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8 August 2026

Kerala AI-driven human-wildlife conflict management

This topic introduces a specific, named technological intervention (Farmguard) for mitigating human-wildlife conflict, which is a recurring theme in environmental conservation and agricultural protection questions.

1 min read Day 2 of 2 1 questions 1 prelims

Notes

  • Kerala has deployed an AI-driven digital sentry system, 'Farmguard', to mitigate human-wildlife conflict.
  • The system is currently operational in six high-risk forest zones across Thiruvananthapuram, Kollam, Thrissur, and Palakkad districts.
  • Technology stack includes machine learning, night-vision capabilities, and high-resolution cameras to differentiate between living creatures and inanimate objects.
  • The system monitors a 200-metre radius and uses integrated algorithms to identify specific species like elephants, wild boars, leopards, tigers, bears, and gaurs.
  • Real-time alerts are transmitted to forest officials and Rapid Response Teams (RRTs) via SMS, WhatsApp, and Telegram.
  • The system employs a multi-frequency acoustic defence mechanism, cycling through simulated threats (e.g., machine gun fire, grenade blasts, crowd noise) and infrasound to deter animals without causing physical harm.

Part of a longer story

This is day 2 of 2 in Kerala human-wildlife conflict mitigation initiatives, which has been running since 28 July 2026. Reading it whole is usually worth more than reading today alone — the exam asks how something developed.

Questions

  1. Examine the role of emerging technologies in mitigating human-wildlife conflict in India. Discuss the potential of AI-driven surveillance systems in balancing biodiversity conservation with the safety of forest-fringe communities. 150 words
    Attempt this — 150 words in 8 min
    0 / 150 words 8:00

Prelims

  1. The 'Farmguard' system, recently in the news for managing human-wildlife conflict, primarily utilizes which of the following technologies to deter animals?