Implementation of OTA for remote monitoring and control of IoT devices

• How it works
• Quick start
  • Installing
    • Arduino - Through Library Manager
    • Arduino - From Github
  • Using
• Documentation
  • Server connection configuration

• Manually enter the network name (SSID) and password.

• The ESP can connect to an MQTT server to check for updates and maintain a live connection.

• This connection allows for monitoring the live online state and managing updates.

• Use the web application to check the live online state.

• Upload new code to the ESP board through the update section.

ESP8266/ESP32 modules OTA update and monitoring using website.

Py-file

import mip
mip.install('github:raghulrajg/MicroPython-OTAUpdateManager/OTAUpdateManager.py')

To install using mpremote

    mpremote mip install github:raghulrajg/MicroPython-OTAUpdateManager

To install directly using a WIFI capable board

    mip.install("github:raghulrajg/MicroPython-OTAUpdateManager")

If you want to install library examples:

    mpremote mip install github:raghulrajg/MicroPython-OTAUpdateManager/examples.json

To install directly using a WIFI capable board

    mip.install("github:raghulrajg/MicroPython-OTAUpdateManager/examples.json")

On supported GNU/Linux systems like the Raspberry Pi, you can install the driver locally from PyPI <https://pypi.org/project/MicroPython-OTAUpdateManager/>_. To install for current user:

    pip3 install MicroPython-OTAUpdateManager

To install system-wide (this may be required in some cases):

sudo pip3 install MicroPython-OTAUpdateManager

To install in a virtual environment in your current project:

    mkdir project-name && cd project-name
    python3 -m venv .venv
    source .env/bin/activate
    pip3 install MicroPython-OTAUpdateManager

Also see examples.

This library provides a OTA update 1. handling code updates during boot (OTAUpdateManager)

Put the file name is called main.py

import OTAUpdateManager

#Avoid the GPIO pin number 2 because of predefine pin
#create your User ID and Token in https://ota.serveo.net/

#server connection config
User = b"YOUR_USER_ID"
Token = b"YOUR_TOKEN"

#WiFI Network connection config
SSID = "YOUR_APN_NAME"
Password = "YOUR_APN_PASSWORD"

OTAUpdate = OTAUpdateManager.espFOTA(User, Token, SSID, Password)

def loop():
    while True:
        #Put your code here
        OTAUpdate.run()

if __name__ == '__main__':
    loop()

Here's the provided main.py file, which includes configuration details for connecting to a Wi-Fi network and checking for OTA (Over-the-Air) updates using a user ID and token. You need to fill in your actual Wi-Fi credentials, user ID, and token.

• Go to the website: https://ota.serveo.net/.
• Log in to the web application.

• In the Token section, a default token is created.
• Copy the UserID and Token from this section.

• Paste the UserID and Token into your example code.
• Set your connection method to either manual WiFi or APN.

• Upload the program to the ESP.
• The ESP will connect to the MQTT server and send packets to keep the connection alive.

• The server will notify the ESP when an update is available.
• The ESP receives a payload to prepare for the update.

• Once the update process is initiated, the ESP will start updating.
• The update status can be monitored on the website in the status section.