IntroductionThis paper presents a novel approach to Wildlife Monitoring through non-invasive methods. The idea was originally developed and presented at a hardware hackathon held in 2022 and has not been implemented in practice. Accurate and non-invasive monitoring of wildlife is critical for conserving endangered species and managing ecosystems. Traditional methods, such as GPS collars and radio telemetry, often involve physical handling or tagging, which may cause stress and alter natural behaviors. Recent advancements in IoT and biotechnology present opportunities to revolutionize wildlife monitoring by minimizing human intervention and animal disturbance.This study explores an innovative solution combining IoT sensors, robotic mechanisms, and biotechnology. By leveraging tissue culture to encapsulate robotic systems in a bioengineered exoskeleton, this approach aims to seamlessly integrate technology with the animal’s natural environment, preserving authenticity and improving data accuracy.