This is a simple smart thermostat project in which the room temperature can be checked with an accuracy of 0.5°C on a smartphone or computer through Blynk. The ESP8266 microcontroller is perfect for IoT projects as it has low cost, small size and low power consumption depending on reading intervals.

This is a repository of the lighting project that will be installed in the Samambaia Complex.

Hydroponics, a modern approach to agriculture, involves growing plants without soil. In this method, plants are suspended in water and provided with essential nutrients. The aim of this project is to build a IoT-based automated hydroponic system, which can effective in outdoor farming as well as indoor farming.

IoT Based IV Fluid Controlling System helps to automates the monitoring and controling of IV fluid..

Arduino / ESP32 Project - Automatic dog feeder

This project is the development of a temperature and humidity monitoring system using the DHT11 sensor and an OLED I2C SSD1306 display with Arduino microcontrollers. The core technology utilizes a combination of an ESP8266 Wi-Fi microcontroller and a MAX30105 sensor. This sensor gathers data on heart rate, oxygen saturation, and body temperature.

Proyectos realizados en las plataformas Wokwi y Blynk para el curso "Internet de las Cosas IoT" de la escuela Tecno3F.

Connecting an ESP32 to Blynk with Thingspeak for feedbacks.

IoT-based Smart Home system using ESP-32 and Arduino IDE, integrating Blynk Cloud, IFTTT, and Telegram Bot AP

School Project: Automatic Plant Monitoring System

A rc car controlled from mobile via through Esp 12-E or NodeMCU 1.0

Collection of projects

IoT project with ESP8266 and Relay module

This is a code that can be used to control relays with push buttons and MQTT. It gives the user a lot of flexibility to customize the code to fit their own needs. I think it would be a great tool for anyone looking to build their own solutions for controlling relays.

This repository is for learning NodeMCU (ESP8266).

A straightforward Arduino project for monitoring water levels, created for the "General Electronics Systems" course at the University of Brescia.

Automatic fish feeder using ESP8266 integrated with Blynk

Used NodeMCU 32bit ESP8266 & Relay module as hardware. Apart from these, I used different platforms: Google Assistant, IFTTT, Adafruit or Blynk. On giving trigger to Google assistant from smart phone, it turns on or off the home appliances

Optimization (Design and Construction) of IoT based NFT Hydroponics System

Home Automation IOT