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@@ -1 +1,111 @@
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-# Alternative BTT TF Cloud V1.0 Firmware (AFW)
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+# SweFlopsMini8
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+
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+**A modern Gotek replacement with WiFi, embedded storage, and dual-drive emulation support.**
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+
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+**First Boot WiFi Setup:**
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+After the first boot, the device will start as a WiFi access point. You can connect to this access point to configure your own SSID and password (PSK) for your network.
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+
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+Follow the on-screen instructions in the configuration portal to complete the setup.
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+
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+### Connecting via FTP
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+
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+The board also runs an FTP server for file management.
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+
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+- **FTP Port:** 21 (default)
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+- **Username:** gotek
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+- **Password:** gotek
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+
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+**How to connect:**
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+1. Ensure the board is powered and connected to your network.
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+2. Use any FTP client (e.g., FileZilla, WinSCP) to connect to the board's IP address on port 21.
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+3. Log in with the provided credentials.
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+4. You can upload, download, and manage disk images stored on the internal NAND flash or USB connector.
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+
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+
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+### Connecting via WebDAV
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+
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+The board runs a WebDAV server on port **8080** (default). You can connect to it using any WebDAV client.
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+
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+- **URL format:**
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+ `http://<device-ip>:8080/`
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+
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+Replace `<device-ip>` with the actual IP address assigned to your board. Be sure to include `:8080` in the URL to specify the port.
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+
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+Replace `<device-ip>` with the actual IP address assigned to your board.
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+
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+**How to connect:**
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+1. Ensure the board is powered and connected to your network.
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+2. Use a WebDAV client (e.g., Windows Explorer, Cyberduck, or `curl`) to connect to `http://<device-ip>:8080/`.
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+3. You can browse, upload, and manage disk images stored on the internal NAND flash or USB connector.
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+
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+### Web GUI and OSD Information
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+
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+The device provides a web-based GUI on port **80**. This interface displays information that would normally appear on the OSD, directly on the webpage.
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+
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+- **URL:**
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+ `http://<device-ip>/`
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+
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+Replace `<device-ip>` with the actual IP address assigned to your board.
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+
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+**How to connect:**
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+1. Ensure the board is powered and connected to your network.
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+2. Open a web browser and navigate to `http://<device-ip>/` to access the web GUI and view OSD information.
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+
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+**Note:**
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+To upload or download files from the internal flash, you must disable the STM32 using a switch in the web UI. This ensures safe access to the storage.
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+
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+
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+A simple gotek replacement with WiFi and embedded storage.
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+
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+Disk images can be stored and used from either the internal NAND flash or via the USB connector.
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+
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+**Note:** The board is prepared for emulation of two drives, a feature not yet implemented in FlashFloppy.
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+
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+### OTA Firmware Update
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+
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+The board supports OTA (Over-The-Air) firmware updates via a web interface.
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+
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+- **URL format:**
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+ `http://<device-ip>/webota`
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+
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+Replace `<device-ip>` with the actual IP address assigned to your board.
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+
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+**How to update:**
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+1. Ensure the board is powered and connected to your network.
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+2. Open a web browser and navigate to `http://<device-ip>/webota`.
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+3. Follow the on-screen instructions to upload and flash new firmware.
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+
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+## Getting Started: Flashing and Powering the Board
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+
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+### 1. Flashing the ESP32
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+
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+Before you can flash the STM32, you must first flash the ESP32. This is required for proper board initialization and communication.
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+
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+**Steps:**
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+1. Connect the board to your computer using the USB-C port.
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+2. The ESP32 must be flashed via the serial port **P11**.
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+3. Use your preferred flashing tool (e.g., PlatformIO, esptool) to upload the firmware to the ESP32.
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+4. Ensure the ESP32 boots and runs correctly before proceeding.
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+
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+### 2. Flashing the STM32
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+
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+Once the ESP32 is up and running, you can flash the STM32 using your chosen method (e.g., ST-Link, etc.).
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+
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+**Note:** The STM32 may rely on the ESP32 for certain board functions, so flashing order is important.
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+
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+#### Flashing FlashFloppy to STM32
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+
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+To flash FlashFloppy firmware to the STM32, follow the official instructions and documentation:
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+
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+
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+### 3. USB-C Port Usage
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+
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+ - **Debugging:** Connect to your computer for serial output and firmware flashing.
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+ - **Power Source:** The board is powered via the USB-C connection or the power headers.
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+
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+**Tip:** Always ensure a stable USB-C connection for reliable flashing and debugging.
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+
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+ - **To get it running please flash the ESP32S3 first!!!
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+ - **The STM32 will be hold in reset mode until the ESP32S3 is operational
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+
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+
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Per Mårtensson