Objective: To design and implement a comprehensive platform for the real-time tracking, traceability, and monitoring of infusion pumps, incorporating a prototype of a peristaltic infusion pump, with the purpose of optimizing intravenous therapy monitoring and enhancing the efficiency of medical and nursing staff. Materials and methods: A prototype of a peristaltic infusion pump was developed using 3D printing, a method that enables the precise and customized creation of highly durable and functional components. The prototype integrates microcontrollers and sensors capable of detectinganomalies during drug administration, ensuring constant flow control. In parallel, a digital platformwas designed with access through a web interface, allowing continuous real-time monitoring ofthe pumps. This low-cost solution, developed in Bolivia, aims to facilitate implementation insettings where existin...