Recent AI containment failures expose a governance gap: harmful model behavior is often visible at the network boundary but poorly monitored. Adapting proven internet protocols could give governments and companies practical tools to enforce accountability.
Governments, corporations and Indian Tribes increasingly want to keep their data out of Big Tech's hands. The push for data sovereignty could reshape cloud computing, favoring private AI systems over sprawling, centralized data centers.
AI can help applicants navigate ICANN's complex new gTLD process, from business planning and financial modeling to drafting and reviewing applications, pointing towards faster, cheaper and increasingly automated domain-name rounds in the future.
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.
Drawing on aviation's trusted incident-reporting model, a former pilot argues AI safety needs confidential reporting paired with public learning, and that legitimacy, international participation and transparency must be built into SAFE from the outset.
As AI reshapes cybersecurity, attackers are exploiting a fundamental weakness in large language models. Phantom squatting turns hallucinated domain names into trusted attack vectors, creating a new class of DNS abuse that defenders cannot solve by eliminating hallucinations alone.
The battle over open-source AI echoes England's Enclosure Movement, pitting collaboration against proprietary control as technology firms compete to shape innovation, economic power and the future governance of the digital commons.
As AI agents begin collaborating across the open internet, the absence of trusted identity, authorization, and accountability frameworks threatens interoperability, making cryptographic trust infrastructure essential to building a secure and scalable agentic economy.
As trillions flow into AI infrastructure, Asia's biggest emerging markets remain underfunded. Beyond power and geopolitics, obscure internet governance, IPv4 allocation, and regulatory ambiguity may be quietly shaping where hyperscale capital chooses to build.
As AI increasingly relies on digital archives, the quiet revision of ICANNWiki entries raises broader questions about platform accountability, historical integrity, and whether institutions can reshape the records that future researchers and machines will treat as fact.
The IGF-DCAD fellowship shows that meaningful inclusion requires more than open access. By funding accessibility, leadership and participation, it offers a practical blueprint for making Internet governance genuinely representative of the one-sixth of humanity living with disabilities.
A cybersecurity historian argues the EU Cyber Resilience Act overreaches through unworkable mandates, sprawling jurisdiction and outdated assumptions, urging a streamlined successor that embraces AI, existing standards and practical enforcement instead of bureaucratic complexity today.
AI surveillance systems increasingly classify human differences as algorithmic risk, leaving persons with disabilities vulnerable to exclusion, misclassification, and invisible barriers that threaten decades of progress in accessibility, accountability, and digital inclusion throughout public infrastructure.
As AI agents increasingly act on users' behalf, the internet's human-versus-bot divide is breaking down. A dedicated AI IP classification could replace guesswork with transparent, context-aware traffic policies that improve access, enforcement, and infrastructure efficiency.
Claims that AI is reshaping internet traffic are gaining attention, but evidence remains mixed as residential ISPs report little change while business networks see steadier demand and faster upstream growth today warrants closer industry scrutiny.
Vinton Cerf Retires After Two Decades at Google, Looks Ahead to AI Interoperability
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