We introduce an attack against encrypted web traffic passing over the first hop – between client and Tor gateway – of the Tor network. The attack makes use only of packet timing information on the uplink and so is impervious to packet padding defences. In addition, we show that the attack is robust against the randomised routing used in Tor. We demonstrate the effectiveness of the attack at identifying the web sites being visited by a Tor user, achieving mean success rates of 68%. As well as being of interest in its own right, this timing-only attack serves to highlight deficiencies in existing defences and so to areas where it would be beneficial for Tor and VPN designers to focus further attention
The Tor anonymity network is one of the most popular and widely used tools to protect the privacy of...
The design of Tor includes a feature that is common to most distributed systems: the protocol is fle...
A passive local eavesdropper can leverage Website Fingerprinting (WF) to deanonymize the web browsin...
We introduce an attack against encrypted web traffic passing over the first hop – between client an...
We introduce an attack against encrypted web traffic passing over the first hop – between client an...
Abstract—We introduce an attack against encrypted web traffic passing over the first hop – between c...
We introduce an attack against encrypted web traffic passing over the first hop – between client an...
We introduce an attack against encrypted web traffic that makes use only of packet timing informati...
We introduce an attack against encrypted web traffic that makes use only of packet timing informati...
We introduce an attack against encrypted web traffic that makes use only of packet timing informati...
Tor is the second generation Onion Router, supporting the anonymous transport of TCP streams over th...
The popularity of Tor as an anonymity system has made it a popular target for a variety of attacks i...
In this work, we examine why a popular anonymity network, Tor, is vulnerable to timing side-channel ...
Abstract—We consider a timing-only based attack against encrypted and padded web traffic. The attack...
Tor has become one of the most popular overlay networks for anonymizing TCP traffic. Its popularity ...
The Tor anonymity network is one of the most popular and widely used tools to protect the privacy of...
The design of Tor includes a feature that is common to most distributed systems: the protocol is fle...
A passive local eavesdropper can leverage Website Fingerprinting (WF) to deanonymize the web browsin...
We introduce an attack against encrypted web traffic passing over the first hop – between client an...
We introduce an attack against encrypted web traffic passing over the first hop – between client an...
Abstract—We introduce an attack against encrypted web traffic passing over the first hop – between c...
We introduce an attack against encrypted web traffic passing over the first hop – between client an...
We introduce an attack against encrypted web traffic that makes use only of packet timing informati...
We introduce an attack against encrypted web traffic that makes use only of packet timing informati...
We introduce an attack against encrypted web traffic that makes use only of packet timing informati...
Tor is the second generation Onion Router, supporting the anonymous transport of TCP streams over th...
The popularity of Tor as an anonymity system has made it a popular target for a variety of attacks i...
In this work, we examine why a popular anonymity network, Tor, is vulnerable to timing side-channel ...
Abstract—We consider a timing-only based attack against encrypted and padded web traffic. The attack...
Tor has become one of the most popular overlay networks for anonymizing TCP traffic. Its popularity ...
The Tor anonymity network is one of the most popular and widely used tools to protect the privacy of...
The design of Tor includes a feature that is common to most distributed systems: the protocol is fle...
A passive local eavesdropper can leverage Website Fingerprinting (WF) to deanonymize the web browsin...