N0TH1NG T0 H1D3


Nothing to hide is a privacy infrastructure provider based in The Netherlands. We operate privacy-enhancing services world wide.


DNS privacy service

We operate uncensored DNS resolvers that respect your privacy. Traditional DNS is often the “weak link” in online privacy, leaking your browsing history to third parties in plain text. By providing encrypted DNS-over-HTTPS (DoH) and DNS-over-TLS (DoT), we ensure your lookups are shielded from prying eyes.

Query response

8.600 per second

Daily queries

743 million

Monthly queries

22.3 billion

Encrypted time service

We host stratum 2 NTS and NTP time servers to ensure global systems have access to stable, accurate, and authenticated timing. Secure communication and robust cryptography rely on the integrity of the clock.

Sync response

6.700 per second

Daily syncs

579 million

Monthly syncs

17.4 billion

Public anonymity service

We operate high bandwidth Tor relays to help safeguard online freedom of expression and privacy while also overcoming tracking and mass surveillance. We wish for every human being to be able to explore and use an uncensored internet where secure and private communication is the default.

Tor relays

600+

Bandwidth

~120 Gb/s

Monthly traffic

41 PB

Thanks! ♥

The operation of these Tor relays is largely made possible with the help of volunteers and sponsors. Thanks to their time, money, hardware, IP addresses, bandwidth and electricity an ever growing amount of Tor relays can be hosted.

Church of Cyberology

Nothing to hide is part of the Church of Cyberology, a religious organization that encourages (online) freedom, liberty and privacy. It is our mission to defend and promote these fundamental values and advocate for responsible and ethical use of technology.

Contact

For general questions and inquiries you can email mail[at]nothingtohide[dot]nl. For abuse related contact you can email abuse[at]nothingtohide[dot]nl.

Please know in advance that logging is fully disabled and no personal identifiable information can be obtained.