X-Git-Url: http://info9.net/gitweb/?p=wiki.git;a=blobdiff_plain;f=tmarble%2Fposts%2FUSB_TRNG.mdwn;h=e238ec4bd53a55bf643dd5baa4dca69c3edc3df9;hp=cf5495cf1efc8954cf71b7c24661dbad42a68fcf;hb=5c88f54c7fece695b591e53c3f2241713db489f8;hpb=63d5df0d8c99d46bde21cc939e27693a30675838

diff --git a/tmarble/posts/USB_TRNG.mdwn b/tmarble/posts/USB_TRNG.mdwn
index cf5495c..e238ec4 100644
--- a/tmarble/posts/USB_TRNG.mdwn
+++ b/tmarble/posts/USB_TRNG.mdwn
@@ -14,17 +14,18 @@ random number generator.
 I my talk I mention the rationale for gathering more entropy:
 The Linux urandom boot-time entropy hole as described in
 the paper
-[Mining Your Ps and Qs: Detection of Widespread Weak Keys in Network Devices][ehole].
+**[Mining Your Ps and Qs: Detection of Widespread Weak Keys in Network Devices][ehole]**.
 
 I also mention some of the difficulty in assessing RNG
 quality for security applications as highlighted by
 Matthew Green in his blog post
-[How do you know if an RNG is working?][greenrng].
+**[How do you know if an RNG is working?][greenrng]**.
 
 I've been lucky to work on this design with [Bdale Garbee][bdale]
 and [Keith Packard][keithp].
 
 If you'd like to learn more you can...
+
 * Download the presentation (see below)
 * Check out the web page for [USB TRNG][usbtrng]
 * Join us on IRC OFTC #altusmetrum
@@ -43,7 +44,7 @@ Let [[me|/tmarble]] know if you'd like to get involved!
 [bdale]: http://gag.com/bdale
 [keithp]: http://keithp.com/keithp
 [trng]: http://lists.gag.com/mailman/listinfo/trng
-[usbtrng]: http://lists.gag.com/mailman/listinfo/trng
+[usbtrng]: http://altusmetrum.org/USBtrng/
 [debvideo]: https://wiki.debconf.org/wiki/DebConf14/Videostream#Recordings
 [ehole]: https://factorable.net/weakkeys12.extended.pdf
 [greenrng]: http://blog.cryptographyengineering.com/2014/03/how-do-you-know-if-rng-is-working.html