You will now see the following:

We will first select an Operating System (OS). In this case, Raspbian Lite.
In the new version of the Imager this is under Raspberry Pi OS (other). Here it is called Raspberry Pi OSLite.

Now that you have selected your OS, it is time to select the correct SD card.

We use a 16GB micro SD card. What you see here may differ based on your micro SD card.

We use a 16GB micro SD card. The text may differ depending on your SD card.

Step 2.1: Configure WiFi (not necessary if you have an ethernet connection)

First go to the windows explorer and then to this computer.
You will now find a similar screen. Now click on the “boot” disk.

We are going to work in the “boot” disk. Again, the image on the right is similar to your screen.

What we are going to do now is edit the ”wpa_supplicant.conf” 'and add it to the ”boot” disk. You should have downloaded this file from supplies. If not, look below this text. Open the document with notepad. You should now see the following text. If not, copy the following text.

wpa_supplicant.conf

Now change “Your_Network_Name” and “Your_Network_Password” with your WiFi's name and password.

In our case:
Name: Electronics For You
Password: Electronics @ 123

Here you see an example of the end result.

If you have edited this document and saved it to the "boot" disk you can go to the next step.

Step 3.1: Find the IP address

Search in the search bar “cmd”. Then click enter.

The program you see on the right should now be open. Type the command 'ipconfig' and hit enter.

You will see the following screen.

Search for IPv4 Address. Here you will find your IP address. This is important for finding the IP address of your Raspberry Pi.

Your IP address will consist of xxxx, in our case 10.120.0.166. 

Open now advanced IP scanner, a preparation program.

You will see this now. In the circled line type xxx0-254, so in our case 10.120.0.0-254.

Then click Scan.

Wait until you have finished scanning.

You will now see a list of device names, IP addresses, manufacturers and MAC addresses. At the Raspberry Pi unfortunately we can't see a manufacturer or name. So we're going to search by MAC address. A MAC address consists of XX:XX:XX:XX:XX:XX. At a Raspberry Pi always starts with DC:A6:32: or B8:27:EB: . Now look for such a MAC address and see which IP address it contains. In our case '10.120.0.154'.

Step 3.2: Connecting with you Raspberry Pi

Go back to the windows search bar and type 'cmd'. Click on enter.

You will now see the following screen.

Now type 'ssh pi@xxxx', where xxxx is the IP address of your Raspberry Pi is. So in our case it becomes 'ssh pi@10.120.0.154'. After filling in, click on enter.

You will now see the following. Type 'yes'. Click on enter.

You will be asked for a password. The default password is 'raspberry'. Enter this password. While typing passwords, no characters will appear. This is normal. Click enter after entering your password.

passwd && sudo apt-get update && sudo apt-get upgrade -y && wget -O - https://github.com/OpenMediaVault-Plugin-Developers/installScript/raw/master/install | sudo bash

This command will change your password. As a result, no one can just reach you via the command prompt Raspberry Pi. An update will then take place. There will come a time when the process will stop and you will be asked if you are sure. You answer this with y or n. Type 'y' and then click enter. The process will now continue on its own. When the process is finished, you can close the command prompt.

It may be that at some point the script stops moving forward. This means that the IP address of your Raspberry Pi is changed. This is no problem. The installation will continue as usual. Scan again for the IP address and reconnect via command prompt. When you are connected, you know that the connection is working via the new IP address and you can close the command prompt again.

In a web browser, go to your .'s IP address Raspberry Pi. Then you come to this screen. Enter 'admin' under name and 'openmediavault' under password.

After logging in you will come to the dashboard† On the left you will see a row of settings. Under the heading 'System', go to 'Network'.

Now we are in the network settings. Here you can enter the name of your Raspberry Pi change. We have called it 'EVJ-NAS'.

Now go under the heading 'System' to 'General settings'. And then click on 'Password of the web administrator'.

Now go to 'Disks' under the heading 'Storage'. Here you should find both your USB stick (s) and SD card. If not. Click on search and they should be found. If you are using a hard drive, keep in mind that it is not supplied with power via the USB port, but from an external source.

Now go under the heading 'Storage' to 'File systems'. Here your USB storage should now be visible. If not, go to create. Select one of your external storage drives, give them a name at 'label' and click OK.

Now we have adjusted a number of settings. At the top you see a yellow bar. Click on 'Apply' here and then click on OK. The system takes a moment to load, but the settings are applied.

Now go to the heading 'Services' and go to 'SMB / CIFS'. Here we are going to make your NAS accessible from a PC. Click on enable and save the changes via the yellow bar at the top.

Now go to shared resources. Here we are going to create the public file. Click on add.

We will now add your shared resource. Click on the '+' sign next to 'Shared folder'.

We are now going to add a shared folder. Come up with a name, in our case EVJ. Now select one of your USB storage devices and select 'everyone: read / write' under permissions.

Now that you've added a shared folder, let's go back to the source. Under 'Public' select 'Allow guests'. Now click on save. And save the adjustments to the settings via the yellow bar.

Now go to the top right at the three dots and the arrow down to the Reboot command. Only do this if your Raspberry Pi is connected via Ethernet.

Now go through all the settings that you have adjusted. It may be that something is not stored correctly. In this case, adjust the settings again and save them via the yellow bar.

In the windows explorer, go to the heading 'Network'. Here you should now be able to see a computer with the name of your NAS. If it is not there, press the F5 button on your keyboard. A yellow bar may appear indicating that network discovery is turned off. Click the Enable network discovery button and press F5 again. Now that you see your NAS in the list, you can click on it. You may have to enter a username and password. Type in the name 'admin' and as password the password you created at the web interface. Now you will see one or more folders in which you can save your data.

So now you can Raspberry Pi use as a NAS.