CA-12/01/2026
Contents
1. National IED Data Management System (NIDMS)
2. New frog species- Arunachal Pradesh
3. Grey slender loris (Loris lydekkerianus)
4. Bhairav Battalion
5. Phytoacoustics
6. Ratapani tiger reserve
7. Param Shakti
8. Virtual Digital Asset (VDA)
9. Zehanpora site
National IED Data Management System (NIDMS)
Why in news?
The National IED Data Management System (NIDMS) is a secure, AI-powered national digital platform developed by the National Security Guard (NSG) to catalogue, analyze, and share data on improvised explosive device (IED) incidents across India. It acts as a “one nation, one data repository” to strengthen counter-terrorism efforts, improve forensic investigations, and enhance inter-agency coordination.
Key Features
- Central Repository: Functions as a unified database for all IED incidents.
- AI-Powered Analysis: Uses advanced analytics to identify patterns, modus operandi, and explosive materials used in past attacks.
- Forensic Support: Enhances the quality of forensic evidence, speeding up prosecution and strengthening cases.
- Inter-Agency Coordination: Facilitates seamless information sharing among state police, CAPFs, intelligence agencies, and NSG.
- Security Shield: Designed as a next-generation shield against terrorism, helping anticipate and prevent future attacks.
Benefits for Internal Security
| Benefit |
Impact |
| Unified Data Repository |
Eliminates fragmented records, ensuring consistency |
| Faster Investigations |
Provides single-click access to historical IED data |
| Pattern Recognition |
Helps agencies predict and prevent future attacks |
| Stronger Prosecution |
Improves forensic evidence quality for courts |
| National Coordination |
Enhances collaboration across police, CAPFs, and intelligence |
Challenges & Considerations
- Data Security: As a national repository, safeguarding against cyber threats is critical.
- Training Needs: Agencies must be trained to effectively use the system.
- Interoperability: Ensuring smooth integration with existing state and central databases.
- Continuous Updates: Regular input of new incidents and forensic findings is essential to keep the system relevant.
Importance
The NIDMS is a strategic leap in India’s counter-terror architecture, shifting from reactive responses to data-driven, proactive prevention. By centralizing knowledge of IED incidents, it empowers agencies to connect dots across states, anticipate threats, and strengthen national resilience against terrorism.
New frog species- Arunachal Pradesh
Why in news?
Two new frog species have been discovered in Arunachal Pradesh: Leptobrachium somani (Soman’s Slender-Armed Frog) and Leptobrachium mechuka (Mechuka Slender-Armed Frog). This discovery expands India’s known species of the genus Leptobrachium from four to six.
Key Details of the Discovery
- Species Identified:
- Leptobrachium somani (named in honor of late journalist E. Somanath).
- Leptobrachium mechuka (named after the Mechuka region in Arunachal Pradesh).
- Genus: Leptobrachium (slender-armed frogs). Globally, 39 species are recognized; India now has six.
- Publication: Findings published in the peer-reviewed journal PeerJ on January 9, 2026.
- Location: Remote mountain habitats of Arunachal Pradesh, surveyed over three years across five northeastern states.
Significance
- Biodiversity Hotspot: Arunachal Pradesh is part of the Eastern Himalayas, a global biodiversity hotspot. The discovery highlights the region’s rich but underexplored amphibian diversity.
- Conservation Importance: Frogs are sensitive indicators of environmental health. Identifying new species helps in ecosystem monitoring and conservation planning.
- Cultural Recognition: Naming Leptobrachium somani after journalist E. Somanath honors his contributions to environmental reporting, linking science with social awareness.
Challenges & Conservation Concerns
- Habitat Loss: Deforestation and infrastructure projects threaten fragile ecosystems.
- Climate Change: Amphibians are highly vulnerable to temperature and rainfall shifts.
- Limited Awareness: Many species remain undocumented, making them invisible in conservation policy.
Grey slender loris (Loris lydekkerianus)
Why in news?
Kerala and Tamil Nadu initiated habitat restoration and monitoring efforts for the grey slender loris as of early January 2026. A 2025 study in Tamil Nadu's Alagarmalai foothills documented an 80% decline in local populations, from over five lorises per square kilometer in December 2024 to just 17 sightings by March 2025.
About the Grey Slender Loris
The grey slender loris (Loris lydekkerianus) is a small nocturnal primate found in southern India and Sri Lanka, known for its large eyes, slender body, and slow, deliberate movements. It is considered one of the most primitive primates and plays an important ecological role as an insectivore.
Key Facts About the Grey Slender Loris
- Scientific name: Loris lydekkerianus
- Family: Loridae (part of the prosimian group, the oldest primates)
- Appearance: Slender body, grey-brown fur, large forward-facing eyes adapted for night vision, and small ears.
- Habitat: Tropical rainforests, dry deciduous forests, scrublands, bamboo thickets, and montane cloud forests.
- Distribution: Found mainly in southern India (Karnataka, Kerala, Tamil Nadu) and Sri Lanka.
- Subspecies: Includes Malabar slender loris, Mysore slender loris (India), Northern Ceylonese slender loris, and Highland slender loris (Sri Lanka).
Conservation Status
- Threats: Habitat loss due to deforestation, agriculture, and urbanization; hunting for traditional medicine and pet trade.
- Conservation efforts: Kerala and Tamil Nadu have recently launched habitat restoration and monitoring programs to protect populations.
- IUCN status: Near Threatened, with populations declining in many areas.
Why in news?
The Bhairav Battalion is a newly raised, elite combat unit of the Indian Army, designed for rapid-response operations in modern hybrid warfare scenarios. Named after the fierce form of Lord Shiva, it emphasizes speed, surprise, and shock tactics near borders. Recent news highlights its first public appearance during the Army Day parade rehearsal in Jaipur on January 8, 2026.
Key Facts about Bhairav Battalions
- Origin & Naming: Announced on 26 July 2025 (Kargil Vijay Diwas), named after Lord Shiva’s fierce manifestation Bhairav, symbolizing speed and ferocity.
- Structure: Each battalion has about 250 personnel, much smaller than standard infantry units, enabling agility.
- Numbers: Around 15 battalions are already operational, with plans to expand to 25.
- Deployment: Strategically positioned along northern and western borders to counter hybrid warfare.
- Specialization: Every soldier is trained in drone operations, capable of precision strikes deep inside enemy territory.
- Debut: Publicly showcased at the Republic Day Parade (26 Jan 2026) and Army Day Parade (15 Jan 2026, Jaipur).
Comparison: Bhairav vs Other Forces
| Feature |
Bhairav Battalions |
Para SF (Special Forces) |
Conventional Infantry |
| Size per unit |
~250 personnel |
~600–700 personnel |
~800–1000 personnel |
| Primary Role |
High-speed, drone-enabled offensive ops |
Deep penetration, covert missions |
Holding ground, large-scale combat |
| Technology Use |
Heavy reliance on drones & AI systems |
Specialized weapons, limited drone use |
Standard weapons, minimal drones |
| Deployment |
Borders (North & West) |
Across theaters, including foreign ops |
Nationwide |
| Flexibility |
Rapid, light, hybrid warfare |
Elite, covert, specialized |
Large-scale, slower maneuver |
Strategic Importance
- Hybrid Warfare Readiness: Bhairav units are India’s answer to drone-centric conflicts seen globally (Ukraine, Middle East).
- Force Multiplier: With 100,000+ drone operatives trained across the Army, Bhairav battalions act as the spearhead of unmanned warfare.
- Symbolic Power: Their war cries (e.g., “Raja Ramchandra ki Jai” for 2 Bhairav Battalion) highlight morale and cultural identity.
Why in news?
Recent breakthroughs reveal insects, such as moths, detect Phytoacoustics plant "cries" and adjust behaviors like egg-laying to favor healthier, quieter plants.
About
Phytoacoustics (or plant acoustics) is the study of how plants perceive and respond to sound waves. Research shows plants can detect vibrations, react to specific frequencies, and even emit sounds under stress, influencing their growth, defense, and communication.
- Core Idea: Plants are not passive organisms; they can perceive mechanical vibrations from sound waves and adjust their physiology accordingly.
Key Findings
- Sound Perception: Plants can detect vibrations from environmental sounds such as pollinators buzzing, wind, or herbivores chewing.
- Stress Signals: Experiments show stressed plants (e.g., drought conditions) emit ultrasonic clicks, which can be detected by sensitive microphones.
- Growth & Development: Exposure to certain sound frequencies has been linked to enhanced germination, faster growth, and improved nutrient uptake.
- Defense Mechanisms: Some studies suggest plants exposed to sounds of herbivores chewing may increase chemical defenses preemptively.
- Research indicates musical stimuli can positively affect plant growth. Classical or rhythmic music sometimes enhances leaf size, flowering, or yield.
Challenges & Limitations
- Mechanism Unclear: Unlike animals, plants lack ears or nervous systems, so how they "hear" is still debated.
- Experimental Variability: Results differ across species, sound types, and experimental setups.
- Practical Applications: While promising for agriculture (e.g., sound-based growth stimulation), large-scale use needs more validation.
Importane
Phytoacoustics could revolutionize agriculture and ecology by:
- Developing sound-based farming techniques to boost yields.
- Monitoring plant health via acoustic emissions.
- Understanding plant communication networks in ecosystems.
Why in news?
In January 2026, Madhya Pradesh Chief Minister announced the reserve will be named after archaeologist Dr. Vishnu Shridhar Wakankar, honoring his discovery of the Bhimbetka rock shelters UNESCO site nearby, to blend cultural heritage with conservation.β
About Ratapani Tiger Reserve
Ratapani Tiger Reserve is Madhya Pradesh’s 8th and India’s 57th tiger reserve, located near Bhopal in Raisen and Sehore districts. It covers about 1,271 sq. km in the Vindhya ranges and was officially declared a tiger reserve in 2024.
Key facts
- Location: Raisen & Sehore districts, Madhya Pradesh, close to Bhopal.
- Area: ~1,271 sq. km, spread across Vindhya hills.
- Boundaries: Runs parallel to the northern side of the Narmada River; Kolar River forms the western boundary.
- History:
- Declared a wildlife sanctuary in 1976.
- Upgraded to tiger reserve in 2024, making it MP’s 8th tiger reserve.
Flora & Fauna
- Fauna:
- Tigers (main attraction, including “city tigers” occasionally seen near Bhopal’s outskirts).
- Leopards, sloth bears, wild dogs, hyenas, and herbivores like chital, sambar, and nilgai.
- Birdlife: Rich avifauna, making it a hotspot for birdwatchers.
- Flora: Dry deciduous forests with teak, sal, and mixed vegetation typical of Vindhya ranges.
Challenges & Conservation
- Urban Pressure: Expansion of Bhopal and human activity near reserve boundaries.
- Conservation Needs: Strict monitoring of tiger corridors, minimizing human-wildlife conflict, and eco-tourism regulation.
- Positive Step: Its designation as a tiger reserve strengthens Madhya Pradesh’s role as India’s “Tiger State.”
Why in news?
Param Shakti is a state-of-the-art indigenous supercomputing facility launched at IIT Madras in January 2026, powered by the PARAM Rudra cluster with a peak performance of 3.1 petaflops (over 3.1 quadrillion calculations per second). It is part of India’s National Supercomputing Mission (NSM) and represents a major leap in self-reliant high-performance computing.
Key Highlights of Param Shakti
- Launch & Location: Inaugurated at IIT Madras by MeitY Secretary S. Krishnan on January 3, 2026.
- Performance: Delivers 3.1 petaflops, enabling massive simulations and data-intensive workloads.
- Indigenous Development: Built entirely in India by C-DAC using the RUDRA series of servers and open-source platforms like AlmaLinux.
- Mission Backing: Part of the National Supercomputing Mission (NSM), jointly steered by MeitY and DST.
- Applications: Supports research in aerospace, materials science, climate modeling, drug discovery, advanced manufacturing, and more.
- Software Stack: Runs on C-DAC’s indigenously developed system software stack, reinforcing technological self-reliance.
Challenges & Considerations
- Energy & Cooling Needs: Supercomputers consume massive power; efficient cooling systems are critical.
- Continuous Upgrades: To remain globally competitive, India must scale beyond petaflop systems toward exascale computing.
- Talent & Training: Researchers need specialized skills to fully leverage HPC capabilities.
- Global Benchmarking: While powerful in India, Param Shakti still trails global leaders like Japan’s Fugaku or the US’s Frontier (exascale systems).
Strategic Significance
Param Shakti is a symbol of India’s push for technological self-reliance. By indigenously developing hardware and software, India reduces dependence on foreign systems and builds capacity for cutting-edge research. This aligns with broader national goals of Atmanirbhar Bharat (self-reliant India) and positions the country to compete in global scientific and industrial innovation.
Virtual Digital Asset (VDA)
Why in news?
India has tightened regulations for crypto and VDA firms, focusing on anti-money laundering (AML), cybersecurity, and stricter KYC norms.
Financial intelligence unit new guidelines
The Financial Intelligence Unit has updated compliance rules for VDA companies. These include stricter business operation practices, cybersecurity disclosures, and mandatory appointment of a Principal Officer (PO) responsible for AML/CFT compliance.
- Mandatory cybersecurity audits
VDA firms must now undergo CERT-In accredited cybersecurity audits. This ensures stronger protection against hacks and fraud. Enhanced transaction monitoring aligned with the “Travel Rule” will improve traceability of digital asset transfers.
- Live selfies & location tracking for crypto users
India is mandating live selfies and geolocation tracking for users of crypto exchanges. These exchanges are formally categorized as VDA service providers under the Prevention of Money Laundering Act (PMLA). This move aims to curb illicit activity and improve transparency.
- Third-party reporting from April 2026
India may require third-party reporting of crypto trades starting April 1, 2026. Already, over 4,500 suspected VDA-related cases are under scrutiny by authorities.
Key Features of Virtual Digital Assets
- Definition under Indian law: As per the Income Tax Act, a VDA includes any information, code, number, or token (not being Indian or foreign currency) created through cryptographic means or otherwise.
- Examples: Cryptocurrencies (like Bitcoin, Ethereum), Non-Fungible Tokens (NFTs), and other blockchain-based tokens.
- Functions:
- Store of value (similar to gold or currency).
- Medium of exchange (though not legal tender).
- Unit of account in digital ecosystems.
- Exclusions: Loyalty points, mileage rewards, or similar tokens given without direct monetary consideration are not considered VDAs.
Taxation & Regulation in India
- Finance Act 2022 introduced taxation on VDAs.
- 30% tax on income from transfer of VDAs, with no set-off of losses allowed against other income.
- 1% TDS (Tax Deducted at Source) on transactions above a certain threshold.
- VDAs are recognized for taxation but not as currency—they remain assets only.
Risks & Considerations
- High volatility: Prices of cryptocurrencies and NFTs can swing dramatically.
- Regulatory uncertainty: Governments worldwide are still framing rules.
- Security risks: Wallet hacks, phishing scams, and fraud are common.
- No intrinsic value: Unlike gold or government-backed currency, VDAs derive value from demand and trust.
Why in news?
Zehanpora, a village in Baramulla district of Jammu and Kashmir, has emerged as a significant archaeological site revealing Kashmir's ancient Buddhist heritage.
Key Highlights of the Zehanpora Site
- Location: Zehanpora village, Baramulla district, North Kashmir
- Age: Estimated to be over 2,000 years old, dating to the Kushan period (1st–3rd century CE)
- Structures Found:
- Multiple stupas (Buddhist reliquary mounds)
- Apsidal chaityas (prayer halls)
- Viharas (monk residences)
- Urban-style settlements and artefacts
- Historical Importance:
- Linked to rulers like Kanishka and Huvishka, who promoted Buddhism in Kashmir
- Shows Gandharan architectural influence, indicating cultural exchange with north-western Buddhist regions
- Possibly connected to Huvishkapura, an ancient Kushan capital
- Strategic Role: Situated on the Silk Route corridor, enabling the movement of monks, merchants, and religious ideas between Kashmir and Gandhara (Afghanistan–Pakistan region)
Question & Answer
Question 1. The decision to rename the Ratapani Tiger Reserve in Madhya Pradesh is intended to formally link the conservation area with which neighboring cultural/archaeological landmark?
Select your answer:
A) Sanchi Stupa, reflecting its importance in early Buddhist travel circuits.
B) Bhimbetka Rock Shelters, acknowledging the archaeologist who documented them.
C) The Mandu heritage site, emphasizing medieval architectural conservation.
D) The remnants of ancient Mauryan fortifications along the Narmada River.
Explanation: (B)
The Ratapani Tiger Reserve is being renamed in honor of Dr. Vishnu Shridhar Wakankar, who is renowned for his discovery and documentation of the Bhimbetka rock shelters, which are located nearby.
Question 2. The recent tightening of regulations for Virtual Digital Asset (VDA) service providers in India mandates several compliance measures. Which of the following is a key requirement aimed at enhancing traceability and combating illicit activities?
Select your answer:
A) Mandatory listing of all VDA transactions on the RBI’s central ledger for real-time auditing.
B) Requiring VDA firms to appoint a Principal Officer responsible for AML/CFT compliance and undergo CERT-In accredited cybersecurity audits.
C) Prohibiting all cross-border transactions unless routed through authorized channels monitored by SEBI.
D) Exempting VDAs from taxation under the Income Tax Act, provided transaction volume is below the specified threshold.
Explanation: (B)
The updated guidelines require VDA firms, categorized under PMLA, to appoint a Principal Officer for AML/CFT compliance and mandate cybersecurity audits accredited by CERT-In. These measures enhance transparency and security.
Question 3. With reference to the recently launched National IED Data Management System (NIDMS), consider the following statements:
1. It is developed by the Central Bureau of Investigation (CBI) to streamline evidence storage from terror-related incidents.
2. A key feature of the platform is its utilization of Artificial Intelligence to identify recurring patterns in explosive materials and modus operandi across different states.
3. The system's primary goal is to replace existing manual forensic records with a centralized digital repository for improved inter-agency coordination.
Select your answer:
A) 1 and 2 only
B) 2 and 3 only
C) 1 and 3 only
D) 1, 2, and 3
Explanation: (B)
Statement 1 is incorrect; NIDMS was developed by the National Security Guard (NSG), not the CBI. Statement 2 is correct; NIDMS uses AI for pattern recognition in IED incidents. Statement 3 is correct as it aims for centralized data and enhanced coordination.
Question 4. The newly operationalized Bhairav Battalions of the Indian Army are strategically significant primarily due to which of the following features?
Select your answer:
A) Their primary role involves long-range surveillance and intelligence gathering using passive acoustic sensors.
B) They are structured as small, agile units heavily specialized in drone operations for rapid offensive strikes.
C) They are designated solely for securing the Line of Control (LoC) against infiltration attempts using specialized anti-drone measures.
D) They replace conventional infantry units in holding ground during large-scale conventional warfare scenarios.
Explanation: (B)
Bhairav Battalions are characterized by their small size (~250 personnel) enabling agility, and their specialization in drone operations to counter hybrid warfare, making them suited for high-speed offensive actions.
Question 5. The archaeological site recently discovered at Zehanpora in Jammu and Kashmir is historically significant because its structures (like stupas and chaityas) suggest a strong influence from which ancient cultural sphere during the Kushan period?
Select your answer:
A) Indo-Greek Kingdom through maritime trade routes.
B) Gandharan artistic and architectural tradition along the Silk Route.
C) The early Pala dynasty centers of Eastern India.
D) The Mathura school of sculpture developed under earlier Indian empires.
Explanation: (B)
The Zehanpora site, dating to the Kushan period (Kanishka/Huvishka era), shows Gandharan architectural influence, indicating cultural exchange along the Silk Route connecting Kashmir with regions like Gandhara (modern Afghanistan/Pakistan).
Question 6. The conservation initiatives recently launched for the Grey Slender Loris (Loris lydekkerianus) in Southern India are primarily a response to which ecological phenomenon affecting this nocturnal primate?
Select your answer:
A) Increased predation pressure from invasive alien species following severe flooding events.
B) A sharp decline in its primary food source due to widespread pesticide use in cash crops.
C) Significant fragmentation and loss of its habitat across tropical rainforests and dry deciduous forests due to urbanization and agriculture.
D) Widespread disease outbreak resulting from proximity to large human settlements near protected areas.
Explanation: (C)
The text highlights that the local population decline of the Grey Slender Loris is linked to habitat loss due to deforestation, agriculture, and urbanization, necessitating habitat restoration efforts in Kerala and Tamil Nadu.
Question 7. The concept of 'Phytoacoustics' suggests a novel understanding of plant biology. Which observation best exemplifies the practical implication of this field in ecology or agriculture?
Select your answer:
A) Plants utilize chlorophyll to convert ambient sound waves directly into usable energy through vibrational resonance.
B) Certain insects adjust their reproductive strategies based on detecting acoustic stress signals emitted by plants.
C) The emission of ultrasonic clicks by plants under drought conditions serves as a mechanism for direct communication with subterranean fungi networks.
D) Classical music exposure causes permanent, genetically inherited changes in the leaf morphology of affected plant species.
Explanation: (B)
Recent research indicates that insects, such as moths, can detect plant 'cries' (acoustic stress signals) and modify behaviors like egg-laying accordingly, demonstrating an ecological link via phytoacoustics.
Question 8. The recent discovery of new frog species, such as Leptobrachium somani, in Arunachal Pradesh is significant because it highlights the region's role as:
Select your answer:
A) A major ecological corridor connecting the Western Ghats fauna with the Himalayan ecosystem.
B) A global biodiversity hotspot characterized by rich, yet largely underexplored, amphibian diversity.
C) A primary breeding ground for migratory terrestrial vertebrates, as indicated by the unique life cycle of the new species.
D) A zone where bio-indicators are exceptionally resilient to rapid climate change pressures compared to peninsular India.
Explanation: (B)
Arunachal Pradesh is part of the Eastern Himalayas, recognized globally as a biodiversity hotspot. The discovery of endemic amphibian species confirms the richness and relatively unexplored nature of its biodiversity.
Question 9. Which statement accurately describes the significance of 'Param Shakti' in the context of India's technological initiatives?
Select your answer:
A) It is India's first operational exascale computing facility developed under the 'Make in India' initiative.
B) It is a state-of-the-art supercomputer built entirely in India, reinforcing the goal of technological self-reliance (Atmanirbhar Bharat) through the National Supercomputing Mission (NSM).
C) It exclusively focuses on cryptography and cybersecurity research, operating under the Defence Research and Development Organisation (DRDO).
D) Its primary function is to manage the national grid stability, operating using exclusively foreign-sourced hardware components.
Explanation: (B)
'Param Shakti' is an indigenous supercomputing facility launched at IIT Madras under the NSM. It utilizes the PARAM Rudra cluster, emphasizing self-reliance in developing both hardware and system software stacks.
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