How drones are the new face of Modern warfare

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How drones are the new face of Modern warfare
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How drones are the new face of Modern warfare

Context: India’s Operation Sindoor in the wake of the Pahalgam terror attack has marked a notable shift in the country’s adoption of Unmanned Aerial Vehicles (UAVs) in combat.

Global Examples:

  • Nagorno-Karabakh War (2020): 
  • Ukraine (Operation Spider Web):.

Myanmar: Rebel forces use 3D-printed drones (e.g., Liberator MK2) .

How are drones transforming modern warfare? 

  • Force Multipliers: They allow remote targeting, precision strikes, and real-time surveillance without risking pilot lives.
  • Asymmetric Tools: Their low cost and adaptability enable even non-state actors or technologically inferior militaries to contest superior forces.
  • Current applications: Additionally, UAVs are increasingly used in: Border surveillance and anti-smuggling operations,Targeted assassinations of high-value terrorist figures & Logistics in terrains inaccessible to conventional vehicles.

How drones are the new face of Modern warfare

How do drones function in modern military operations?

  • Surveillance and Reconnaissance: Equipped with cameras, infrared sensors, and radar, they provide real-time intelligence.
  • Precision Strikes: Armed drones like MQ-9 Reaper deliver targeted firepower with reduced collateral damage.
  • Logistical Support: Delivery of supplies, ammunition, and medical aid to isolated areas.
  • Electronic Warfare: Disrupting enemy communications or radar via signal interference.
  • FPV (First-Person View) Drones: Agile and small UAVs for urban combat and kamikaze-style attacks.

What technologies are employed in anti-drone warfare?

  • Signal Jamming: Disrupting control or GPS links.
  • Kinetic Kill Systems: Use of anti-aircraft weapons or drones to physically destroy UAVs.
  • Drone-on-Drone Combat: Interceptor drones neutralise hostile UAVs mid-air.
  • Directed Energy Weapons: Laser systems offer precise, scalable, and cost-effective anti-drone solutions.

What are the ethical concerns associated with autonomous drones?

  • Delegation of Kill Decisions: AI-driven drones making life-and-death choices without human intervention.
  • Lack of Moral Agency: Machines cannot understand or respect humanitarian values.
  • Desensitisation to Violence: Risk of making warfare more impersonal and frequent.Loss of Accountability: In the absence of a clear human operator, assigning legal responsibility becomes complex.

What strategic shift does India’s Operation Sindoor reflect in drone warfare doctrine?

What is the future trajectory of drone warfare?

  • AI Integration: Autonomous drones capable of mission execution with minimal human input.
  • Swarm Technology: Coordinated attacks using multiple low-cost drones overwhelming defenses.
  • Miniaturisation: Smaller, stealthier UAVs harder to detect and counter.
  • Proliferation: Wider availability to non-state actors and rogue regimes.

Global Arms Race: Nations investing heavily in drone tech to avoid strategic disadvantages.

Operation Sindoor, launched after the Pahalgam terror attack, demonstrates India’s shift towards integrating drones with standoff weaponry in combat, marking:

  • Doctrinal Transformation: A move from traditional manned responses to remotely piloted systems.
  • Expansion of Strategic Ambiguity: It widens the scope for non-conventional retaliation without escalating to nuclear conflict, especially vis-à-vis Pakistan.
  • Integration with Air Defence: India’s use of drones in both offensive and defensive roles (intercepting missile and drone attacks from Pakistan) underlines their dual utility.

What is the significance of the military-commercial crossover in drone technology?

The blurring line between commercial and military drones has:

  • Lowered Entry Barriers: Commercially available drones are modifiable for offensive use with open-source software and cheap hardware.
  • Expanded Asymmetric Warfare: Non-state actors like rebels and terrorists can exploit drone capabilities.
  • Enabled Rapid Prototyping: Technologies like 3D printing allow mass-scale production of drone parts in battlefield zones (Ukraine, Myanmar).
  • Challenges Conventional Security Models: Civilian airspace and public infrastructure are now vulnerable to attacks using repurposed drones.

 


 

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The Source’s Authority and Ownership of the Article is Claimed By THE STUDY IAS BY MANIKANT SINGH

 

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