AutoCage is a modular, automated live-capture cage trapping system that improves operational efficiency and reduces animal welfare impacts. It replaces mechanical triggers with intelligent sensing, supports remote connectivity, AI classification and remote non-target release.
Scientists taking part in the Icarus-initiative are working together to develop a satellite-based system to observe small animals such as birds, bats and turtles.
Project HEAT (Human Elephant Alert Technology) aims to build an affordable alert system to warn of potential human-elephant conflict incidences using low-cost thermal sensors.
This R&D project serves as a testbed for distributed edge AI systems in conservation, using multimodal sensors and autonomous monitoring to enhance wildlife tracking, behavior analysis, and ecological research.
Akili is a conservation-focused, user-centric platform that stores field sensor data and provides access to a marketplace of AI models for streamlining data analysis workflows to accelerate decision-making for conservation practitioners.
AutoCage is a modular, automated live-capture cage trapping system that improves operational efficiency and reduces animal welfare impacts. It replaces mechanical triggers with intelligent sensing, supports remote connectivity, AI classification and remote non-target release.
BatEchoMon, India’s first automated bat monitoring system, was developed to aid bat researchers by identifying species, recording calls, and processing data in real-time. The primary aim is to streamline bat research by automating data collection and species identification, significantly reducing the time and effort required for manual data proce...
Bio-Sentinel QA is an open-source automated validation framework designed to bring enterprise-grade software reliability to the field of conservation AI. This project addresses the "siloed" nature of current wildlife monitoring models like MegaDetector and BearID. The framework introduces a structured "Test Pyramid" that goes beyond simple accuracy...
Scientists taking part in the Icarus-initiative are working together to develop a satellite-based system to observe small animals such as birds, bats and turtles.
Project HEAT (Human Elephant Alert Technology) aims to build an affordable alert system to warn of potential human-elephant conflict incidences using low-cost thermal sensors.
This R&D project serves as a testbed for distributed edge AI systems in conservation, using multimodal sensors and autonomous monitoring to enhance wildlife tracking, behavior analysis, and ecological research.