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DAILY NEWS ANALYSIS

Monthly DNA

26 Apr, 2026

71 Min Read

Salvo Test of ‘Pralay’ Missile

GS-III : Indigenization of Technology & Developing New Technology Defence

Salvo Test of ‘Pralay’ Missile

On 31st December 2025, a successful salvo launch of two ‘Pralay’ missiles was conducted in quick succession off the coast of Odisha.

The test demonstrated the missile system’s rapid-launch capability, operational reliability, and battlefield readiness.

Development and Test Details
Aspect Details
Test Date Conducted on 31st December 2025.
Test Location Conducted off the coast of Odisha.
Conducted By Defence Research and Development Organisation (DRDO).
Developed By Research Centre Imarat (RCI), Hyderabad, in collaboration with other DRDO laboratories.
Key Features of ‘Pralay’ Missile
Feature Details
Type A surface-to-surface, short-range, quasi-ballistic missile.
Strike Range Has a strike range of approximately 150–500 km.
What is a Salvo Test?

A Salvo Test involves firing multiple missiles in quick succession from the same launcher to check simultaneous launch capability and operational reliability.

It demonstrates the missile system’s precision, rapid-fire capability, and battlefield readiness.

PT Facts
  • Pralay: A surface-to-surface short-range quasi-ballistic missile.
  • RCI Hyderabad: A DRDO laboratory involved in missile systems.
  • Quasi-Ballistic Missile: Follows a depressed trajectory and can manoeuvre during flight.
  • Salvo Launch Tests: Assess quick-response capability and operational reliability.

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LR-AShM at Republic Day Parade

GS-III : Indigenization of Technology & Developing New Technology Defence

LR-AShM at Republic Day Parade

At the 77th Republic Day Parade on Kartavya Path, the Defence Research and Development Organisation (DRDO) showcased the Long Range Anti-Ship Hypersonic Missile (LR-AShM) for the first time.

The missile represents a major step in strengthening India’s long-range maritime strike and sea-denial capability.

What is LR-AShM?
Aspect Details
Missile Type A hypersonic glide missile with a quasi-ballistic flight profile.
Primary Role Designed for the coastal battery requirements of the Indian Navy.
Coastal Battery A land-based system of artillery or missiles designed to protect coastlines from enemy ships.
Present Range Has a range of about 1,500 km.
Future Development Future variants with ranges up to 3,500 km are under development.
How does the Missile Work?
Feature Explanation
Speed Can reach initial speeds up to Mach 10, with an average speed of around Mach 5 during flight.
Trajectory Follows a quasi-ballistic trajectory — begins like a ballistic missile, then flies lower and manoeuvres inside the atmosphere.
Multiple Skips Performs multiple skips during flight, increasing unpredictability and making interception difficult.
Key Advantage Low-altitude, high-speed, and highly manoeuvrable flight makes it difficult for ship- and ground-based radars to detect or track.
Why Hypersonic Glide Missiles Matter
Importance Explanation
Reduced Reaction Time Extreme speed drastically reduces the response time available to adversaries.
Missile Defence Evasion High manoeuvrability helps evade missile defence systems.
Sea Denial Capability Can neutralise all classes of warships and prevent adversaries from safely using key maritime zones.
PT Facts
  • LR-AShM: Stands for Long Range Anti-Ship Hypersonic Missile.
  • AShM: Stands for Anti-Ship Missile.
  • Hypersonic Glide Vehicles: Travel at very high speed and manoeuvre inside the atmosphere.
  • Sea Denial: Means preventing an adversary from safely using a maritime area.

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Rail-Based Agni Prime Missile

GS-III : Indigenization of Technology & Developing New Technology Defence

Rail-Based Agni Prime Missile

On 24th September 2025, India successfully test-fired the Agni-Prime (Agni-P) missile from a rail-based mobile launcher.

With this achievement, India joined a select group of countries capable of firing containerised missiles from mobile rail networks, alongside Russia, the United States, and China.

Key Features of Agni Prime Rail Launch
Feature Specification / Details
Missile Type An Intermediate-Range Ballistic Missile (IRBM).
Strike Range Approximately 2,000 km.
Launch Platform Fired from a mobile rail-based launcher mounted on a train network.
Strategic Importance Enhances survivability, mobility, concealment, and operational flexibility of missile deployment.
Why Rail-Mobile Missile Launch Matters
Area Significance
Survivability Mobile launch systems are harder to detect and target compared to fixed missile bases.
Mobility Rail-based deployment allows missiles to move across large distances through railway networks.
Concealment Containerised missile systems can be concealed within ordinary rail infrastructure.
Strategic Deterrence Strengthens India’s nuclear deterrence posture and second-strike capability.
PT Facts
  • Agni-P: An advanced variant in India’s Agni missile series.
  • IRBM: Stands for Intermediate-Range Ballistic Missile.
  • Rail-Mobile Launch Capability: Improves survivability, mobility, and concealment of missile systems.
  • Agni Series: Forms an important part of India’s nuclear deterrence architecture.

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Advanced Light Helicopters (ALH) Mk-III & VL-Shtil Air Defence Missiles

GS-III : Indigenization of Technology & Developing New Technology Defence

Advanced Light Helicopters (ALH) Mk-III & VL-Shtil Air Defence Missiles

The Ministry of Defence signed contracts worth Rs. 5,083 crore for the procurement of six Advanced Light Helicopters (ALH) Mk-III for the Indian Coast Guard and Surface-to-Air Vertical Launch-Shtil missiles for the Indian Navy.

The contracts aim to strengthen India’s coastal surveillance, maritime operations, and naval air-defence capability.

Key Procurement Details
Component Details
Total Contract Value Contracts worth Rs. 5,083 crore were signed by the Ministry of Defence.
ALH Mk-III Contract A Rs. 2,901 crore contract for six ALH Mk-III (MR) helicopters for the Indian Coast Guard.
Helicopter Supplier Signed with Hindustan Aeronautics Limited (HAL), Bengaluru.
Procurement Category Procured under the Buy (Indian–Indigenously Designed, Developed and Manufactured) category.
VL-Shtil Contract A Rs. 2,182 crore contract for Surface-to-Air Vertical Launch-Shtil missiles and associated missile holding frames.
Missile Supplier Signed with JSC Rosoboronexport of the Russian Federation.
Strategic Importance
Area Significance
Coast Guard Capability ALH Mk-III helicopters will enhance maritime surveillance, coastal security, and operational response.
Naval Air Defence VL-Shtil missiles will strengthen the Indian Navy’s ship-based air-defence capability.
Indigenous Manufacturing The ALH contract supports domestic defence production under the Buy Indian–IDDM category.
Maritime Security The procurement improves India’s preparedness against aerial and maritime threats.
PT Facts
  • ALH: Stands for Advanced Light Helicopter.
  • Buy Indian–IDDM: A priority defence procurement category promoting indigenous design and manufacturing.
  • VL-Shtil: A ship-based surface-to-air missile system.
  • Surface-to-Air Missiles: Used to intercept aerial threats such as aircraft, drones, and missiles.

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Agni-5 Ballistic Missile

GS-III : Indigenization of Technology & Developing New Technology Defence

Agni-5 Ballistic Missile

On 20th August 2025, India successfully test-fired the Agni-5 ballistic missile from the Integrated Test Range (ITR) at Chandipur in Balasore district, Odisha.

The test was conducted under the aegis of the Strategic Forces Command, strengthening India’s long-range strategic deterrence capability.

What is Agni-5?
Aspect Details
Missile Type An indigenously developed intercontinental ballistic missile (ICBM).
Strike Range Has a strike range of about 5,000 km.
Developer Designed and developed by the Defence Research and Development Organisation (DRDO).
Warhead Capability Capable of carrying both conventional and nuclear warheads.
Strategic Role Forms part of India’s nuclear deterrence strategy and long-range strike capability.
Test and Technical Details
Feature Details
Test Date Successfully test-fired on 20th August 2025.
Test Location Conducted from ITR Chandipur, Balasore district, Odisha.
Command Authority Conducted under the Strategic Forces Command.
Fuel System Uses a solid-fuel design, enabling quicker launch readiness and easier storage compared to liquid-fuel missiles.
PT Facts
  • ICBM: Stands for Intercontinental Ballistic Missile.
  • Strategic Forces Command: Manages India’s nuclear command assets.
  • ITR Chandipur: A major missile testing range in Odisha.
  • Solid-Fuel Missiles: Generally have quicker launch readiness than liquid-fuel missiles.

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Prithvi-II, Agni-I and Akash Prime Missiles

GS-III : Indigenization of Technology & Developing New Technology Defence

Prithvi-II, Agni-I and Akash Prime Missiles

On 16–17 July 2025, India successfully test-fired three important missile systems — Agni-I, Prithvi-II, and Akash Prime — from testing sites in Odisha and Ladakh.

The tests demonstrated India’s growing strategic deterrence capability and advancements in high-altitude air-defence systems.

What are Agni-I and Prithvi-II?
Missile Key Details
Agni-I A nuclear-capable surface-to-surface ballistic missile with a range of about 700–900 km.
Prithvi-II India’s first indigenously developed ballistic missile with a strike range of around 350 km.
Strategic Role Both missiles are part of India’s Strategic Forces Command.
Nuclear Doctrine Support India’s policy of minimum credible deterrence.
What is Akash Prime?
Feature Details
Missile Type An upgraded version of the Akash surface-to-air missile.
Operational Role Tailored specifically for high-altitude operations.
Trial Achievement Successfully intercepted high-speed aerial targets at altitudes above 4,500 metres during Ladakh trials.
Technological Upgrade Features an indigenous active radar seeker and improved performance based on Army feedback.
Strategic Importance Enhances India’s air-defence preparedness in mountainous and Himalayan regions.
PT Facts
  • Prithvi: India’s first indigenously developed ballistic missile series.
  • Akash: An indigenous surface-to-air missile system.
  • Minimum Credible Deterrence: A key principle of India’s nuclear doctrine.
  • High-Altitude Missile Performance: Important for defence preparedness in Himalayan regions.

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Agni-III Missile Test

GS-III : Indigenization of Technology & Developing New Technology Defence

Agni-III Missile Test

India successfully test-fired the Agni-III intermediate-range ballistic missile from the Integrated Test Range (ITR) at Chandipur in Odisha.

The test was conducted on 6 February 2026 as part of a routine training exercise to validate operational preparedness.

Key Details of Agni-III
Aspect Details
Missile Type A surface-to-surface intermediate-range ballistic missile (IRBM).
Developer Developed by the Defence Research and Development Organisation (DRDO).
Strike Range Has a strike range of over 3,000 kilometres.
Strategic Role Strengthens India’s long-range strategic deterrence capability.
Test and Operational Significance
Area Importance
Test Location Conducted from ITR Chandipur in Odisha.
Test Nature Conducted as part of a routine training exercise.
Operational Readiness Training launches help validate the operational readiness of missile forces.
Deterrence Capability Reinforces India’s strategic and long-range missile capability under its defence doctrine.
PT Facts
  • Agni-III: A surface-to-surface ballistic missile.
  • Strategic Deterrence: Strengthens India’s capability to deter external threats.
  • IRBM: Refers to missiles with ranges between medium-range and intercontinental ballistic missiles.
  • Training Launches: Validate operational readiness of missile forces.

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Indian Army Signs Deal for ‘Suryastra’

GS-III : Indigenization of Technology & Developing New Technology Defence

Indian Army Signs Deal for ‘Suryastra’

On 3rd January 2026, under emergency procurement powers, the Indian Army signed a Rs. 293 crore contract with Pune-based NIBE Limited, in collaboration with Elbit Systems, for the supply of an advanced long-range universal rocket launcher system.

The system, named Suryastra, is India’s first Made-in-India universal multi-calibre rocket launcher.

Key Details of Suryastra
Aspect Details
System Name Suryastra.
Contract Value The Indian Army signed a contract worth Rs. 293 crore.
Supplier Pune-based NIBE Limited, in collaboration with Elbit Systems.
Launcher Type India’s first Made-in-India universal multi-calibre rocket launcher.
Procurement Mode Procured under emergency procurement powers to meet urgent defence requirements.
Operational Capabilities
Capability Details
Strike Range Can fire rockets with strike ranges of 150 km and 300 km.
Deep-Strike Role Enhances the Indian Army’s deep-strike artillery capability beyond conventional artillery ranges.
Multi-Calibre Use Can fire different types and calibres of rockets from a single platform.
Platform Flexibility Integrates multiple rocket types from one universal launcher system.
PT Facts
  • Multi-Calibre Launcher: Can fire rockets of different calibres from one platform.
  • Long-Range Rocket Artillery: Supports deep-strike capability beyond conventional artillery range.
  • NIBE Limited: An Indian defence manufacturing company.
  • Emergency Procurement Powers: Used to quickly meet urgent defence requirements.

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Indigenous VTOL UAV ‘Rudrastra’

GS-III : Indigenization of Technology & Developing New Technology Defence

Indigenous VTOL UAV ‘Rudrastra’

On 11th June 2025, the Indian Army successfully completed trials of the Rudrastra hybrid Vertical Take-Off and Landing (VTOL) UAV at Pokhran, Rajasthan.

The UAV is designed for surveillance, reconnaissance, target engagement, and terrain mapping in challenging battlefield environments.

What is Rudrastra?
Aspect Details
UAV Type A hybrid Vertical Take-Off and Landing (VTOL) unmanned aerial vehicle.
Runway Requirement Capable of taking off and landing vertically without a conventional runway.
Developer Built by Solar Defence and Aerospace Limited (SDAL).
Operational Role Designed for surveillance, reconnaissance, target engagement, and terrain mapping in difficult battlefield conditions.
Key Capabilities of Rudrastra UAV
Feature Specification
VTOL Capability Enables vertical take-off and landing without runway dependence.
Mission Radius More than 50 km with stable real-time video transmission.
Total Operational Range Exceeds 170 km, including loitering time.
Endurance Approximately 1.5 hours per mission.
Navigation System Equipped with an autonomous return-to-launch capability.
Strategic Importance
Area Importance
Battlefield Surveillance Provides real-time intelligence, reconnaissance, and terrain mapping in difficult operational zones.
Mobility Advantage VTOL capability allows operations from confined or rugged terrain without runway infrastructure.
Indigenous Defence Technology Supports India’s push towards indigenous drone and UAV development.
Hybrid Design Combines vertical-lift flexibility with extended range and endurance advantages of fixed-wing UAVs.
PT Facts
  • VTOL: Means Vertical Take-Off and Landing.
  • VTOL UAVs: Do not need conventional runways for operation.
  • Pokhran: An important defence testing location in Rajasthan.
  • Hybrid UAVs: Combine vertical lift capability with fixed-wing range or endurance advantages.

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FPV Drones

GS-III : Indigenization of Technology & Developing New Technology Defence

FPV Drones

The Indian Army has inducted its first batch of indigenously developed First Person View (FPV) drones equipped with anti-tank payloads, marking a major advancement in India’s tactical drone warfare capability.

These drones are designed for precision battlefield strikes and reflect evolving modern warfare trends seen in recent global conflicts.

Development and Deployment
Aspect Details
Drone Type Indigenously developed First Person View (FPV) drones.
Co-Developers Co-developed by Major Saurav Sen, Chetan, and the Terminal Ballistics Research Laboratory (TBRL), Chandigarh.
Assembly Centre Entirely assembled at the Rising Star Drone Battle School.
Production Scale More than 100 drones have been produced so far.
Operational Capabilities
Capability Details
Payload Type Equipped with impact-based anti-tank munitions.
Combat Role Designed for kamikaze-role precision strikes against battlefield targets.
Battlefield Utility Useful for targeting high-value assets such as tanks and armoured vehicles.
Global Relevance Similar FPV drone tactics have been widely observed in the Ukraine conflict.
Why FPV Drones Matter
Area Importance
Real-Time Control Operators can control drones using live battlefield visuals from the drone’s perspective.
Cost-Effective Warfare FPV drones offer relatively low-cost precision strike capability compared to traditional weapon systems.
Tactical Advantage Useful for precision attacks in modern battlefield conditions and urban warfare environments.
Indigenous Capability Strengthens India’s domestic drone warfare and tactical defence technology ecosystem.
PT Facts
  • FPV: Stands for First Person View.
  • FPV Drones: Allow operators to view the battlefield from the drone’s perspective.
  • Kamikaze Drones: Loitering munitions designed to directly strike targets.
  • TBRL: A DRDO laboratory located in Chandigarh.

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Gandiva

GS-III : Indigenization of Technology & Developing New Technology Defence Research & Development Organization(DRDO)

Gandiva

In March 2025, the Defence Research & Development Organisation (DRDO) renamed Astra Mk-III, India’s most advanced air-to-air missile, as Gandiva, after Arjuna’s legendary bow from the Mahabharata.

The missile is expected to redefine Beyond Visual Range (BVR) aerial combat by combining long-range strike capability with advanced ramjet propulsion.

Key Features of Gandiva Missile
Feature Details
Original Name Earlier known as Astra Mk-III.
Missile Type India’s advanced Beyond Visual Range Air-to-Air Missile (BVRAAM).
Naming Reference Named after Arjuna’s legendary bow from the Mahabharata.
Propulsion System Powered by a dual-fuel ducted ramjet engine.
Fighter Integration Planned for integration with Sukhoi Su-30MKI and LCA Tejas fighter jets.
Range, Speed and Combat Capability
Parameter Specification
Strike Range at 20 km Altitude Around 340 km.
Strike Range at 8 km Altitude Around 190 km.
Altitude Flexibility Supports flexible altitude launches from sea level to 20 km.
Angle of Attack Designed to counter manoeuvrable aircraft with an angle of attack up to 20 degrees.
Launch Speed Launch speed ranges from 0.8 Mach to 2.2 Mach.
Target Engagement Speed Can engage targets moving at 2.0 to 3.6 Mach.
Comparative Edge
Missile Reported Range
Gandiva / Astra Mk-III Around 340 km at 20 km altitude.
China’s PL-15 Around 300 km.
U.S. AIM-174 BVRAAM Around 240 km.
PT Facts
  • Gandiva: Renamed version of Astra Mk-III.
  • BVR: Stands for Beyond Visual Range.
  • BVRAAM: Stands for Beyond Visual Range Air-to-Air Missile.
  • Ducted Ramjet Propulsion: Helps missiles sustain high speed over longer distances.

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SANJAY Battlefield Surveillance System

GS-III : S&T Developments & their Applications & Effects in Everyday Life Current Science and Technology

SANJAY Battlefield Surveillance System

On 24th January 2025, the Defence Minister inaugurated SANJAY, a cutting-edge Battlefield Surveillance System (BSS) designed to enhance the Indian Army’s real-time reconnaissance and decision-making capabilities.

The system strengthens battlefield transparency by integrating surveillance inputs, analytics, and communication networks for faster operational decisions.

Key Features of SANJAY
Feature Details
System Type A Battlefield Surveillance System (BSS) for the Indian Army.
Integrated Surveillance Consolidates data from ground and aerial sensors to create a unified battlefield view.
Network Access The battlefield view is accessible through the Army Data Network and Satellite Communication Network.
Advanced Analytics Uses state-of-the-art sensors and analytics to improve intelligence gathering and battlefield transparency.
Development Jointly developed by the Indian Army and Bharat Electronics Limited (BEL).
Significance for Modern Warfare
Area Importance
Real-Time Reconnaissance Enhances the Indian Army’s ability to collect and assess battlefield information in real time.
Situational Awareness Provides commanders with a clearer and more unified operational picture.
Intrusion Prevention Supports intelligence gathering and helps improve monitoring of hostile movement or intrusion attempts.
Network-Centric Operations Enables data-driven operations in conventional and sub-conventional warfare settings.
PT Facts
  • SANJAY: A battlefield surveillance system for the Indian Army.
  • BSS: Stands for Battlefield Surveillance System.
  • Network-Centric Warfare: Relies on real-time sharing of battlefield information.
  • BEL: A key Indian defence electronics public sector company.

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HawkEye 360

GS-II : India and Developed and Developing countries India and USA

HawkEye 360

In May 2025, the United States approved the $131 million sale of HawkEye 360 satellite surveillance technology to India.

The system is expected to strengthen India’s maritime monitoring and domain awareness capabilities in the Indo-Pacific region.

What Does HawkEye 360 Do?
Feature Details
Core Function Detects and maps radio frequency (RF) signals from ships, aircraft, and ground systems.
Signal Detection Can identify signals such as radar, VHF communications, and satellite phone transmissions.
Satellite Configuration Operates in clusters of three satellites.
Tracking Method Uses triangulation to geolocate RF activity with high precision.
Strategic Importance
Area Importance
Maritime Surveillance Enhances monitoring of maritime movement and electronic activity in strategic sea regions.
Indo-Pacific Domain Awareness Supports India’s maritime security and strategic awareness in the Indo-Pacific region.
Electronic Intelligence Helps identify and track electronic emissions from military and civilian systems.
Precision Tracking Triangulation improves accuracy in locating the source of electronic transmissions.
PT Facts
  • RF: Stands for Radio Frequency.
  • RF Geolocation: Helps track electronic emissions from ships, aircraft, and ground systems.
  • Satellite-Based Maritime Surveillance: Improves domain awareness in the Indo-Pacific region.
  • Triangulation: Uses multiple points to determine the location of a signal source.

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Integrated Air Defence Weapon System (IADWS)

GS-III : Indigenization of Technology & Developing New Technology Defence

Integrated Air Defence Weapon System (IADWS)

On 23rd August 2025, the Defence Research and Development Organisation (DRDO) successfully carried out maiden flight tests of the Integrated Air Defence Weapon System (IADWS) off the Odisha coast.

The system marks a major step toward building India’s first indigenous multi-layered air defence shield for protecting critical military and civilian installations.

What is IADWS?
Component Details
System Type A multi-layered, all-indigenous air defence system.
Missile Layer Includes Quick Reaction Surface to Air Missile (QRSAM) and Advanced VSHORADS missiles.
Directed Energy Layer Comprises a high-power laser-based Directed Energy Weapon (DEW).
Command and Control Controlled by a Centralised Command and Control Centre developed by the Defence Research & Development Laboratory (DRDL).
Why the Focus on IADWS?
Focus Area Importance
Threat Protection Designed to protect India and critical installations from long-range missiles, aircraft, UAVs, and cyber-enabled attacks.
Indigenous Development Supports Atmanirbhar Bharat through indigenous technologies and collaboration with private industry.
Integrated Defence Enhances air defence coordination with IAF’s Integrated Air Command and Control System (IACCS) and the Army’s Akashteer.
Multidomain Threats Demonstrates India’s ability to counter drones, UAV swarms, advanced missiles, and emerging multidomain threats.
Strategic Significance
Area Significance
Indigenous Shield Establishes India’s first indigenous multi-layered air defence shield.
Area Defence Strengthens protection for vital military and civilian installations.
Drone and Missile Defence Improves response against drones, UAV swarms, advanced missiles, and aerial threats.
Import Substitution Marks a shift from reliance on imported systems such as the S-400 toward home-grown air defence solutions.
Mission Sudarshan Chakra
Feature Details
Announcement Prime Minister Narendra Modi unveiled Mission Sudarshan Chakra in his Independence Day address.
Core Aim To protect India’s critical establishments over the next decade through indigenous technological development.
Defence Shield Envisions a multi-layered integrated air and missile defence shield for India.
Core Components Incorporates early-warning sensors, tracking systems, command and control posts, and land- and sea-based interceptor missile batteries.
Space-Based Support Will rely on space-based assets for surveillance and threat detection.
PT Facts
  • IADWS: Stands for Integrated Air Defence Weapon System.
  • QRSAM: Means Quick Reaction Surface to Air Missile.
  • DEW: Means Directed Energy Weapon.
  • DRDL: A DRDO laboratory involved in missile and defence systems.

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VSHORADS

GS-III : Indigenization of Technology & Developing New Technology Defence Research & Development Organization(DRDO)

VSHORADS

On 1st February 2025, the Defence Research and Development Organisation (DRDO) successfully conducted three flight trials of the Very Short-Range Air Defence System (VSHORADS) from Chandipur off the coast of Odisha.

The trials demonstrated the system’s precision in intercepting low-altitude aerial threats.

What is VSHORADS?
Component Details
Full Form VSHORADS stands for Very Short-Range Air Defence System.
System Type An advanced fourth-generation Man Portable Air Defence System (MANPAD).
Developer Developed indigenously by DRDO’s Research Centre Imarat (RCI) in collaboration with Indian industry partners.
Core Purpose Designed to counter low-altitude aerial threats.
Recent Flight Trials
Trial Aspect Details
Date Conducted on 1st February 2025.
Location Trials were carried out from Chandipur off the coast of Odisha.
Number of Trials DRDO successfully conducted three flight trials.
Demonstrated Capability Demonstrated precision in intercepting low-altitude aerial threats.
PT Facts
  • VSHORADS: Stands for Very Short-Range Air Defence System.
  • MANPAD: Means Man Portable Air Defence System.
  • Threat Role: VSHORADS is designed to counter low-altitude aerial threats.
  • RCI Hyderabad: A major DRDO missile laboratory.

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Atlas of Climate Adaptation in Indian Agriculture

GS-III : Current Environment Current Environment

Atlas of Climate Adaptation in Indian Agriculture

On 23rd January 2026, the Atlas of Climate Adaptation in Indian Agriculture was launched in New Delhi by the Indian Council of Agricultural Research (ICAR).

The launch marked a major step in India’s climate-resilient agriculture strategy and coincided with the 15-year review of the National Innovations in Climate Resilient Agriculture (NICRA) programme.

What is NICRA?
Aspect Details
Full Form NICRA stands for National Innovations in Climate Resilient Agriculture.
Launch Year NICRA was launched by ICAR in 2011.
Objective Enhance resilience of Indian agriculture to climate variability and climate change through research, technology demonstration, capacity building, and institutional convergence.
Coverage Implemented in 200+ locations across 151 climate-vulnerable districts, especially rainfed regions.
What is the Atlas of Climate Adaptation in Indian Agriculture?
Component Details
Nature It is a web-based digital climate atlas.
Main Purpose To provide location-specific and data-driven adaptation planning.
Farmer Support Helps farmers anticipate climate risks and select suitable adaptation strategies.
Policy Utility Assists policymakers in evidence-based agricultural planning.
Importance for Climate-Resilient Agriculture
Area Significance
Climate Adaptation Strengthens India’s efforts toward climate-resilient agriculture.
Vulnerable Regions Particularly important for rainfed and climate-vulnerable regions.
Data-Based Planning Promotes scientific and evidence-based planning in agriculture.
Institutional Support Reflects the growing role of digital tools and institutional coordination in climate adaptation.
PT Facts
  • ICAR: Functions under the Department of Agricultural Research and Education.
  • NICRA: Was launched in 2011 for climate-resilient agriculture.
  • Rainfed Regions: More vulnerable to climate variability due to dependence on monsoon rainfall.
  • Digital Climate Atlases: Support evidence-based planning in agriculture.

Source:

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India to Establish Two New Telescopes in Ladakh In the Union Budget 2026–27, the Government of India approved a major expansion of ground-based astronomy infrastructure in Ladakh. The programme includes the establishment of two new mega-telescopes and the upgradation of the existin

BSL-4 Containment Facility in Gandhinagar

BSL-4 Containment Facility in Gandhinagar On 13th January 2026, the Union Home Minister laid the foundation stone of a Bio-Safety Level-4 (BSL-4) Containment Facility and laboratory in Gandhinagar, Gujarat. This is only the second civilian BSL-4 laboratory in India after the National Ins

GlowCas9: A CRISPR Protein that lights up Gene Editing

GlowCas9: A CRISPR Protein that Lights Up Gene Editing In December 2025, scientists at the Bose Institute, Kolkata developed GlowCas9, a novel CRISPR protein capable of emitting light while carrying out gene editing. The innovation introduces a new method to directly visualise genome edi

Brain-Computer Interface to Restore Natural Speech

Brain-Computer Interface to Restore Natural Speech Researchers recently developed a breakthrough Brain-Computer Interface (BCI) capable of restoring naturalistic speech for individuals suffering from severe paralysis. The system converts brain activity directly into audible speech in nea

Neuralink’s ‘Blindsight’ Chip

Neuralink’s ‘Blindsight’ Chip Recently, Elon Musk announced that his neurotechnology company Neuralink plans to implant its artificial visual prosthesis, Blindsight, in a human for the first time. The experimental device aims to partially restore vision in blind individ

“Transneuron”

“Transneuron” Recently, researchers developed a single artificial neuron called a “transneuron”, capable of replicating activity associated with multiple regions of the human brain. The breakthrough is considered a significant step toward machines with more human-

Miniature TnpB-based Genome Editing Tool

    Miniature TnpB-based Genome Editing Tool Recently, Indian researchers created a hypercompact genome-editing system using TnpB proteins, offering a homegrown alternative to proprietary CRISPR-Cas technologies. What is the TnpB-based Genome Editing System?

Antibiotic-Producing Thermophilic Bacteria

                  Antibiotic-Producing Thermophilic Bacteria In a new breakthrough, researchers discovered thermophilic bacteria with strong antibiotic potential in the Rajgir hot spring located in Nalanda, Bihar.

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