diff --git a/ssh/key_reader.go b/ssh/key_reader.go
index 95dc8b2..11fb9dd 100644
--- a/ssh/key_reader.go
+++ b/ssh/key_reader.go
@@ -42,25 +42,3 @@ func isRSAPrivateKey(pk string) bool {
 	}
 	return priv.isRSA()
 }
-
-// TODO
-// - with a list of file names ✓
-//   - determine which are RSA public keys ✓
-//     - determine if a string has the format of an RSA public key ✓
-//        - try to parse string into SSH public key representation ✓
-//		  - check if the type identifier is ssh-rsa ✓
-//	   - read string from a file, and check if that string is RSA ✓
-//   - determine which are RSA private keys ✓
-//     - determine if a string has the format of an RSA private key ✓
-//       - find or create a basic PEM reader that returns two things for a file - the "tag" for example OPENSSH PRIVATE KEY or RSA PRIVATE KEY, and the main content
-//         either in base64 or in binary, where the base64 has been unpacked. PEM supports headers, and if the library supports that, fine, but it is not necessary now ✓
-//       - decode enough of the binary to find ONLY the place that shows that this binary is an SSH private key, and that the type of the key corresponds to RSA ✓
-//         - binary has to begin with openssh-key-v1 0x00 ✓
-//         - we dont care at this point if its encrypted or not. we need to read length and jump past 4 fields. ✓
-//         - we need to read the length for the public key and jump past it. More or less we need to get to the 7th field, which contain the private key keytype ✓
-//	   - read string from a file, and check if that string is RSA private key ✓
-//   - pair public and private keys to each other based on file name ✓
-//   - turn each entry into its internal representation ✓
-// - go through all files in .ssh, detect if they are public or private keys, and
-//   create a list for that. then, create a new list with unified content ✓
-// - create an internal representation for public, private and key pairs (waiting for GUI needs) ✓