Development of a methodological framework for autonomous environmental monitoring: Smart sensor networks and real-time detection of anthropogenic threats in the Congo Basin

The Congo Basin, often described as the green lung of Africa, is not only a vast expanse of tropical forest: it is a vital space for millions of people, a refuge for exceptional biodiversity, and a global climate regulator. Yet, every day, trees fall under the pressure of deforestation, rivers darken due to pollution, and soils are dug up by mining activities. These threats are not abstract: they directly affect families who depend on the forest for food, shelter, and the transmission of traditions. Faced with this reality, it becomes urgent to give a voice to the forest and its inhabitants.
The approach we propose—autonomous monitoring based on smart sensors and real-time analysis—turns technology into an ally of communities. Sensors become the “eyes” and “ears” of the forest, capable of signaling an anomaly before it becomes a disaster. Researchers gain access to reliable data, decision-makers obtain tools to act quickly, and local populations acquire a means to protect their environment. Early results show that this innovation goes beyond technology: it embodies a new way of defending the forest, placing humans and nature at the heart of the same vigilance.