Proposal for Integration of ESP32-S3 Devices with FlutterFlow
Budget: $30 – $250 USD
Develop an integration between ESP32-S3 devices and the Flutter Flow application to facilitate initial pairing via Bluetooth and Wi-Fi network configuration. The project aims to create a modular solution that can be easily maintained and reused for different IoT devices.
Specific Requirements:
Detection of Device Unique ID:
Task: Develop a function to identify and capture the unique ID (MAC address) of the ESP32-S3.
Detail: This function should be able to detect the device when it is in pairing mode and retrieve the MAC address for identification purposes.
Bluetooth Pairing Mode:
Task: Implement a pairing mode that is activated by pressing a physical button on the ESP32-S3.
Detail: The device should enter pairing mode, allowing the Flutter Flow application to detect and connect to the device via Bluetooth.
Wi-Fi Connection Configuration:
Task: Develop a function to send Wi-Fi credentials (SSID and password) from the Flutter Flow application to the ESP32-S3 via Bluetooth.
Detail: After the initial Bluetooth connection, the device should receive the network credentials and connect to the internet using this information.
Modular Development:
Task: Create the integration in a modular manner to facilitate maintenance and reuse in other projects.
Detail: The solution should be implemented as a library or package that can be easily integrated into Flutter Flow.
Developer Responsibilities:
Develop and test the function to detect the unique ID of the ESP32-S3.
Implement the Bluetooth pairing mode and ensure the device is detectable by the application.
Develop the function to send Wi-Fi credentials through the application to the device.
Ensure the solution is modular and easily integrable with other IoT devices.
Specific Requirements:
Detection of Device Unique ID:
Task: Develop a function to identify and capture the unique ID (MAC address) of the ESP32-S3.
Detail: This function should be able to detect the device when it is in pairing mode and retrieve the MAC address for identification purposes.
Bluetooth Pairing Mode:
Task: Implement a pairing mode that is activated by pressing a physical button on the ESP32-S3.
Detail: The device should enter pairing mode, allowing the Flutter Flow application to detect and connect to the device via Bluetooth.
Wi-Fi Connection Configuration:
Task: Develop a function to send Wi-Fi credentials (SSID and password) from the Flutter Flow application to the ESP32-S3 via Bluetooth.
Detail: After the initial Bluetooth connection, the device should receive the network credentials and connect to the internet using this information.
Modular Development:
Task: Create the integration in a modular manner to facilitate maintenance and reuse in other projects.
Detail: The solution should be implemented as a library or package that can be easily integrated into Flutter Flow.
Developer Responsibilities:
Develop and test the function to detect the unique ID of the ESP32-S3.
Implement the Bluetooth pairing mode and ensure the device is detectable by the application.
Develop the function to send Wi-Fi credentials through the application to the device.
Ensure the solution is modular and easily integrable with other IoT devices.