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For more than three decades, domain names have served as a foundational identity layer for internet applications. Initially used to identify early network services such as TELNET, FTP, and email, they later became essential to web browsing and a growing range of online services.
Dangling DNS records can expose trusted corporate subdomains to takeover, while AI-assisted reconnaissance makes abandoned resources easier to find, increasing the need for continuous DNS monitoring rather than periodic audits.
Russia is imposing state identity verification on .su, the Soviet Union's surviving domain, as researchers uncover criminal infrastructure across the namespace and ICANN pursues a retirement process that could eventually remove it from the global root.
Publishing a DMARC record is only the beginning. New data show that many domains lack enforcement or reporting, exposing a gap between adopting email authentication and operating it effectively enough to detect problems and deter impersonation.
Project Jake aims to bridge the divide between internet protocols and policy, offering registries, law enforcement and rights holders a decentralised framework for accessing domain-registration data securely while navigating privacy laws and institutional gridlock.
The push for open-weight AI promises broader access and competition, but true openness requires more than releasing model weights. Compute, infrastructure, training data, security, and control ultimately determine who can meaningfully benefit from open AI.
Research suggests criminals may control a striking share of newly registered gTLD domains, raising questions about whether ICANN's definitions, contractual safeguards and enforcement mechanisms are keeping pace with the industrial scale of technology-facilitated harm.
DNSSEC adoption is stronger than headline figures suggest, yet uneven across industries. New data indicate the bigger obstacle is not reputation but operational friction, especially key rollovers, registrar coordination and automation still missing across major domains.
A study of 309 universities, museums and sports brands finds DNS security follows visible threats rather than technical risk, leaving organisations well protected against familiar attacks while quieter weaknesses in critical infrastructure persist unnoticed.
Cyberattacks, AI scraping and relentless bot traffic have transformed CDNs from performance tools into the Web's defensive gatekeepers, reshaping Internet architecture, governance and control as private intermediaries increasingly determine which requests reach origin servers first.