diff --git a/README.md b/README.md
index f8557f9..c41a9bb 100644
--- a/README.md
+++ b/README.md
@@ -35,17 +35,19 @@ Amazon on the system, the KAOS Cube runs on ARMbian - Debian based.
 
 
 You could get a debian buster image from https://www.armbian.com/download/ for the orange pi
-zero, as sshd is still running by default on the resulting machine, for connecting. But all that images, if bullseye or buster, wont have a working ap enabling on board antenna driver. 
+zero, as sshd is still running by default on the resulting machine, for connecting. But all that images, if bullseye or buster, wont have a working ap enabling on board antenna driver. I also tried with openwrt, but that one did not even recognize the antenna.
 
-The image provided has it. 
+The image provided has these working drivers. 
 And it gives an Access Point already configured.
 On the newest Bullseye Security, one of the securest in the internet.
 
-Git clone the repository to get the image if you like, or go on with bullseye instead in the same manner as described.
+Git clone the repository to get the image if you like. Or go on with an Armbian Buster image from your source of trust instead - but be aware that you wont have an access point over the on board antenna.
 
 And, more importantly, as of my writing, the xradio does not work with Bullseye and Bookworm. But that is writing of a year ago.
 
-First untar and extract from downloaded archive from my git server.
+
+Download the file from this repository.
+Then untar the archive
 with
 
     tar -xzvf kaosimage.tar.gz
@@ -59,26 +61,27 @@ Look up the partitions, with
 
 Have a look that the microsd of minimum 30GB is not mounted, and 
 
-start copying to the root of the microsd.
+the copying then has to go to the root of the microsd.
 
-Now copy binarywise the image to the device, not a partition if there is one:
+Copy binarywise the image to the device, not a partition if there is one:
 	
     sudo dd bs=4M if=kaosimage.img of=/dev/mmlp
 
-If your MicroSD Card has /dev/mmlp1 and /dev/mmlp2, do not copy to them, but copy to the whole device /dev/mmlp.
+If your MicroSD Card has /dev/mmlp1 and /dev/mmlp2, do not copy to them, but copy to the whole device /dev/mmlp (the root)
 
 
 
 Thats it! The free system should be installed. Put the MicroSD into your OrangePi.
 
-Now connect the micro usb cable. The Orange Pi will boot by supplying it with 
+Now connect the micro usb cable, and be careful to have the right Voltage and Ampere as specified on the internet. The Orange Pi will boot by supplying it with 
 power.
 
-Here comes the part, how to connect over ethernet to other computers.
+Here would come the part, how to connect over ethernet to other computers.
 
-The image provided just gives you a wpa2 encrypted interface and Access Point. But as all the images have the same default password, it is not secure for first 
-setup of keys. Keys that will be placed on your client and on your new own autonomous server.
-If you are sure to be in a cage of aluminium or other, you can also make your first connection over the Wifi of the Kaoscube. Your first relaxed connection over an Access Point - an Access Point the Kaoscube.image will generate when put on power.
+The image provided just gives you a wpa2 encrypted interface and Access Point, so no need of ethernet and shared to other computers connection. 
+But as all the images have the same default password, it is not secure for first 
+setup of keys. Keys that will be placed on your client and on your new own autonomous server, to not let anyone intercept or play man in the middle.
+If you are sure to be in a cage of aluminium or other ;) , you can also make your first connection over the Wifi of the Kaoscube. Your first relaxed connection over an Access Point - an Access Point the Kaoscube.image will generate when put on power.
 
 The SSID, the Password or the Access Point and the first user + its password will be published soon. Until then write me a private message or mail.