ESP OTA Dashboard

Welcome to our state-of-the-art OTA server, a revolutionary platform that sets a new standard in efficiency and user-friendliness. With a robust WEB UI at its core, this cutting-edge server is specifically crafted to effortlessly handle your ESP8266 and ESP32 Firmware and Status, streamlining the once daunting task of updating and monitoring your ESP devices.

In this fast-paced world of Internet of Things (IoT), keeping your devices up-to-date and functioning optimally is crucial. Our OTA server is a one-stop solution designed to cater to your every need, making the management of ESP firmware and status a breeze.

ESP OTA Dashboard

an efficient and user friendly OTA server equipped with a powerful WEB UI, designed to effortlessly manage both your ESP8266 and ESP32 Firmware and Status. This OTA solution simplifies the process of updating and monitoring your ESP devices.

Features

• Lightweight Node.js server
• Support both ESP8266 and ESP32
• Run Remote Command on ESP8266 and ESP32 Devices from WEB UI
• User friendly WEB UI to manage Firmware updates remotely
• Secure frontend login page by username and password
• Secured Flash Firmware by password in WEB UI
• Register devices to server by devices hostname
• Display the registered devices information in WEB UI: MAC address, IP address, Signal strength, Firmware version, and hostname
• Display the number of Registered, Online and Offline devices in WEB UI
• Monitor the Online/Offline status of devices in WEB UI
• Option to Flush all registered devcies
• Load registered devices at server startup
• Custom library for Arduino to support ESP8266 and ESP32 ESPOTADASH

Devices list

By default, 6 registered devices are displayed. If you have more than 6 devices, click on the 'Show All Devices' button to see the list of all devices.

Server installation

Prerequisites

• Before proceeding, make sure you have the following prerequisites:
• Node.js and npm installed on your system.

installation instruction: Node.js and NPM

• Clone the GitHub repository using the following command:

git clone https://github.com/ErfanDL/ESP_OTA_Dashboard.git

• Navigate into the project directory using the following command:

cd ESP_OTA_Dashboard

• Create a new package.json file for managing project dependencies using the following command:

npm init -y

• Install the required Node.js packages:

npm install http path fs express body-parser multer express-session ws express-ws

• In the terminal, run the Node.js app using the following command:

node index.js

The app will start running on port 3000, as specified in the code.

Open a web browser and visit http://localhost:3000to access the WEB UI.

Default Username and Password for the Login page

Default Username and Password for the login page are: admin

You can change the default Username and Password by editing lines 142 and 143 in the index.js server file.

Default Password for Flash Firmware and Flush All Devices

The default Password for Flash Firmware and Flush All Devices is: admin

You can also modify it on line 176 in the index.js server file.

Arduino instruction

Download and install the ESPOTADASH arduino library from this link: ESPOTADASH Library

Load the below example sketch in Arduino IDE and upload the sketch to ESP8266 or ESP32

Do not forget to edit ssid, password, serverAddress According to your Wi-Fi network and server IP address

Notice: edit the hostName for each ESP8266 or ESP32 devices. If you assign the same hostname in two or more devices, they will conflict with each other.

Example Arduino Sketch

#include "ESPOTADASH.h"

const char* ssid = "Your_SSID";
const char* password = "Your_WiFi_Password";
const char* hostName = "ESP Devices"; // You can modify this to your desired host name
const char* serverAddress = "http://Your_Server_IP:3000"; // Replace with your Node.js server address

unsigned long heartbeatInterval = 10000;     // Modify the heartbeat interval (e.g., 10 seconds)
unsigned long registrationInterval = 30000;  // Modify the registration interval (e.g., 30 seconds)
unsigned long commandCheckInterval = 10000;  // Modify the commandCheck interval (e.g., 10 seconds)
unsigned long updateInterval = 10000;        // Modify the Firmware check Update interval (e.g., 10 seconds)
const char* firmwareVersion = "1.0.0";       // Modify the firmware version

ESPOTADASH ota(ssid, password, hostName, serverAddress, heartbeatInterval, registrationInterval, commandCheckInterval, updateInterval, firmwareVersion);

void setup() {
  ota.begin();
}

void loop() {
  ota.loop();
}

// Implement the processReceivedCommand function here
void ESPOTADASH::processReceivedCommand(const String& command) {
  if (command == "action1") {
    // Perform action 1
    Serial.println("HELLO");
  } else if (command == "action2") {
    // Perform action 2
    Serial.println("ByeBye");
  }
  // Add more conditions for other actions as needed.
}

Now you should see your device in the Dashboard WEB UI devices list.

Flash Firmware through Web UI

you can flash the firmware through the Web UI by exporting the BIN firmware file from the Arduino IDE and uploading it in the ESP Firmware Flasher WEB UI.

• Select the bin file by clicking the Upload Firmware button

• Select your ESP from the devices list:

• Click the Flash Firmware button and enter the Password to start the OTA process

• If everything is done correctly, you should see Received Firmware OTA message