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www.netmeister.org | ||
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educatedguesswork.org
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| | | | | [AI summary] The text provides an in-depth analysis of encrypted DNS protocols (DoX) and their implications for security, privacy, and network management. Key points include the importance of secure channels for DNS queries, the role of DNSSEC in complementing DoX, and the challenges of implementing encrypted DNS in various network environments. The discussion covers different transport protocols like DoH and DoT, the use of DDR for resolver discovery, and the trade-offs between privacy and network control. The text also touches on the technical and policy aspects of encrypted DNS, including the need for trust in resolvers and the limitations of current implementations. | |
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www.mnot.net
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| | | | | The introduction of encrypted DNS is a natural step in the process of securing the Internet, but it has brought a considerable amount of controversy, because it removes a means of control for network operators -- including not only enterprises but also schools and parents. The solution is to move control of these services to the endpoints of communication -- for example, the users' computers -- but doing so has its own challenges. | |
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staex.io
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| | | | | DNS protocol is one of the attack vectors on your corporate network and IoT devices in particular. Most operating systems access DNS servers using legacy unencrypted protocol by default despite the fact that there are modern secure enhancements for this protocol: DNSSEC, DNS-over-HTTPS, DNS-over-TLS. In this article we discuss these enhancements and explain how to configure them in your network. | |
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www.redapt.com
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| | | Discover how agentic AI revolutionizes cybersecurity by predicting threats, automating responses, and enhancing compliance, positioning organizations for proactive and scalable defense strategies. | ||
