Target full-service resolvers are ones listed in this repo and Quad9 servers of no-filters. It first works as the ‘first-hop’ relay of μODNS, and randomly choose subsequent (up to 2) relays from listed relays for user anonymity in DNS queries. This translator converts DoH queries to PoC μODNS queries.

If you want to just check if it works, you can try our DoH-μODNS translator from Chrome and Firefox browsers without using our dedicated client. ΜODNS servers based on encrypted-dns-server

PoC implementation based on Dnscrypt protocol Do53 - μODNS translation proxy (fork of dnscrypt-proxy) So, in addition to the above relay/target, authentication server is needed as below.Ĭurrently we are testing its feasibility. To protect DNS servers and relays from DoS attacks, authentication is introduced at the first hop relay. ΜODoH relays and target servers with authentication and access control (fork of doh-server) Do53 - μODoH translation proxy written in Rust We sometimes call this ODoH-based protocol and implementation by μODoH or MODoH. Implementation as an extension of Oblivious DNS over HTTPS (Being actively developed on GitHub)

Jun Kurihara and Takeshi Kubo, “Mutualized Oblivious DNS (μODNS): Hiding a tree in the wild forest”, IEICE NS, Jul. Jun Kurihara and Takeshi Kubo, “Mutualized oblivious DNS (μODNS): Hiding a tree in the wild forest,” Jun. Our implementation, public servers and their detailed information are given below.” This is a web site introducing a new concept of anonymized DNS, called Mutualized Oblivious DNS (μODNS). Project maintained by junkurihara Hosted on GitHub Pages - Theme by mattgraham Mutualized Oblivious DNS About

Dnscrypt github