"This project enhances safety and monitoring in areas like military missions, rescue operations, student tracking, and employee supervision. It features a status indicator for emergencies, supports cloud or SMS alerts, and updates every 30 seconds.

This channel collects the data from a rain sensor to protect crop automatically

This channel logs real-time environmental data using an ESP32 microcontroller with GY-8511 UV sensor, AM2320 temperature & humidity sensor, and a 16x2 LCD display. It also includes a buzzer alert for high UV levels. Data is uploaded every 20 seconds.

SWARS is the proper example of how technology help make the world a better place by making our environment clean with less effort

Green Guardian Bot-X – Smart Plant Care & Security Robot Green Guardian Bot-X is an innovative Arduino + IoT-based smart robot designed to automate plant care and enhance environmental monitoring. This multifunctional bot combines mobility, obstacle

Proyecto MTU sensor DHT11

Real-time data from ESP32 and DHT22

Designing electronics circuits

Smart Power Management System using ESP32 and React. Monitors battery, solar/grid power, efficiency, and weather conditions.

This channel is used to monitor the temperature of pellet boilers and chillers in Student Residence No. 1. Ky kanal përdoret për të monitoruar temperaturën e kaldajave dhe chillerave në Rezidencën Studentore nr. 1 (RSU 1). Tirana, Albania

This channel is used to monitor the temperature of pellet boilers and chillers in Student Residence No. 1. Ky kanal përdoret për të monitoruar temperaturën e kaldajave dhe chillerave në Rezidencën Studentore nr. 1 (RSU 1). Tirana, Albania

This channel is used to monitor the temperature of pellet boilers and chillers in Student Residence No. 1. Ky kanal përdoret për të monitoruar temperaturën e kaldajave dhe chillerave në Rezidencën Studentore nr. 1 (RSU 1). Tirana, Albania

Implementasi Sensor DHT22 untuk Optimalisasi Sistem Monitoring Temperatur dan Kelembapan Cold Storage berbasis IoT dan Cloud di PT. Syngenta Seed Indonesia - Pasuruan Site - Project Magang

This IoT project uses a NodeMCU to measure Wi-Fi signal strength (RSSI) and upload data to ThingSpeak. The signal strength is tracked using the WiFi.RSSI() function and visualized over time for network diagnostics and environment analysis.

Simulated IoT data for a shipboard PV system in Kotor, Montenegro. Solar irradiation is based on daily values from the Global Solar Atlas. Data is generated using MATLAB and updated every 30 seconds to reflect realistic marine solar energy conditions.