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In this article, I present an overview of a series of 'proof-of-concept' studies looking at the application of domain-name entropy as a means of clustering together related domain registrations, and serving as an input into potential metrics to determine the likely level of threat which may be posed by a domain.
On the sunny beaches of Anguilla -- a small island of just 35 square miles -- I'm sure artificial intelligence (AI) is the last thing people are thinking about. The primary industries of Anguilla, set in the Leeward islands in the Caribbean, are tourism and offshore banking. However, this nation has been assigned the country code top-level domain (ccTLD) .AI -- which is being repurposed to represent artificial intelligence.
In 2014, computer scientist Gavin Wood coined the term "Web 3.0." The phrase, which has now been shortened to "Web3", refers to the third generation of the internet that's designed to be truly decentralised and free from a central authority. Web3 has the potential to add real-world value for businesses by creating additional avenues to reach consumers. However, owing to its less regulated nature, brands also have the potential to be taken advantage of both by users and by the providers in the space.
The Registration Operations Workshop (ROW) was conceived as an informal industry conference that would provide a forum for discussion of the technical aspects of registration operations in the domain name system and IP addressing. The ROW series is being co-sponsored by Verisign and ICANN and organized by Cofomo, and we are looking forward to an engaging set of talks, panel discussions, and conversations with individuals involved with the operation of domain name registrations systems.
As the brand protection industry approaches a quarter of a century in age, following the founding of pioneers Envisional and MarkMonitor in 1999, I present an overview of some of the main outstanding issues which are frequently unaddressed or are generally only partially solved by brand protection service providers. I term these the 'Millennium Problems' in reference to the set of unsolved mathematical problems published in 2000 by the Clay Mathematics Institute, and for which significant prizes were offered for solutions.
Calling all registrars! ICANN is set to launch the Registration Data Request Service (RDRS), and the Registrar Stakeholder Group encourages ICANN registrars to participate. For those who haven't been closely following ICANN policy, the RDRS is a step on the path of policy development working to bring our registration data processing requirements into line with data protection laws.
Domain name registries and registrars play a critical role in the functioning of the internet, serving as gatekeepers to the DNS. As such, they have an important responsibility to ensure the security and stability of the DNS but also to promote the use of a domain name in a meaningful way for the end user. To be more efficient in achieving these goals, the domain name industry has started to become more open to the idea of leveraging their own internal data to gain insights about their current business.
he launch of .web top-level domain is once again at risk of being delayed by baseless procedural maneuvering. On May 2, the Internet Corporation for Assigned Names and Numbers (ICANN) Board of Directors posted a decision on the .web matter from its April 30 meeting, which found "that NDC (Nu Dotco LLC) did not violate the Guidebook or the Auction Rules" and directed ICANN "to continue processing NDC's .web application," clearing the way for the delegation of .web.
Artificial intelligence has important uses in the domain name industry. With the use of AI, domain name registration, management, and valuation have been made more efficient and accurate. Here are some specific ways AI is affecting domain names... AI-powered domain name generators can suggest relevant and available domain names based on specific keywords, making the search process easier and faster.
Unsuspecting website visitors are often unaware when they have landed on a spoofed page or are re-directed to malware-hosting web servers designed to steal their sensitive data and information. This attack is known as subdomain hijacking, or subdomain takeover. A web user's private information is then traded on the dark web, and cybercriminals profit, further fueling the expansion of identity theft in the online world.