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ONION OMEGA2 LTE – A 4G LTE AND WI FI CONNECTED LINUX DEV BOARD WITH GNSS GLOBAL POSITIONING

ONION OMEGA2 LTE – A 4G LTE AND WI-FI CONNECTED LINUX DEV BOARD WITH GNSS GLOBAL POSITIONING

The Omega2 LTE is a Linux IoT computer with Wi-Fi and LTE cellular connectivity. Effortlessly deploy your existing IoT applications in remote areas and no longer be limited by the range of Wi-Fi networks. The Linux network stack makes the switch between WiFi and cellular data seamless to user applications. Take your existing NodeJS or

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IoT Hydroponics Using IBMs Watson for PH and EC Measurements

IoT Hydroponics – Using IBM’s Watson for PH and EC Measurements

This instructable will show how to monitor EC, pH, and temperature of a hydroponics setup and upload the data to IBM’s Watson service.Watson is free to get started with. There are paid plans, but the free plan is more than enough for this project. Step 1: Things You’ll Need Any ESP32 development board. This one seems reasonable,

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DIY Smart Scale With Alarm Clock with Wi Fi ESP8266 Arduino IDE and Adafruit.io

DIY Smart Scale With Alarm Clock (with Wi-Fi, ESP8266, Arduino IDE and Adafruit.io)

In my previous project, I developed a smart bathroom scale with Wi-Fi. It can measure user’s weight, display it locally and send it to the cloud. You can get more details about this on link below: https://www.instructables.com/id/Wi-Fi-Smart-Scale-with-ESP8266-Arduino-IDE-Adafrui/ This solved part of my problems: how to keep a record of my weight and track my gain

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ESP32 Capacitive Touch Input Using Metallic Hole Plugs for Buttons

ESP32 Capacitive Touch Input Using “Metallic Hole Plugs” for Buttons

As I was finalizing design decisions for an upcoming ESP32 WiFi Kit 32 based project requiring three button input, one noticeable problem was that the WiFi Kit 32 does not possess a single mechanical pushbutton, yet alone three mechanical buttons, for input. However, the WiFi Kit 32 does have plenty of capacitive touch inputs, so

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