Every CPU hides a temperature sensor. Read it with one microcontroller, two wires and zero extra components.
DS18B20 thermostat with RC5 remote, EEPROM logger, and Bluetooth app
Temperature, humidity, pressure and air quality on a 240x320 display: auto day/night dimming, history charts, alarms, JSON/CSV export.
A deterministic, 6-task FreeRTOS room monitoring system on the STM32F103C8T6 using STM32Cube HAL, Wokwi, Unity unit tests, and Cppcheck.
Monitor temperature and relative humidity remotely using a DHT11 sensor, NodeMCU ESP8266 and KiwisIoT.
DIY Arduino hot air SMD rework station.
A small 4-layer ESP32-S3 board with native USB-C, an ENS210 sensor and an RGB LED. Designed in KiCad 9, made by JLCPCB, worked first time.
Upgrade old manual kiln to a digital controller with firing schedules (ramp, target, hold) and data logging.
ESP32 powered LED matrix displaying real-time news, weather, stock, date, time, barometer data, menu and web interface with notification.
BrewBench - Is an Arduino home brewing kettle temperature monitor, controller and notification system. It can work as a RIMS system.
An AM2301 sensor, firmware written in the browser and a phone alert, all on your own server. No cloud account.
A simple connected clock and weather report using ESP8266, MAX7219 LED matrix display, and DHT11 temperature and humidity sensor.
I want to show you how to make an application and connect it with the Arduino 101 platform for Internet of Things applications.
Using MQTT, NodeMCU, DHT22, RaspberryPi and IoT MQTT Panel to monitor temperature and humidity.
This Coronavirus Doorbell will detect people with high fever outside your home.
Desk weather monitor on W55MH32-ADK: AHT20 indoors, Open-Meteo outdoors over Ethernet, rainy UI when Hong Kong is wet.
Build a smart mirror that will give you useful information while getting ready in the morning
This project is about control of temperature in values of 23 and 25 grades and control for hysteresis using DHT22 and Arduino 101.
Life Band monitors the health conditions of elderly up to date and provide immediate medical assistance if necessary. (needtoupdate thecode)
Publish your Arduino input in real-time so it can be accessible on the internet without taking care of server side.
Make a thermostat from available modules that you can control via a web browser over local WiFi.
This tutorial describes how to use the Omron D6T Thermal Sensor to detect seat occupancy by measuring temperature with the Arduino board.
WiFi weather station with sending data on line and graphical rendering of them.
Control temperature for up to 8 separate processes! Cooling/heating control with humidity sensing. Based on Arduino and DS18B20/DHT22.
