How Chromium reduced Root DNS traffic
Guest Post: Chromium is driving a reduction in DNS root server traffic. Let’s put some numbers to it.
Guest Post: Chromium is driving a reduction in DNS root server traffic. Let’s put some numbers to it.
Guest Post: When an authoritative DNS name server is temporarily unavailable, the ISP cache helps ride out the DNS bumps. Why not pre-cache important information with LocalRoot?
Guest post: Where does DNS spoofing occur? How often? Is it increasing? Researchers examined six years of data to find out.
Guest post: A new tool that uses DNS cache snooping on public DNS resolvers to measure the prevalence of rare applications and domains on the Internet.
Geoff Huston had some great posts published in 2020. Check out his insights into the DNS and all things Internet.
Guest Post: There are 13 root servers around the world and they’re crucial to running the DNS. So what does it take to run one?
The first of a series of new M-Root anycast instances has been deployed as part of an agreement between APNIC, WIDE and JPRS.
Guest Post: DNSTAP’s ability to capture raw data enables users to have a greater insight into encrypted DNS.
Are newly proposed DNS privacy measures bringing us closer to application-level autonomy from existing infrastructure?
Just how bad is packet fragmentation loss in the DNS? See the results of DNS Flag Day 2020.