How does Smart Config works?

How does Smart Config works?

The phone app broadcasts the Smart Config sequence using a TI proprietary protocol. The sequence is broadcasted on the Wi-Fi channel which the phone is connected to. The sequence is transmitted from the phone to CC3000 directly, so it does not depend on the security mode of the Wi-Fi network.

What is Wi-Fi Smart Config?

SmartConfig is the special functionality in the CC3000 that allows setting the SSID and password settings without having to type or re-program the module. Any iOS/Android device can be used to set the configuration – solving the annoying deployment problem of how to set the connection details for a new device.

How does esp8266 SmartConfig work?

The SmartConfigTM is a provisioning technology developed by TI to connect a new Wi-Fi device to a Wi-Fi network. It uses a mobile app to broadcast the network credentials from a smartphone, or a tablet, to an un-provisioned Wi-Fi device.

How do I know if my NodeMCU is connected to WiFi?

To verify the connection status, open the Serial monitor, press the button connected to your ESP module and hold it for 5 seconds until you see the message “Starting Access Point” in your serial monitor: 18. Now that the Access Point is created, you can establish connection from your phone.

Can you program ESP32 over WiFi?

The OTA programming allows updating/uploading a new program to ESP32 using Wi-Fi instead of requiring the user to connect the ESP32 to a computer via USB to perform the update. One important feature of OTA is that one central location can send an update to multiple ESPs sharing same network.

How do I know if my ESP8266 is connected to WiFi?

How do I program my Android ESP32?

About this project

  1. Step 1: Setting Up the Arduino IDE. The first thing we will need to do is add the ESP32.
  2. Step 2: Arduino Webserver Code. Add the following code in the Arduino IDE and fill in your.
  3. Step 3: Find the ESP32 IP Address.
  4. Step 4: The DroidScript App.
  5. Step 5: Connect the Relay Module.
  6. Step 6: Test!