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According to media sources, the National Telecommunications and Information Administration (NTIA) wrote to Verisign last Friday, objecting to the company's plan to auction o.com to the highest bidder. The planned release for o.com - described by the Second Amendment to the .com Registry Agreement and intended as a pilot for the remaining reserved single-character .com names - involved an opaque consideration process that ignored community input and set aside hard-won trademark protections developed by stakeholders in order to maximize dollars earmarked for an unidentified cadre of non-profit organizations.
2020 has been extremely eventful, so it follows that the domain industry has continued to experience perpetual change, progress and uncertainty in the last three months of the year. In our Q4 New gTLD Quarterly Report, MarkMonitor experts analyze topical registration activity, launch information, .brand growth and DNS abuse, and share a list of upcoming industry meetings for 2021.
Technical development often comes in short, intense bursts, where a relatively stable technology becomes the subject of intense revision and evolution. The DNS is a classic example here. For many years this name resolution protocol just quietly toiled away. The protocol wasn't all that secure, and it wasn't totally reliable, but it worked well enough for the purposes we put it to.
There is a new threat in town known as "SAD DNS" that allows attackers to redirect traffic, putting companies at risk of phishing, data breach, reputation damage, and revenue loss. What is SAD DNS? No, it isn't the domain name system (DNS) feeling moody, but an acronym for a new-found threat -- "Side-channel AttackeD DNS" discovered by researchers that could revive DNS cache poisoning attacks.
Over the past several years, questions about how to protect information exchanged in the DNS have come to the forefront. One of these questions was posed first to DNS resolver operators in the middle of the last decade, and is now being brought to authoritative name server operators: "to encrypt or not to encrypt?" It's a question that Verisign has been considering for some time as part of our commitment to security, stability and resiliency of our DNS operations and the surrounding DNS ecosystem.
The Internet of Things (IoT) is on an explosive growth trajectory. According to Transforma Insights, the number of IoT-connected devices is projected to increase to 24.1 billion worldwide by 2030. That's almost a three-fold increase from 2019. Much of this growth will be fueled by the coming 5G revolution, which will enable businesses and consumers to take advantage of a wide range of increasingly sophisticated connected devices.
The domain name system is not the place to police speech. ICANN is legally bound not to act as the Internet's speech police, but its legal commitments are riddled with exceptions, and aspiring censors have already used those exceptions in harmful ways. This was one factor that made the failed takeover of the .ORG registry such a dangerous situation. But now, ICANN has an opportunity to curb this abuse and recommit to its narrow mission of keeping the DNS running...
With the COVID-19 pandemic persisting, online shopping will be the preferred method for the 2020 holiday shopping season. While staying home to shop is the safest option right now, it means consumers are more vulnerable to online fraud, counterfeits, and cyber crime. Increased online activity provides opportunities for unscrupulous infringers to abuse trusted brand names to drive visitors to their own fraudulent content.
The Domain Name System (DNS) has become the fundamental building block for navigating from names to resources on the internet. DNS has been employed continuously ever since its introduction in 1983, by essentially every internet-connected application and device that wants to interact online. Emerging from an era where interconnection rather than information security was the primary motivation, DNS has gradually improved its security features.
The Silent Librarian advanced persistent threat (APT) actors have been detected once again, as the academic year started in September. With online classes increasingly becoming the norm, the group's phishing campaigns that aim to steal research data and intellectual property could have a high success rate. Dozens of phishing domain names have been reported, although some may have already been taken down.