Design of a prototype remote monitoring system for the protection and conservation of territories in the Colombian Amazon Rainforest

This study presents the design and implementation of a prototype Remote Monitoring System (RMS) adapted to the climatic and geographic conditions of the Colombian amazon rainforest. The system has been developed to address the challenges faced by monitoring and conservation efforts in protected areas. The prototype integrates three modules: a remote sensing module using radar technology and a pan-tilt-zoom (PTZ) camera to detect and visualize unauthorized activities; a telecommunications module employing a satellite system for real-time data transmission; and an autonomous power supply module based on a photovoltaic system. The system's functionality was assessed through a field experiment in the Amacayacu National Natural Park, where its capacity to monitor the real-time movement of vessels on the Amacayacu River, identify potential threats, and generate e-mail alerts with pertinent information was evaluated.