Evolution of Deception Techniques in Modern Warfare

Modern Warfare

Modern Warfare Latest News

  • Deception techniques in warfare are in the news as India and other nations increasingly deploy AI-enabled aerial, land, and naval decoys to counter modern precision weapons.

Introduction

  • Warfare has always relied on deception, but in the 21st century, these techniques have evolved into highly sophisticated systems that integrate technology, artificial intelligence, and multi-domain capabilities. 
  • As modern combat platforms become more advanced and lethal, adversaries are deploying deception as a cost-effective yet powerful countermeasure. 
  • Today, decoys are no longer limited to simple tricks but are advanced systems designed to mislead enemy radars, sensors, and weapons, turning confusion into a strategic asset.

Evolution of Deception in Warfare

  • Historically, deception ranged from camouflage to battlefield trickery, but in the digital age, it has transformed into technologically enabled countermeasures. 
  • Modern decoys replicate radar, thermal, and acoustic signatures of real targets, forcing adversaries to waste expensive munitions while buying time for actual platforms to retaliate or evade. 
  • These innovations have made deception a strategic pillar of modern military doctrine.

India’s Use of AI-Enabled Decoys

  • During Operation Sindoor, the Indian Air Force reportedly deployed the X-Guard Fibre-Optic Towed Decoy (FOTD) system developed by Israel. 
  • These AI-enabled decoys trailed behind Rafale fighter jets, mimicking their radar cross-section, velocity, and spectral signature. 
  • Reports suggest that Pakistan Air Force missiles locked onto these decoys instead of real aircraft, saving Indian platforms and misleading enemy pilots. 
  • Analysts called this “one of the best instances of spoofing and deception ever seen,” highlighting the operational value of advanced decoys.

Functioning of the X-Guard System

  • The X-Guard decoy, weighing only 30 kg, integrates seamlessly with the Rafale’s SPECTRA electronic warfare suite
  • While SPECTRA detects and blocks threats, the X-Guard provides a trailing expendable shield, emitting jamming signals across multiple radar bands. Together, they form a multi-layered defensive system. 
  • Comparable systems globally include Leonardo’s BriteCloud, the AN/ALE-50/55 series by Raytheon/BAE Systems, and decoys integrated into platforms like the Eurofighter Typhoon and Gripen-E.

Land-Based Deception Techniques

  • On land, armies employ inflatable, radar-reflective, and heat-emitting decoys simulating tanks, artillery, and missile systems. 
  • These techniques have proven effective in conflicts from the 1991 Gulf War to the ongoing Russia-Ukraine war
  • Russia uses Inflatech decoys to simulate large armoured formations, while Ukraine relies on wooden and 3D-printed models to exhaust Russian drone and missile supplies. 
  • India, too, is investing in such technology. In April 2025, the Indian Army sought decoys for its T-90 tanks to replicate thermal and acoustic signatures, protecting assets from drone and loitering munition attacks.

Naval Counter-Deception Systems

  • Navies worldwide deploy layered countermeasures such as floating chaff, acoustic jammers, and advanced offboard systems. 
  • A notable example is the Nulka active missile decoy, jointly developed by the U.S. and Australia, which mimics the radar signature of large warships to lure enemy missiles away. 
  • India’s Kalvari-class submarines are also equipped with modern torpedo decoy systems, underlining the increasing role of deception in maritime defence.

Strategic Importance of Deception

  • Deception technologies offer high-impact protection at relatively low costs, making them indispensable in modern military strategies. 
  • By diverting enemy fire, they not only preserve expensive assets but also erode adversary confidence. 
  • For countries like India, deploying such technologies enhances deterrence against technologically superior adversaries and ensures survivability in contested environments.

Source: TH

Modern Warfare FAQs

Q1: What are deception techniques in modern warfare?

Ans: They are advanced methods using decoys and countermeasures to mislead enemy sensors and weapons.

Q2: How has India used aerial decoys?

Ans: India deployed AI-enabled X-Guard decoys on Rafale jets during Operation Sindoor to spoof enemy radars and missiles.

Q3: What role do land-based decoys play?

Ans: Inflatable and 3D-printed dummies mimic tanks and artillery, drawing enemy fire and depleting munitions.

Q4: How do navies use deception?

Ans: Naval forces employ systems like the Nulka active missile decoy and torpedo countermeasures to protect warships.

Q5: Why are decoys considered a strategic asset?

Ans: They preserve real assets, confuse adversaries, and provide cost-effective defence against precision weapons.

Jan Vishwas 2.0 – Towards Trust-Based Governance

Jan Vishwas 2.0

Jan Vishwas 2.0 Latest News

  • The Jan Vishwas (Amendment of Provisions) Bill, 2025, also dubbed as Jan Vishwas 2.0, was recently introduced in the Lok Sabha.
  • The new Bill is an extension of the Jan Vishwas (Amendment of Provisions) Act, 2023 (decriminalised 183 provisions in 42 Acts), and aims to amend 16 Central Acts (administered by 10 ministries/departments) to decriminalise and rationalise some offences and penalties. 
  • This means the Bill  further enhances trust-based governance for ease of living and doing business.

Background - Need for Jan Vishwas 2.0

  • Overcriminalisation in Indian laws:
    • According to the Vidhi Centre for Legal Policy, 370 of the 882 central laws have criminal provisions for 7,305 crimes. 
    • Over 75% of all crimes are defined under laws that regulate areas beyond core criminal justice, such as shipping, taxation, financial institutions, and municipal governance.
  • Disproportionate punishments: For example, arrest is possible for trivial acts like milking a cow on the street or not exercising a pet dog, violating the principle of proportionality in crime and punishment.
  • Hindrance to business: 
    • According to an Observer Research Foundation's (ORF) 2022 report -
      • Of 1,536 business laws, over 50% carry imprisonment clauses.
      • Of 69,233 compliances, 37.8% entail jail terms.
    • Imprisonment clauses deter entrepreneurship, job creation, GDP growth.
  • Burden on judiciary:
    • According to the National Judicial Data Grid, currently there are over 3.6 crore pending criminal cases in India’s district courts, over 2.3 crore of which are more than 1 year old.
    • Minor procedural lapses clog courts, delaying justice for serious offences.

Provisions of the Jan Vishwas Bill 2025

  • Scope of amendments: The 2025 Bill proposes amending 355 provisions - 288 provisions decriminalised to foster ease of doing business, and 67 provisions proposed to be amended to facilitate ease of living.
  • Covers 16 Acts including: RBI Act 1934, Drugs and Cosmetics Act 1940, Motor Vehicles Act 1988, Electricity Act 2003, Legal Metrology Act 2009, MSME Act 2006, etc.

Key Features of the Bill

  • First-time offenders: 
    • Warning and improvement notice introduced for 76 offences under 10 Acts.
    • For example, non-standard weights and measures, earlier drew a penalty of ₹1 lakh, but now provides for improvement notice with rectification timeline.
  • Removal of imprisonment clauses:
    • Minor procedural or technical defaults no longer attract jail terms.
    • For instance, it proposes a fine (between Rs 10,000 and Rs 10 lakh) instead of the existing three-month imprisonment for non-compliance with orders under the Electricity Act 2023.
  • Rationalisation of penalties:
    • For example, an automatic 10% increase in penalty every 3 years ensures deterrence without fresh amendments.
    • Focus is on financial penalties rather than incarceration.

Government’s Rationale for Jan Vishwas 2.0

  • To build on “minimum government, maximum governance” philosophy.
  • To support Make in India, Ease of Doing Business, and judicial reforms.
  • To reiterate the government's commitment to remove “unnecessary and outdated laws” that criminalise trivial acts.

Conclusion

  • The Bill is under review by a Select Committee of Lok Sabha, and report is expected in the next parliamentary session.
  • If enacted, the Jan Vishwas 2.0 could reduce pendency in courts, enhance trust between state and citizens, and strengthen India’s image as a business-friendly destination.

Source: IE

Jan Vishwas 2.0 FAQs

Q1: Why was the Jan Vishwas (Amendment of Provisions) Bill, 2025 introduced?

Ans: To decriminalise minor offences, rationalise penalties, reduce judicial pendency, and promote trust-based governance.

Q2: What is the issue of overcriminalisation in Indian laws?

Ans: Over 75% of criminal provisions lie outside core criminal law, leading to disproportionate punishments, regulatory hurdles, and judicial backlog.

Q3: How does the Jan Vishwas Bill, 2025 balance deterrence with ease of compliance?

Ans: By introducing warnings for first-time offenders, replacing jail terms with fines, and ensuring periodic automatic penalty hikes.

Q4: Why is decriminalisation of minor offences significant for India’s economy?

Ans: It reduces compliance burden, fosters entrepreneurship, improves ease of doing business, and supports growth and job creation.

Q5: How does the Jan Vishwas Bill contribute to judicial reforms?

Ans: By eliminating imprisonment clauses for minor defaults, it reduces case pendency and allows courts to prioritise serious crimes.

DRDO Successfully Tests Indigenous Integrated Air Defence Weapon System

DRDO Air Defence System

DRDO Air Defence System Latest News

  • The Ministry of Defence announced that the DRDO successfully carried out the first flight-tests of the Integrated Air Defence Weapon System (IADWS). 
  • Conducted off the coast of Odisha, the system demonstrated its capability by simultaneously destroying three targets at varying ranges and altitudes, marking a significant milestone in India’s indigenous defence technology.

Integrated Air Defence Weapon System (IADWS)

  • The Integrated Air Defence Weapon System (IADWS) is a multi-layered defence system comprising three key components:
    • Quick Reaction Surface-to-Air Missiles (QRSAMs);
    • The advanced Very Short Range Air Defence System (VSHORADS) missiles;
    • A laser-based Directed Energy Weapon (DEW). 
  • During recent flight-tests at Chandipur, all components successfully performed their roles, as confirmed by range instruments, showcasing the system’s capability to intercept and neutralise multiple aerial threats with precision.

Components of the Integrated Air Defence Weapon System (IADWS)

  • The IADWS integrates three advanced weapon systems — QRSAM, VSHORADS, and DEW — controlled by a Centralised Command and Control Centre developed by DRDL, Hyderabad.
  • Together, QRSAM, VSHORADS, and DEW make IADWS a multi-layered, mobile, and technologically advanced defence shield capable of countering a wide spectrum of aerial threats.

Quick Reaction Surface-to-Air Missile (QRSAM)

  • Developer: DRDO
  • Role: Provides a protective shield to moving Army armoured columns against enemy aerial threats.
  • Range: 3–30 km
  • Features: Configured on highly mobile platforms with the ability to search, track, and fire on the move.
  • System Components: Automated command and control, two radars (Battery Surveillance Radar & Multifunction Radar, both with 360° coverage), and a launcher.

Very Short Range Air Defence System (VSHORADS)

  • Developer: Research Centre Imarat (RCI), Hyderabad
  • Type: Fourth-generation, man-portable air defence system (MANPAD).
  • Range: 300 m – 6 km
  • Capability: Neutralises drones, UAVs, and other aerial threats, usable by Army, Navy, and Air Force.

Directed Energy Weapon (DEW)

  • Developer: Centre for High Energy Systems and Sciences (CHESS), Hyderabad
  • Type: Vehicle-mounted Laser DEW MK-II(A)
  • Range: < 3 km
  • Recent Demonstration: In April, successfully destroyed UAVs and swarm drones by causing structural damage and disabling sensors.
  • Significance: Places India among a select group of nations with operational directed-energy systems.

Strategic Significance of the IADWS

  • The Integrated Air Defence Weapon System (IADWS) is strategically important as it can neutralise diverse aerial threats — from high-speed to low-speed, and fixed-wing to rotary-wing aircraft — within a 30 km range. 
  • Its indigenous command and control system and fully homegrown weapons mark a major milestone in India’s defence self-reliance
  • The maiden test demonstrated effective integration of missiles and directed energy weapons, strengthening India’s multi-layered air defence with faster response capability and reduced reliance on foreign systems. 
  • Officials view the test as both a strategic leap in indigenous defence capability and a stepping stone towards Mission Sudarshan Chakra.
    • PM Modi has announced Mission Sudarshan Chakra, a multi-layered, networked defence system designed to protect India and its critical installations from diverse enemy attacks. 
    • The shield will integrate surveillance, cybersecurity, and air defence systems to provide layered protection against threats such as long-range missiles, aircraft, and unmanned aerial vehicles. 
    • Covering both border areas and vital national assets, the mission aims to create a comprehensive security framework capable of detecting, intercepting, and neutralising threats across multiple domains.

India’s Air Defence Success in Operation Sindoor Aftermath

  • During the hostilities that followed Operation Sindoor, Indian air defences successfully intercepted Pakistani missiles and drones
  • Key systems such as the S-400 Triumf, Barak 8 MRSAM, and the indigenous Akash missile were deployed, while the Armed Forces activated an Integrated Counter-UAS Grid alongside other air defence measures. 
  • Together, these systems effectively neutralised enemy threats, underscoring the robustness of India’s layered air defence capability.

Source: IE | TH | IE

DRDO Air Defence System FAQs

Q1: What is the Integrated Air Defence Weapon System (IADWS)?

Ans: It is a multi-layered defence system with QRSAM, VSHORADS, and DEW, capable of neutralising diverse aerial threats within a 30 km range.

Q2: Which components make up the IADWS?

Ans: The system includes QRSAM missiles, VSHORADS man-portable missiles, and a laser-based Directed Energy Weapon, all controlled by a centralised command centre.

Q3: Why is the IADWS strategically significant?

Ans: It boosts indigenous defence, reduces reliance on foreign systems, integrates missile and laser weapons, and is a step towards Mission Sudarshan Chakra.

Q4: Where was the IADWS tested?

Ans: The first successful flight-tests were conducted off the coast of Odisha at Chandipur, confirming its precision and effectiveness against multiple aerial targets.

Q5: How did Indian air defence perform in Operation Sindoor aftermath?

Ans: Systems like S-400, Barak 8, and Akash, with an Integrated Counter-UAS Grid, intercepted Pakistani missiles and drones, showcasing India’s layered defence capability.

India’s Dairy Model: Competitiveness, Efficiency, and Emerging Challenges

India dairy sector challenges

India Dairy Sector Challenges Latest News

  • Unlike crops such as maize, where US farmers enjoy far higher yields and lower prices than their Indian counterparts, India’s dairy sector remains globally competitive
  • While American corn is far cheaper due to productivity advantages, this price edge does not extend to milk. 
  • India’s unique low-cost dairying model—built on smallholder farmers feeding cattle crop residues and byproducts—keeps milk production costs low. 
  • This makes Indian milk prices competitive internationally, even without large-scale industrial farms, highlighting dairying as one of the few agricultural sectors where India matches global efficiency.

Dairy Industry in India

  • India has been the largest milk producer for over two decades, contributing about 25% of global milk output and 5% to the national economy
  • In 2024, production was estimated at 239 million metric tonnes (MMT).
  • The dairy sector employs over 80 million farmers, serving as a key livelihood source for rural households, especially small and marginal farmers.
  • India’s dairy market was valued at USD 135.3 billion in 2024, projected to grow to USD 274.09 billion by 2032 at a CAGR of 9.33%.

Production and Export

  • India is not only the largest milk producer but also among the leading global exporters of dairy products. 
  • Major producing states include Uttar Pradesh, Maharashtra, Himachal Pradesh, Madhya Pradesh, Rajasthan, Punjab, and Tamil Nadu.

Government Initiatives

  • To boost productivity and support farmers, several initiatives have been launched, including:
    • Rashtriya Gokul Mission
    • National Dairy Development Board (NDDB) programmes
    • State Cooperative Dairy Federations
    • National Programme for Dairy Development (NPDD)
    • Dairy Entrepreneurship Development Scheme (DEDS)

Price Competitiveness in Milk

  • The Federal Milk Marketing Order (FMMO) in the US fixes monthly minimum prices for four classes of milk – fluid, soft dairy products, cheese, and butter/powder. 
  • In July 2025, these averaged about Rs 36.7 per litre for milk with 3.5% fat content.
  • Indian dairies, such as in Maharashtra, paid farmers Rs 34 per litre for comparable milk quality. 
  • This places India’s farmgate milk price at par with or slightly below the US, and significantly lower than the European Union’s Rs 55.6 per litre.

Yield Comparisons

  • Milk yields in India are much lower – only 1.64 tonnes per cow annually, compared with 4.6 tonnes in New Zealand, 7.3 tonnes in the EU, and 11 tonnes in the US.
  • Despite low yields, India’s production costs remain competitive because dairying is labour-intensive
  • Tasks like feeding, milking, cleaning sheds, and managing fodder are performed manually at relatively low wage costs. 
  • In contrast, Western dairy farms rely heavily on costly automation and machinery.

Processing and Marketing Efficiency in India’s Dairy Sector

  • In the US, whole milk retails at about Rs 100.4 per litre, while Indian cooperative brand Amul sells toned milk at Rs 55–57 per litre. 
  • After adjusting for fat content, Indian farmers receive 55–57% of the consumer price, compared to just 35% in the US
  • This highlights India’s strong farm-to-consumer efficiency
  • The Gujarat Co-operative Milk Marketing Federation (GCMMF) goes further, sharing over three-fourths of the consumer rupee with farmers—paying them Rs 44–45 per litre for cow milk and Rs 65–66 for buffalo milk, much higher than private dairies. 
  • Such efficiency stems from streamlined procurement, processing, transport, and marketing systems within cooperatives, which aim to maximise farmers’ share in the final retail value of milk.

Challenges to India’s Dairy Competitiveness

  • India’s dairy sector is currently competitive mainly due to low-cost and unpaid family labour, with farmers focusing on recovering only out-of-pocket expenses like feed or veterinary care. 
  • However, this model is becoming unsustainable as farm labour grows scarce and costlier, and even family members face rising opportunity costs with better education and alternative jobs. 
  • Unlike New Zealand, India lacks large pastures for low-cost grazing, and unlike the US, it cannot rely on heavy mechanisation due to high capital and energy costs. 
  • While the US produces milk from just 24,470 large farms, India depends on over 50 million small farmers and 110 million animals. 
  • To stay globally competitive, the future of Indian dairying will require selective mechanisation, genetic improvement of breeds, better breeding technologies, and cultivation of high-yield protein-rich fodder grasses
  • Sustaining competitiveness must shift from reliance on cheap labour to efficiency and productivity gains.

Source: IE | FB | IE

India Dairy Sector Challenges FAQs

Q1: Why is India’s dairy sector globally competitive?

Ans: Smallholder farmers use crop residues and byproducts, keeping production costs low and milk prices internationally competitive despite low yields.

Q2: How do Indian milk prices compare globally?

Ans: Indian farmgate milk prices (~Rs 34/litre) are at par with the US and New Zealand, but much lower than the EU’s Rs 55.6/litre.

Q3: What makes India efficient in processing and marketing milk?

Ans: Cooperatives like Amul ensure farmers get 55–75% of consumer prices, compared to 35% in the US, through efficient procurement and value-chain management.

Q4: What challenges threaten India’s dairy competitiveness?

Ans: Dependence on cheap family labour, lack of pastures, high mechanisation costs, and low productivity pose risks to long-term competitiveness.

Q5: What future strategies are needed for India’s dairy sector?

Ans: Selective mechanisation, genetic improvement of breeds, better fodder cultivation, and productivity-driven models are essential to sustain global competitiveness.

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