition optical cameras,
• Infrared imaging systems,
• State-of-the-art surveillance sensors.

3. Multi-Domain Applications

• Border patrolling,
• Target tracking,
• Maritime domain awareness,
• Navigation support,
• Missile detection and early warning systems.

4. Cost-Effective Alternative to Satellites

• Eliminates need for costly rocket launches,
• Lower deployment and maintenance costs,
• Greater operational flexibility.

5. Rapid Deployment and Redeployment

Unlike satellites, HAPS platforms can be repositioned depending on strategic requirements.

Implementation and Acquisition Framework

• Approval Authority: Defence Acquisition Council (DAC).
• User Agency: Indian Air Force.
• Operational Role: Intelligence, Surveillance and Reconnaissance (ISR).
• Indigenous Development: Led by the National Aerospace Laboratories (NAL), Bengaluru, under the Council of Scientific and Industrial Research (CSIR).

India’s push for AS-HAPS aligns with its broader defence modernisation and self-reliance initiatives under Atmanirbhar Bharat.

India and HAPS Development

India has been developing indigenous HAPS capabilities through:

• National Aerospace Laboratories (NAL) in Bengaluru,
• Indigenous aerospace R&D initiatives,
• Growing public-private defence partnerships.

This initiative complements India's focus on:

• Indigenous drone development,
• Space-based surveillance,
• Advanced aerospace manufacturing.

Significance of AS-HAPS for India

1. Strengthening Border Security

Persistent real-time monitoring along sensitive borders enhances:

• Early threat detection,
• Infiltration prevention,
• Tactical preparedness.

2. Enhancing Maritime Domain Awareness

Supports surveillance over the Indian Ocean Region, crucial for:

• Trade route security,
• Anti-piracy operations,
• Monitoring hostile naval activity.

3. Strategic Autonomy in ISR

Reduces dependency on foreign satellite imagery and defence platforms, improving technological sovereignty.

4. Cost-Effective Force Multiplier

Provides satellite-like coverage at a fraction of the cost, optimizing defence expenditure.

5. Boost to Indigenous Aerospace Ecosystem

Encourages domestic R&D, advanced material sciences, solar energy integration, and high-altitude platform engineering.

6. Integration with Future Warfare Systems

AS-HAPS can potentially integrate with:

• Missile defence networks,
• AI-driven analytics,
• Network-centric warfare systems.

Broader Strategic Context

Globally, major powers are investing in HAPS technology for:

• 5G/6G connectivity,
• Disaster management,
• Military ISR roles.

India’s move positions it among technologically advanced nations pursuing stratospheric platforms as part of next-generation defence architecture.