diff --git a/README.md b/README.md
index 5e9e11e..a68b0ba 100644
--- a/README.md
+++ b/README.md
@@ -29,9 +29,10 @@ There is a complete, UNIXy manual page supplied with the package. You can view i
 Everything is meant to work mostly like GnuPG, but with some good simplicity
 margin. Let's play with random data!
 
+
 	ccr -g help
-	ccr -g fmtseq128-sha --name "John Doe"    # your signature key
-	ccr -g mceqd128 --name "John Doe"     # your encryption key
+	ccr -g sig --name "John Doe"    # your signature key
+	ccr -g enc --name "John Doe"    # your encryption key
 
 	ccr -K  #watch the generated keys
 	ccr -k
@@ -57,18 +58,17 @@ margin. Let's play with random data!
 	ccr -x Unfri
 
 	#create hashfile from a large file
-	ccr -s -S hashfile.ccr < big_data.iso
+	ccr -sS hashfile.ccr < big_data.iso
 
 	#verify the hashfile
 	ccr -vS hashfile.ccr < the_same_big_data.iso
 
-	#create symmetric key and encrypt a large file
-	ccr -g sha256,xsynd -S symkey.ccr
-	ccr -eaS symkey.ccr -R big_data.iso -o big_data_encrypted.iso
+	#create (ascii-armored) symmetric key and encrypt a large file
+	ccr -g sha256,chacha20 -aS symkey.asc
+	ccr -eaS symkey.asc -R big_data.iso -o big_data_encrypted.iso
 
 	#decrypt a large file
-	ccr -daS symkey.ccr <big_data_encrypted.iso >big_data.iso
-
+	ccr -daS symkey.asc <big_data_encrypted.iso >big_data.iso
 
 ## Option reference
 
diff --git a/man/ccr.1 b/man/ccr.1
index 94832f7..bd67462 100644
--- a/man/ccr.1
+++ b/man/ccr.1
@@ -339,8 +339,8 @@ Following commands roughly demonstrate command line usage of \fBccr\fR:
 .nf
 .sp
 ccr -g help
-ccr -g fmtseq128-sha --name "John Doe"    # your signature key
-ccr -g mceqd128 --name "John Doe"     # your encryption key
+ccr -g sig --name "John Doe"    # your signature key
+ccr -g enc --name "John Doe"    # your encryption key
 
 ccr -K  #watch the generated keys
 ccr -k
@@ -371,12 +371,12 @@ ccr -sS hashfile.ccr < big_data.iso
 #verify the hashfile
 ccr -vS hashfile.ccr < the_same_big_data.iso
 
-#create symmetric key and encrypt a large file
-ccr -g sha256,xsynd -S symkey.ccr
-ccr -eaS symkey.ccr -R big_data.iso -o big_data_encrypted.iso
+#create (ascii-armored) symmetric key and encrypt a large file
+ccr -g sha256,chacha20 -aS symkey.asc
+ccr -eaS symkey.asc -R big_data.iso -o big_data_encrypted.iso
 
 #decrypt a large file
-ccr -daS symkey.ccr <big_data_encrypted.iso >big_data.iso
+ccr -daS symkey.asc <big_data_encrypted.iso >big_data.iso
 .fi
 
 .SH DISCLAIMER