On Thu, Jun 12, 2008 at 04:26:48PM -0700, Mike Perry wrote:
All this aside, this is a very clever attack, and further evidence
that we should more closely study capacity properties, reliability
properties, queuing properties, and general balancing properties of
the network.
Right. We've
On Thu, Jun 12, 2008 at 04:26:48PM -0700, Mike Perry wrote:
3. Based on my measurements last year, only the top ~5-10% nodes are
capable of transmitting this much data in an individual stream, and
only if all of the nodes in your path are from this set. Furthermore,
as load balancing improves
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[EMAIL PROTECTED] wrote:
I just noticed this talk at the Security and Privacy Day from May 2008.
While I understand that Tor's thread model does not defend against a GPA
I am still curious what effect this attack can have against the current,
Hi,
On Thu, 12 Jun 2008 13:46:56 -0700, F. Fox [EMAIL PROTECTED]
said:
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[EMAIL PROTECTED] wrote:
I just noticed this talk at the Security and Privacy Day from May 2008.
While I understand that Tor's thread model does not defend against a
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[EMAIL PROTECTED] @ 2008/06/12 21:22:
Hi,
How does one search the
archives, via. some google trick?
yes. you can use site:archives.seul.org/or/talk search terms
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So this attack is nothing to worry about? It is just FUD? Was it done
on a private Tor network (as is my assumption)?
If you read the slides, you will see it appears the nodes in the
attack were real. Maybe they just named them that way for humor,
however how funny is it that one of the nodes
Thus spake [EMAIL PROTECTED] ([EMAIL PROTECTED]):
I just noticed this talk at the Security and Privacy Day from May 2008.
While I understand that Tor's thread model does not defend against a GPA
I am still curious what effect this attack can have against the current,
real Tor network?
Hi,
On Thu, 12 Jun 2008 16:26:48 -0700, Mike Perry [EMAIL PROTECTED]
said:
Thus spake [EMAIL PROTECTED] ([EMAIL PROTECTED]):
I just noticed this talk at the Security and Privacy Day from May 2008.
While I understand that Tor's thread model does not defend against a GPA
I am still
I just noticed this talk at the Security and Privacy Day from May 2008.
While I understand that Tor's thread model does not defend against a GPA
I am still curious what effect this attack can have against the current,
real Tor network?
Simulating a Global Passive Adversary for Attacking
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