MQTT Manager vs ESP32 Kit

MQTT Manager is a general-purpose application to read and write topics on a MQTT broker through a friendly interface based on widgets. The application is organized in 4 tabs and each tab can contain any number of widgets. Widgets are chosen between the available ones: * Display: Shows a numeric value or text (scrolling it) * Gauge: Shows a numeric value over a graded scale * LED: Shows the value of a topic as a LED on or off * Graph: Shows the values of a topic as a graph * Switch: Writes a value to the topic depending on the switch position * Secure Switch: Similar to the Switch Widget. To operate the switch, the protection has to be remove with a click on the yellow bands though * Switch & LED: Writes a value to a topic and shows its value as a LED on or off * Knob: Writes a value to a topic proportional to the position of the knob * Slider: Writes a value to a topic proportional to the position of the slider * Push Button: Writes a value to a topic when the button is pushed and another value when it is released * Text: Writes the value entered by the user to a topic The application includes: * a complete user manual * documentation to learn the MQTT basics * the documentation to install a private MQTT broker on: * Raspberry Pi * Linux * macOS * documentation to use the Adafruit IO service instead of your MQTT broker. This allows to get started in a few minutes, without installing additional software * documentation includes how to configure a local mosquitto broker with authentication, using SSL and using client certificates for users/devices identification and authentication * Arduino ESP32, Arduino MEGA, Arduino Nano 33 IoT and MKR1000 sketches to create a MQTT node which sends data to the application and can be controlled by it * Raspberry Pi Pico W micropython script to create a MQTT node which sends data to the application and can be controlled by it

Best in class ESP8266 controller. Features: - Control the board by Bluetooth or WIFI. - Read & write digital pins. - Read & write PWM pins. - Control Servo Motors. - Read analog pins. - Remember last status of the pins. - Change the mode of the pin (Output, SERVO, PWM or INPUT). - Automatic connect. - Label of each pin can be edited. - Live Charts for tracing your analog value. Applications: - Smart Home. - Automation. - Hoppy projects. - Schools & university projects. - Remote & Robots control. Requirements: - ESP32 Board - ESP32 Arduino Sketch (URL provided inside the app). - Arduino IDE to upload the sketch. Tested on: - ESP32 Dev Kit Board, and will work any similar ESP32 boards.