.me WHOIS Lookup

Partly. In the record we measured, the organisation, state and country lines of the registrant block were readable, while the name, street, postal code, phone and email lines had become REDACTED. Seeing a company's name is quite possible; seeing an individual's is not to be expected. Where the holder is a natural person, the working route to contact runs through the reporting channel of the registrar named in the reply.

Because in those two roles the organisation line is closed as well. In the record we measured, the name, organisation, street, phone and email lines of the admin and tech blocks all read REDACTED, whereas the registrant block still showed its organisation. The practical meaning is this: you cannot reach the technical contact of an address through WHOIS, yet you can still see which organisation holds the registration.

Because the registry follows the reply conventions of generic extensions even though the extension is a country code. Our measurement found the address of ICANN's registration data inaccuracy form at the end of the reply, a link to the shared vocabulary for status codes, and the registrar's IANA number. The result works in your favour: field names and their order match .com output, so reading the two records side by side takes no adjustment.

They can. The reply gives the creation date in Creation Date, the last modification in Updated Date and the end of the term in Registry Expiry Date, all in UTC; the record we measured was opened in 2008. Our result screen works out the age and the remaining term from those three values and shows both. As the term runs short we turn the indicator to a warning colour, so the renewal window is hard to miss.

IANA's RDAP bootstrap registry defines no endpoint for .me, and our measurement on 12 August 2026 confirmed it. Since 28 January 2025 RDAP has been the definitive source for generic extensions, but .me is a country code extension and falls outside that arrangement. However closely the reply follows generic convention, the channel behind it is the port 43 WHOIS service — something to account for in any system that needs a machine-readable source.

They tell you which servers resolve the domain; the record we measured listed four, one per line. These lines are the technical side of the record and privacy rules do not touch them, so they appear in full even where every contact field is closed. Which provider the servers belong to is a practical clue about where the address is hosted.

The DNSSEC line in the reply describes the address you queried: signed when a DS record has been published for that name, unsigned when it has not. The extension itself is a separate matter — the .me zone holds a DS record in the root and is signed, which we verified during the measurement. A signed zone does not make individual addresses signed; that switch is thrown at the registrar.

Query a name nobody holds and the server reports that no match was found, with none of the fifty-four fields present — no dates, no registrar, no name servers. That means the name looks free to register. We keep such a result for five minutes, and results for registered names for six hours.