ESP Web Console is simple, standalone, customizable web, realtime control/monitor with WebSocket.

In this demo we use ESP-01S, but the firmware of core can be use on ESP8266 series.

This firmware is mainly for someone who want to upgrade your device(Arduino) with ESP8266, Control and Monitor everything on the Web !

Make your own IoT project with Web App, and share your ideas to everyone on the gitter!

Demo Video

More Documents on gitbook

• Create your own styled web.
• Baud setting on the web.
• Max connection of 3~4 devices on the same time.
• Use WebSocket to control instead of AT-command.
• Provide AP/AP+STA WiFi Mode, free to switch standalone/internet usage.
• Actively send data to taget server.
• RealTime transfer data with serial port(TX/RX) between ESP8266 and other device like Arduino.

These problem will be optimized in the future!

• Recommend File size of each static files(js,css,html...) after gzip are <7KB.
• Too much js files request on the same time are not recommend.
• Input command too fast will lost sometimes.
• In AP+STA Mode, if the target server not response, the connection will be unstabled.
• Not allowed local network to access ESP8266.

We provide some combinations to use, Basic and Custom firmware is for ESP-01S.

For other modules you can use the core and upload web files.

Note: make sure of your Module's FS size are enough.

• Connect ESP8266 to computer.(Connection Diagram from google)
• Open Arduino IDE, go to Tools > Port check the serial port of ESP8266.
• Use esptools.py to burn.

  Default SSID:PASSWORD is WEBCOM:12345678 (ESPWC_ModbusRTU SSID: Modbusx)

esptools.py --port <Serial Port> erase_flash

esptools.py --port <Serial Port> write_flash 0x0 ESPWC_Main_Simple_1MB_FS192KB.bin

esptools.py --port <Serial Port> write_flash 0x0 ESPWC_Main_1MB_FS192KB.bin

see document

@Command : system setting for ESP8266.

set multiple motors at the same time - pose set 1:90 2:90 3:90...

{ "RSSI": "SAP mode  <211>", "wifi": "standalone" }

{
  "device": "CMSGIOTDEVICE001",
  "LT": 177,
  "tx": " sv1:0.00 sv2:0.00 sv3:0.00 sv4:0.00 sv5:0.00 sv6:0.00 sv7:0.00 sv8:0.00 sv9:0.00 sv10:0.00 sv11:0.00 sv12:0.00 sv13:0.00 sv14:0.00 sv15:0.00 sv16:0.00\r\n",
  "bps": 115200
}

• Connect ESP8266 to computer, open Arduino IDE > Tools > Serial Monitor, you'll see output like this.

  

• Connect ESP8266 WiFi, open browser on https://10.10.10.10

  

• Send @bps: 115200 to set ESP8266 baud(Default), test communication between ESP8266 and Arduino IDE.

  

• Send @AP scan to get WiFi List.

  

• Send @AP connect to connect to the WiFi.

  

• Send @AP connect reset switch to standalone, @AP connect reconnect to reconnect WiFi.

  

• Send @set recv IP:ws.sgiot.com.tw:10000 to set the server address.(ws.sgiot.com.tw is for data transfer test)

Note: In this Demo, ESP8266 send Data per 10 sec

• Test on NEO-6M

  

See document in here

• ESP-01S
• NEO-6M
• PCA9685
• MG996R Tower Pro

• NEO-6M

  

• PCA9685

  

• JSON

• More Documents on gitbook

• Local/Cloud data storage.
• Data Visualize.
• Standalone control by time,rules.
• Line Notify.
• Remote Control from local/cloud server.(In Development)
• Other integrated solutions.

• Arduino ESP8266 filesystem upload
• esptool.py

• webpack

If you have any questions or requirements, welcom to send us a mail !

[email protected]

MIT