In this paper we present MATOR: a framework for rigorously assessing the degree of anonymity in the Tor network. The framework explicitly addresses how user anonymity is impacted by real-life characteristics of actually deployed Tor, such as its path selection algorithm, Tor consensus data, and the preferences and the connections of the user. The anonymity assessment is based on rigorous anonymity bounds that are derived in an extension of the ANOA framework (IEEE CSF 2013). We show how to apply MATOR on Tor’s publicly available consensus and server descriptor data, thereby realizing the first real-time anonymity monitor. Based on experimental evaluations of this anonymity monitor on Tor Metrics data, we propose an alternative path selectio...
Protecting individuals ’ privacy in online communications has become a challenge of paramount import...
This thesis analyzes the threat of autonomous system (AS) and Internet exchange (IX) level adversari...
Today\u27s Internet is not designed to protect the privacy of its users against network surveillance...
In this paper we present MATOR: a framework for rigorously assessing the degree of anonymity in the ...
In this paper we present MATor: a framework for rigorously assessing the degree of anonymity in the ...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this thesis, we present a methodology to compute sound anonymity guarantees for anonymous communi...
Abstract In order to address the shortcomings of traditional anonymity network anonymity evaluation ...
Protecting individuals' privacy in online communications has become a challenge of paramount importa...
The Tor anonymity system provides online privacy for millions of users, but it is slower than typica...
Privacy is becoming an increasingly important aspect in distributed systems. In anonymous communicat...
Abstract—The widely used Tor anonymity network is designed to enable low-latency anonymous communica...
Protecting individuals ’ privacy in online communications has become a challenge of paramount import...
This thesis analyzes the threat of autonomous system (AS) and Internet exchange (IX) level adversari...
Today\u27s Internet is not designed to protect the privacy of its users against network surveillance...
In this paper we present MATOR: a framework for rigorously assessing the degree of anonymity in the ...
In this paper we present MATor: a framework for rigorously assessing the degree of anonymity in the ...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this paper, we present a rigorous methodology for quantifying the anonymity provided by Tor again...
In this thesis, we present a methodology to compute sound anonymity guarantees for anonymous communi...
Abstract In order to address the shortcomings of traditional anonymity network anonymity evaluation ...
Protecting individuals' privacy in online communications has become a challenge of paramount importa...
The Tor anonymity system provides online privacy for millions of users, but it is slower than typica...
Privacy is becoming an increasingly important aspect in distributed systems. In anonymous communicat...
Abstract—The widely used Tor anonymity network is designed to enable low-latency anonymous communica...
Protecting individuals ’ privacy in online communications has become a challenge of paramount import...
This thesis analyzes the threat of autonomous system (AS) and Internet exchange (IX) level adversari...
Today\u27s Internet is not designed to protect the privacy of its users against network surveillance...