In all Factories we have machines or robots, these are the core of the factories, the more follow up for info from them , the better the performance. That's why in this platform prototype , I'm Going to collect data from these robot ( Temperature and Vibration) Using Simulation code into Adafruit Feather HUZZAH with ESP8266 this code send the Robot ID , Related Related Temperature and related Vibration( we can add as much as we can of Robots and we can change the type of info to add beside Temp and Vib like up time , errors, etc... ). These Info gonna send over TCP/IP Socket to a Raspberry Pi , or any PC running Python code attached into this tutorial. That will play the role of called it IoT Gateway, and that will save a cost and development time of this platform. Once Info sent to Raspberry Pi , for IoT Gateway , The Gateway will collect the info according to Algorithm that we like to program , in real time ,and send the result of this Alogarthem based on Periodical messages , that we can set also, to Azure IoT Hub , that we reffer to it into Python code and Related "CONNECTION_STRING". Onec the Message reach the IoT Hub , we creat a Listner for all these messages into out IoT Gateway so we validate the info has been sent.Actually we create Thread that take the messages ( Telementary) from cloud and print it into Console. Once the Message is into Azure IoT Hub , we route them to : 1- Blob Storage Using Message routing , 2- Table Storage using Azure Function APP 3- then download and process the data into remote computer.

Auto-generated Table of Content [ToC] About Project: This project consist of 4 different Nodes. Once user Start Node 1 it dose a self test and connect to Wifi. and print info in UART log and on OLED Screen, Then Connect to MQTT Server, based on info in the code below. Then start to publish NoT Pressed until we Touch the Button ,that run interrupt to toggle the value of control Boolean parameter called (is_pressed)into our example. So the MCU will send by next loop a "Pressed" to Node 2 over Topic called "Button". and subscribe to Topic " Temp". Node 2, which is ESP32 DOIT ESP DEVKITV1, at that time ,

UPDATED @2020-11-22: Added API to AakSensor and Visualise the data. Created By Ammar Alnahhas , ammar@dsna.se [ToC] Nothing better than controling these dummies via WI-FI :memo: How is it connected? Step 1: The componentes:

[ToC] Let's Play this game against computer :video_game: With help of colored keys we can choose what we need to choose and then the computer choose radomly what to choose and pass the both to game engin that return the result as Player wins , CPU wins or Equal! :memo: How we build it? Step 1: The Hardware 1 unit Arduino UNO R3. 3 units Buttons.

[ToC] What training is about ` Hi, Most of us need training for Math , this #arduinouno system help you to train your mind a little bit. We can use 3 different levels : A: for level 1 : just +,- operation amd randomly generated number less than 10. B for level 2 : here we add multiple × . C for level 3 : here we are Mode % , and nummber upp to 99 per operation! All numbers and operation generated randomly at every question

[ToC] Lets Send som Morse code and light related LEDS :memo: How it Works ? Step 1: Connect it well :rocket: Step 2: Easy code

[ToC] Since watching Italian Job Movie an I dreamed to get control over Traffic lights systems. Here com one with IR Remote , the next is via Wifi /Cloud Unfortunatly I got to drop the code for the Oled Screen on I2C du tyo lak of memory in my UNO so you can well test it on MEga as I'll do. :memo: about The Project : Step 1: What is this Easy Thing: Of course it sound and looks easy,but the logic is matter of complex! Lights that turn on and off according to the traffic needs are not easy to control.