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Brand impersonation happens much more often than people realize. In CSC's latest Domain Security Report, we found that 75% of domains for the Global 2000 that contained more than six characters from the brand names were not actually owned by the brands themselves. The intent of these fake domain registrations is to leverage the trust placed on the targeted brands to launch phishing attacks, other forms of digital brand abuse, or IP infringement...
Domain tasting is a long-established practice involving the short-lived existence of a domain, which is allowed to lapse a few days after its initial registration. The practice arose in response to an Internet Corporation for Assigned Names and Numbers (ICANN) policy allowing a domain to be cancelled -- with all fees refunded -- within a five-day grace period, intended to address the issue of accidental registrations1. However, the practice is open to abuse by infringers.
I'm asked at least twenty times a year how a small ISP can compete against the big cable companies. The question comes from several sources - a newly-formed ISP that is nervous about competing against a giant company, a rural ISP that is entering a larger market to compete, or investors thinking of funding a new ISP. These folks are rightfully nervous about competing against the big cable companies.
Blockchain domain names, domains that are stored on blockchain or cryptocurrency exchanges, are part of a growing, unregulated, and decentralized internet. Right now, blockchain domains are used mostly by cryptocurrency users, but they are growing in popularity - the Ethereum name service reported over 2.2 million .eth domain name registrations in 2022. At the same time, crypto scams are also exploding, reaching a total of $3.5 billion in losses in 2022.
In the first article of this two-part blog series, we looked at how frequently domains were used by bad actors for phishing activity across individual top-level domains (TLDs) or domain extensions, using data from CSC's Fraud Protection services, powered by our DomainSecSM platform. In this second article, we analyze multiple datasets to determine the highest-threat TLDs, based on the frequency with which the domains are used egregiously for a range of cybercrimes.
A domain name consists of two main elements: the second-level domain name to the left of the dot - often consisting of a brand name or relevant keywords - and the domain extension or top-level domain (TLD) to the right of the dot. Domain names form the key elements of the readable web addresses allowing users to access pages on the internet and also allowing the construction of email addresses.
Having been involved in this sector for over fifteen years now, the rate of change in the market dynamics continues to surprise me - from its early years when MarkMonitor and NetNames clearly led the space for several years, then seeing well-funded startups such as Yellow Brand Protection and Incopro challenge that, followed by a period of heavy M&A, it is now extremely diverse.
There was an interesting phenomenon that happened in September when Starlink launched 49 new satellites. The satellites were successfully deployed by the rocket, but as the satellites were being maneuvered to reach the final orbital slots, there was a geomagnetic storm that caused 38 of the satellites to fall back to earth. Space storms happen when radiation affects the magnetosphere that surrounds the earth.
Undersea cables between the U. S. and Cuba have long been intertwined with politics. In 1887, The New York Times reported on the inauguration of a cable in support of the Cuban insurgents fighting for independence from Spain -- a precursor to the Spanish-American war. Phone service between the U.S. and Cuba began in 1921 with AT&T's installation of an undersea cable and AT&T dominated international telephony to Cuba until the 1990s.
We now know how wireless carriers are going to continue the string of new G generations of cellular technology. 5G was originally defined to include spectrum up to 90 GHz or 100 GHz. In the last few years, international standards bodies have been developing new 6G standards in what is called the terahertz wavelengths between 100 GHz and 1 THz.