Innovative Device for Wildlife Control
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Article Summary
Sustainable Solutions for Human-Wildlife Conflict in Kerala: 'Farm Guard' Device
Innovation and Development:
- Device Name: Farm Guard
- Developers: Jishoy V.V., Abhijith S., Varsha Unni K.
- Function: Intelligent animal repelling device; non-lethal deterrence for wildlife.
Technical Features:
- Design: Lightweight and portable; suitable for farmers in wildlife conflict regions.
- Operation:
- Sensor-based activation.
- Emits sound and light in varied patterns and frequencies unrelated to animal sounds.
- Functions in both day and night modes with 360-degree sensors.
- Continuously monitors the surroundings and is placed along farm boundaries.
- Power Source:
- Rechargeable battery; chargeable via AC power or solar power panels.
Targeted Wildlife:
- Initially designed to deter wild boars, later expanded to address issues with wild elephants.
Recognition:
- Event: First prize at the 'Agri Rural Ideathon 2026'.
- Organizer: K-AgTech LaunchPad; a NABARD-funded project in collaboration with Kerala Agricultural University (KAU) and Western Sydney University.
Contextual Importance:
- Human-Wildlife Conflict: Kerala facing significant issues regarding the interaction between farming communities and wildlife, particularly elephants and boars.
- Sustainability Focus: Emphasis on non-lethal methods to mitigate conflict, contributing to sustainable agricultural practices.
Economic Implications:
- By reducing human-wildlife conflict, the technology could help secure farmers' livelihoods and promote agricultural sustainability, aligning with broader economic development goals.
This development reflects a proactive approach to addressing ecological and agricultural challenges in the region, showcasing innovations that are relevant for both local agricultural practices and broader environmental sustainability.
Key Terms & Concepts
| Farm Guard | Animal repelling electronic device |
| Agri Rural Ideathon 2026 | Event for agricultural innovation |
| NABARD | Funding organization for projects |
| Kerala Agricultural University | Collaborative project partner |
| Western Sydney University | Collaborative project partner |
| 360 degree sensors | Monitoring technology feature |
| Rechargeable battery | Power source for device |
| Solar power panel | Alternative charging method |
| Wild boars and elephants | Target animals for device |




