Abstract

The Chipko Movement, a poignant symbol of nonviolent protest and ecological awakening in 1970s India, ignited a worldwide consciousness for forest conservation. Orchestrated primarily by rural villagers, particularly women, the movement valiantly shielded trees and woodlands from government-sanctioned logging. Despite its historic significance, the specter of unlawful deforestation still casts a shaengadow, masterminded by an alleged land mafia that devastates biodiversity and forest-dependent communities. This research embarks on a transformative mission to combat deforestation by introducing an innovative auto-survival model, ingeniously constructed upon the foundation of the Internet of Things (IoT). Embracing an interdisciplinary approach, the study delves into the seamless fusion of IoT technologies for real-time monitoring and analysis, empowering forest authorities to thwart illegal logging with unparalleled precision. At the heart of the study lies the meticulous architecture of the IoT system, meticulously crafted through an engineering prism and fortified with formidable security measures. Guided by the Secure by Design principle, the research astutely tackles potential vulnerabilities, erecting an impregnable fortress to safeguard forest resources. Illuminating a novel trajectory for forest preservation, this research envisions a future where technology and environmental stewardship harmonize, nurturing a sustainable and flourishing ecosystem. The proposed IoT-driven solution stands as a testament to unwavering pursuit of knowledge and innovation, issuing a resounding call for collaboration and further inquiry. By doing so, it empowers global conservation endeavors to treasure and uphold our verdant heritage for generations to come.

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