Historical — seized 2013
No .onion address on file
Silk Road is a historical catalog entry. The FBI and the Manhattan U.S. Attorney announced an October 2013 seizure and the arrest of Ross Ulbricht. It is not an active market and has no live onion address in our files. This is an editorial profile, not a marketplace listing.
Historical — seized 2013
No .onion address on file
Public reporting dates Silk Road to 2011 as a Tor-reachable marketplace that used Bitcoin for payments. It was a single centralized shop using Tor as transport — not a feature of the Tor network. That distinction is the reason this catalog treats the name as a shutdown row, not as a description of Tor itself.
On 1 October 2013 FBI agents arrested Ross Ulbricht in a San Francisco public library. The Manhattan U.S. Attorney announced the site seizure the same week under a civil forfeiture complaint. Court papers cited more than two and a half years of turnover above $1 billion; later summaries say the government seized roughly 174,000 bitcoins from the server and Ulbricht’s hardware. Those figures are case-record claims, not an in-house count.
The case became the template later takedowns copied: locate the server, identify the operator through ordinary investigative errors, replace the site with a banner. Ulbricht was sentenced to life in 2015. In January 2025 he received a presidential pardon. Neither the sentence nor the pardon puts a live shop back in this catalog.
Those public reports treat the original shop as closed. Onion rows stay empty. A reused Silk Road brand after a widely reported takedown is a common phishing lure — treat any address you find elsewhere as untrusted until you check a signed canary and a second independent source.
Status, tags, and listing counts come from our catalog file. Editorial notes below the card come from open public reporting and are worded as reported when we have not verified them in-house. Treat every mirror you find elsewhere as untrusted until you check a PGP canary and a second independent source. See phishing detection and OPSEC fundamentals.