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The Domain Name System (DNS, aka Web 2) and Web3 platforms are two different naming systems available to internet users. While the DNS (Web2) has been a reliable and trusted internet standard for decades, Web3 platforms (such as ENS, Handshake and Unstoppable) are a relatively new technology deployment that presents unique and different features.
The Domain Name System (DNS) root zone will soon be getting a new record type, called ZONEMD, to further ensure the security, stability, and resiliency of the global DNS in the face of emerging new approaches to DNS operation. While this change will be unnoticeable for the vast majority of DNS operators (such as registrars, internet service providers, and organizations), it provides a valuable additional layer of cryptographic security to ensure the reliability of root zone data.
Over the past several years, domain name queries - a critical element of internet communication - have quietly become more secure, thanks, in large part, to a little-known set of technologies that are having a global impact. Verisign CTO Dr. Burt Kaliski covered these in a recent Internet Protocol Journal article, and I'm excited to share more about the role Verisign has performed in advancing this work and making one particular technology freely available worldwide.
In the fall of 2022, around 9,000 numeric domain names such as 0146.se, 0148.se, 0149.se, and so on were registered in the .SE zone. These domains were registered with two registrars, Register.eu and 1API. They had the same kind of SSL certificate, and there were other similarities among them that strongly suggested they were connected. All these domains were registered after September 1, 2022, but not on the same date...
A Forever URL is one that never expires. You own it and needn't worry about forgetting to renew it. The term itself is inspired by the US Forever Stamps, which you can use even if the postal rate goes up. This article looks at the underlying mechanisms for linking such information and is aimed at a technical audience. The DNS isn't just about websites; it is fundamental to how we connect endpoints, be they websites, devices, documents etc.
OARC held a 2-day meeting in February, with presentations on various DNS topics. Here are some observations I picked up from the presentations in that meeting... In a world where every DNS name is DNSSEC-signed, and every DNS client validates all received DNS responses, we wouldn't necessarily have the problem of DNS spoofing. Even if we concede that universal use of DNSSEC is a long time off ...
The wide availability of dangerous and addictive drugs is ravaging society. Such devastation is bringing ever-increasing attention from legislators, regulators and from families who have lost loved ones. The Canadian International Pharmacy Association (CIPA) believes that the online marketing and sales of such products should be banned immediately. We call on governments, technology platforms, and the ICANN community to act quickly and bring an end to opioid sales online.
The IETF met in November 2022 in London. Among the many sessions that were held in that meeting was a session of the Decentralised Internet Infrastructure Research Group, (DINRG). The research group's ambitions are lofty: DINRG will investigate open research issues in decentralizing infrastructure services such as trust management, identity management, name resolution, resource/asset ownership management, and resource discovery.
Every few months, an important ceremony takes place. It's not splashed all over the news, and it's not attended by global dignitaries. It goes unnoticed by many, but its effects are felt across the globe. This ceremony helps make the internet more secure for billions of people. This unique ceremony began in 2010 when Verisign, ICANN and the U.S. Department of Commerce's National Telecommunications and Information Administration collaborated...
While threat actors can use any domain across thousands of top-level domains (TLDs), they often have favorites. For instance, you may be familiar with Spamhaus's 10 most-abused TLDs for spamming. WhoisXML API researchers recently built on this list by analyzing 40,000 newly registered domains (NRDs) that sported some of the listed unreputable TLDs. We called this study "DNS Abuse Trends: Dissecting the Domains Under the Most-Abused TLDs."