The third Global Data Technology Conference will bring international technical organizations together in Beijing on December 9 to explore AI infrastructure, trusted data spaces, advanced networking, open standards, and global cooperation.
Lu Heng argues that increasingly restrictive election and participation rules across the five Regional Internet Registries undermine the legitimacy of their governance model, proposing decentralized number coordination as an alternative to centralized institutional authority.
New measurements link Cloud Innovation to 81% of AfriNIC IPv4 addresses detected outside Africa, raising questions about regional allocation policies, contractual obligations and the evidence needed to establish compliance.
A study of Dominican Republic networks identified NTP responders across 225 IPv4 prefixes and 73 autonomous systems, raising questions about unintended public exposure, synchronization dependencies and the availability of an official national time service.
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.
Internet security risks advancing unevenly: post-quantum cryptography may protect data while vulnerable routing still enables hijacks. Universal RPKI adoption, paired with cryptographic agility, is essential to build an Internet trust architecture ready for quantum threats.
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.
IP geolocation has evolved from routing metadata into essential Internet infrastructure, enabling compliant content delivery, cybersecurity, and digital governance while raising urgent questions about transparency, interoperability, and fragmentation risks worldwide for policymakers and providers alike.
NANOG 97 revealed how AI is reshaping network infrastructure, from lossless data centre fabrics and optical limits to surging investment, while exposing unresolved questions about geolocation, IPv6 adoption and Internet operations in an AI-driven era.
The internet is fragmenting across cables, routing systems and governance. Most network engineers, focused on regional operations, are missing how technical infrastructure and state power are reshaping a once interoperable network.