Description
TL;DR: A Tor traffic-analysis study that fingerprints bottleneck behavior to narrow or identify relays without relying on message contents.
About This Document
Prateek Mittal, Ahmed Khurshid, Joshua Juen, Matthew Caesar, and Nikita Borisov demonstrate attacks that infer a circuit's bottleneck relay and, under stronger observation, identify a user's guard relays. The paper exploits the way low-latency anonymity systems use available forwarding capacity and evaluates accuracy and stealth.
Why Bitcoin People May Care
This is not Bitcoin research, but it matters to users who confuse encrypted or pseudonymous communication with untraceability. Network metadata can reveal structure even when content is protected. The attacks depend on the 2011 Tor design, measurable throughput, and adversary capabilities; the paper is not proof that every modern Tor circuit or cryptocurrency user is identifiable.
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Document Details
- Title: Stealthy Traffic Analysis of Tor with Throughput Fingerprinting
- Author / organization: Prateek Mittal, Ahmed Khurshid, Joshua Juen, Matthew Caesar, and Nikita Borisov
- Year: 2011
- Language: English
- Document type: Anonymous-communications research paper
- Pages: 13
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