There are 1 repository under arduino-esp8266 topic.
Example code for using ESP8266 Development Boards with various electronic and mechanical components.
esp8266 framework stack for easy configurable applications
Vehicle Area Network (VAN) bus packet reader/writer
Live data from your PSA vehicle (Peugeot, Citroën) on your smartphone or tablet, directly from the VAN bus
ボクにもわかるIoTモジュール ESP-WROOM-02 ESP-WROOM-32; Lerning IoT Programing for Arduino ESP8266 and ESP32
SmartConnect is a smart home automation system that utilizes Altium, ESP8266, Pzem004T, Flutter app, and Firebase backend. The system monitors and controls electrical devices in the home, providing real-time power consumption monitoring and alerts for abnormal power usage
:symbols: Arduino Library for ESP32/ESP8266 - composition oriented internet of things framework that provides simple and extendable architecture, handles device setup (WiFi setup, MQTT and application specific configuration), network connectivity, MQTT telemetry protocol and more...
The USB Host Shield contains all of the digital logic necessary to implement a full-speed USB 2.0 host controller with your ESP8266 microcontroller. Create a new game, control robots, or implement smart home automation solutions with an old unused USB controller-it is a plug-and-play WiFi solution.
Config WiFi connection with web captive portal
Arduino IR codes for the remote control of the Peugeot 406 multi-functional LCD display type "C"
An interactive companion pet robot on ESP8266 (Arduino platform) with audio synthesis module and Android phone app for communication.
Socket IO client for esp8266
A New Paradigm for Robotics Control with Firebird and Arduino for Reimagining Firebird-Arduino Interactions.
Arduino IR codes for Kallox/Metechs motorized curtains/blinds
A simple Arduino example for self-updating ESP8266 boards over the Internet and network.
ESP8266 based DMX dimmer with countdown function (2h, 4h, 6h, 8h) for dimming 4 Channels via DimmerPacks
As part of the thesis, a system was created that gives remote users at http://www.nerezisca-meteo.com/ an insight into current meteorological data as well as historical data display. The parameters to be measured are temperature, humidity, air pressure, solar radiation, wind speed and direction, carbon dioxide, carbon monoxide and air quality. The system collects data from sensors using two Arduino microcontrollers and sends them over the local TCP / IP network using the MQTT protocol to the Raspberry PI on which uses the Node-RED framework to store data in a SQLite database and display meteorological data locally on the system application interface. Using the NGINX web server and Dataplicity service, the purchased web domain was redirected to the system application interface.
Arduino ESP8266 library - Intercept some crash events that result in Hardware or Software WDT Resets. Cache the results across reboot.
Arduino ESP8266 Device Library for the MAX31855K with the option to apply linear corrections to non-linear thermocouple response.
:cloud: Microsoft Azure with the Arduino