IPEM is a 3 phase (or Single, Split, 3 + 1 phase), high-performance Mains Electricity Energy Monitor. with ESP32, ATM90E32 or ATM90E36
Use a NodeMCU V2 (ESP8266), a L9110S DC motor driver and a power bank to make a simple WiFi-controlled car.
Setting up Raspberry Pi without HDMI cable or Ethernet Cable
A colorful cube consisting of 192 RGB LEDs controlled from your phone over WiFi.
An upgrade to Ray Burnette's Sniffer that allows you to scan for devices not connected to any AP.
This hack will allow you to directly share WiFi from a PC to a Raspberry Pi connected through a LAN Cable without any modification on the Pi
A stable, easy-to-use little proto board for programming this WiFi module over FTDI.
Check your (Gmail) mailbox (with labels) in a glance. Now works with any IMAP mail server!
Scan for WiFi devices, block selected connections, create dozens of networks and confuse WiFi scanners!
This simple project visualizes the current data of the coronavirus outbreak of different countries in real-time on an M5StickC.
Water Level Meter using the Ultrasonic Sensor to sense the Water Level and ESP8266-01 to send the data over WiFi.
No need for an app, just walk up and use the physical web to get the URL of this candy machine. One more click, and the candy is yours.
In a world where digital convenience meets minimalist style, e-paper displays offer a fantastic way to keep your notes, reminders, and to-do
This project shows communication between Raspberry pi nodes in a cluster using the message passing interface library standard.
An IoT device that helps prevent gun suicides through safe monitoring, only allowing access to a safe through a request/approval process.
This tutorial will show you to develop a Python based wireless robot which can be controlled from anywhere around the world using Wifi.
This moisture sensor sends hourly updates to Ubidots and Pushover, and runs for years on solar power.
Get your essential appliances off the grid with just one solar panel
Do you want to send message on Discord using an Arduino? It is really easy thanks to webhooks.
Create a micro:bit web server via AT commands which can respond to web browser requests over WiFi.
Moves antennas from legs to body to allow for leg modifications
With my never-waning obsession with wardriving, I wanted to make something that played off it that anyone could use.
Use the new Pebble Time watch to control a Sumobot using the accelerometer as a controller.
Do you need to display and update information on a screen but can't afford installing wires? IoTink can be deployed anywhere with WiFi!
