Implementación de un prototipo para la detección de radiación uv a través del protocolo esp-now en un dashboard web : trabajo de integración curricular presentado como requisito para la obtención del título de tecnólogo superior en redes y telecomunicaciones.

Abstract

This curricular integration work addresses the development and implementation of a prototype for the detection of ultraviolet (UV) radiation, using the ESP-NOW protocol and a web interface based on Arduino IoT Cloud. The central objective of the project is to create a system for real-time measurement and visualization of UV radiation levels. The prototype relies on a UV radiation sensor to capture measurement readings, which are then transmitted to the ESP32 microcontroller via the ESP-NOW protocol. This microcontroller processes the received data and sends it to a server in the cloud for visualization. The system consists of two main elements: the UV radiation sensor and the communication of the ESP32 boards through the SP protocol. The construction and design of the prototype is done on a Bakelite board, while the programming of the microcontroller is done in the Arduino IDE environment. and the information is visualized on the Arduino IoT Cloud dashboard. This dashboard presents real-time data and uses color coding to display UV radiation levels: green for low levels, orange for moderate levels, and red for high levels. The results obtained demonstrate the measurement and visualization of UV radiation, fulfilling the project objectives and validating the feasibility of using wireless communication technologies and cloud platforms for environmental monitoring.