diff --git a/baremetal.rst b/baremetal.rst
index b3c5d14..5fe24cc 100644
--- a/baremetal.rst
+++ b/baremetal.rst
@@ -6,7 +6,7 @@
 
 :Author: Tim Daneliuk (tundra@tundraware.com)
 
-:Version: ``$Id: baremetal.rst,v 1.118 2014/08/23 20:09:11 tundra Exp $``
+:Version: ``$Id: baremetal.rst,v 1.119 2014/08/23 20:21:21 tundra Exp $``
 
 
 Précis
@@ -192,16 +192,39 @@
     1) You can use standard Linux commands to do imaged backups of
        your machine.
 
-    2) You can use this to migrate an OS to a different-sized disk.
+    2) It requires no software installation on the target machine.
+
+    3) It's simple and scriptable.
+
+    4) (In theory) It is OS and filesystem agnostic so long as
+       ordinary partitioning practices are used.
+
+    5) You can use this to migrate an OS to a different-sized disk.
 
 - Downside:
 
-    1) You cannot do this while the machine is up and running so
-       imaging this way requires a machine outage.
+    1) You cannot do this while the machine is up and running because
+       the blocks you're backing up may be changing during the backup
+       period.  That means this kind of imaging requires a machine
+       outage.
 
     2) Every block in the partition gets copied whether it is used or
        not.
 
+    3) It's probably not as fast as imaging systems that understand
+       the underlying filesystem layout - at least for filesystems
+       that have a lot of unused space.
+
+    4) It requires you to boot from a CD.  On consumer grade
+       equipment, this is pretty much always possible.  But, in data
+       centers, this can be challenging because fewer and fewer
+       servers have optical drives on them.  The good news is that you
+       can typically boot the target server from an iso image on your
+       laptop by connecting to the server's ILO or KVM console system.
+       In some cases, it may be necessary to create a bootable
+       thumbdrive of the ``Linux System Rescue CD`` if your server
+       only supports boot from USB.
+
 - These tests were conducted on slow, consumer grade servers connected
   via 1Ge through an unmanaged switch. In an Enterprise class
   networking and NAS environment, we'd expect to see considerably