WikiLeaks fights to stay online after US company withdraws domain name
Everydns.net says attack against leaks site endangered other customers' service - effectively pushing site off the web — The US was today accused of opening up a dramatic new front against WikiLeaks, effectively …
Context & Ripple Effects
WikiLeaks had already sought legal help after a previous domain-name deletion in 2008. In November 2010, it shifted its front page to Amazon to evade attacks, making EveryDNS.net's withdrawal another failure point in the publication's distribution chain.
The same-day reporting that WikiLeaks was reachable through a Swiss domain shows that taking down a familiar domain does not necessarily remove the underlying material. It does, however, make domain routing—and the providers that control it—a central operational constraint.
First-order effects
- EveryDNS.net stops serving WikiLeaks' domain after saying attacks on the site endangered service for its other customers, disrupting access through wikileaks.org.
- WikiLeaks must direct readers to an alternate address and keep its publishing operation reachable across a changing set of hosting and DNS providers.
Second-order effects
- EveryDNS.net's other customers are insulated from traffic and attacks associated with WikiLeaks, while other DNS and hosting providers must weigh the same customer-risk exposure when serving controversial publishers.
- WikiLeaks' audience faces fragmented access points, reducing the value of any single familiar domain as the publication's stable public entry point.
Third-order effects
- If repeated provider withdrawals become a normal response to attacks, DNS and hosting firms will function as practical choke points for online publishers even when the underlying files can be replicated elsewhere.
- The episode points toward more resilient, multi-provider publishing arrangements in which a site's address, hosting location, and content storage are deliberately separated.
The trend: Online publishing is moving toward distributed delivery architectures as attacks and provider risk decisions expose the fragility of a single domain or host.