A platform to serve as a base for nodemcu-firmware Lua applications

Homebridge platform plugin that support's a network of nodemcu's running nodemcu-dht-yl69-mdns to display Temperature and Humidity.

Roomba control library for NodeMCU platform

apa102 (dotstar) lights driven on the nodemcu platform for the esp8266 SoC

An AI-like handheld interactable full of emotion companion pet made with ESP32 NodeMCU via Arduino Platform.

A small library to control the makerbase servo42c via UART from an ESP32 Wroom32 NodeMCU. Written in cpp for vstudio with platform.io.

Send Temperature Sensor Data from NodeMCU ESP8266 to ThingSpeak Cloud Platform

A micro-service eLUA / MQTT platform for the IoT World with NodeMCU

Read pH sensor and send data to Favoriot Platform using NodeMCU

In the heart rate monitoring project, we set up the heart rate sensor using a nodemcu board that uses the ESP32 chip. We then transfer the information received from the sensor to the IoT platform.

Internet of Things is becoming so popular in today’s era, Now-a-days people are used to implementing the features of the IoT in verities of fields. Now, with the evolution of the technology with IoT, we are able to control and monitor our electronic, and electrical devices from anywhere in the world. Here in our project, we have introduced a smart IoT-based water monitoring and controlling system which will eventually reduce the wastage of the water. The system we have developed can be able to control the electric water pumps and eventually our system can switch on and off the pump based on the capacity of the water inside the water tank. Our proposed concept and project are very helpful and will eventually reduce the wastage of water. In this project, we have used NodeMCU ESP 8266 board as the main microcontroller board, the ultrasonic sensor module used to detect the water level of the tank, and one relay module which will control the electric pump. In this project work, the Blynk platform has been used to get connected with the internet and control and monitor purposes. The Blynk is a cloud platform where anyone can build projects related to the Internet of Things. So, we actually plan the whole project to build a specific device enabled with IoT to meet our holy goal to save water and reduce the wastage of water in the time of filling the water tanks in our houses and government water tanks. Introduction: Water is the basic necessity and most significant resource of our planet, for the functioning of all life forms that exist on earth water is the prime necessity. Without water, we cannot imagine any life form that exists in the world. But, In the present scenario due to the increase in pollution and other harmful effects caused by humans the global average temperature is rising day by day. It is very painful to see that we are wasting water where lots of people are not getting proper drinking water. One of the major problems we are facing in our houses and society is the wastage of drinking water. Today, even in our village areas the people are installing the electric water pump which is used to pump the water from the ground and store that water in tanks but in this process sometimes water overflowed from the water tank due to lack of concentration of the person who is responsible for controlling the electric pump. For that stated reason, lots of gallons of water are wasted in a whole day. This project is dealing with IoT-based water level monitoring and controlling system. Our system is IoT-based for that reason anyone can control our system remotely from anywhere in the world. This system can monitor the water level in the water tanks and can control the pump based on the water level with or without any human interactions. Only the person or organization has to set up the whole system at once only for one time and the system will work automatically even without human interactions.

nodeMCU client program for IoTgo platform

Front-end: html, css, js * Back-end: PHP, C * Database: mysql * Platform: Web App * Hardware: nodeMCU esp8266

Test Platform IoT Cayenne mydevices & ESP8266 12E NodeMCU

Hardware Library for Konekted IoT Platform Compatible with Arduino and NodeMCU

Full description on how to send data from ESP8266 or NodeMCU to Qubitro IoT platform

This repository provide a detailed guide on how to set up ESP8266 or NodeMCU to Thingspeak IoT Platform

The RFID attendance system is developed with the IoT platform. I have used the NodeMCU ESP8266 development board with MF-RC522 Module to send the RFID card UID

ENIGMA is a command-line IoT security toolkit powered by the ESP32 NodeMCU, designed for real-time wireless signal monitoring, basic attack simulation, and hands-on cybersecurity research. It provides a modular and educational platform for ethical hackers, students, and professionals to explore wireless vulnerabilities safely.

The ESP8266 IO Board is a didactic development platform specially designed for teaching and learning embedded systems and IoT programming. Based on the popular NodeMCU (ESP-12E) module, this board provides a ready-to-use environment where students can focus on coding, testing, and understanding real-world applications.

No description available

This repository has code for Dimming the AC appliances using NodeMCU and Blynk IOT platform

NodeMCU platformIO server

Bus Pirate-like functality on NodeMCU platform

two motor drone using esp8266(nodemcu) on arduino platform

NodeMCU is a low-cost open source IoT platform.

Repo for my DFRobot Devastator platform powered by Nodemcu w/Motorshield

Simple Starter project for creating IoT sensors using the NodeMCU platform.

ESP8266/NodeMCU | Temp/Humi Sensors | OLED Screen | 3.3V Power Relay |------> IoT Platform -> Notifications/Actions

A Bluetooth based positioning/multilateration system using NodeMCU-32S boards, based on the ESP32 platform.