• APNIC participated in HKNOG 13.0, addressing internet security, IPv6 deployment, and RPKI updates
  • The event fostered cross-border collaboration, drawing participants from Hong Kong and Shenzhen

What happened

APNIC actively supported and participated in HKNOG 13.0, held on November 1, 2024, in Hong Kong. This bi-annual event, organized by the Hong Kong Network Operators Group, brought together IT professionals, network operators, and engineers to discuss internet advancements. Key topics included IPv6 deployment, Routing Public Key Infrastructure (RPKI), DDoS mitigation, and peering strategies. APNIC representatives delivered presentations on these subjects and engaged in discussions addressing technical challenges and best practices.

The event also emphasized regional collaboration, with APNIC facilitating participation from Shenzhen-based professionals. This broadened the scope of discussions, enriching perspectives and strengthening ties between neighboring internet communities. HKNOG 13.0 not only served as a technical knowledge exchange but also as a networking platform, fostering partnerships that could drive regional internet development.

Also read: 42nd TWNIC IP Open Policy Meeting: APNIC on digital futures

Also read: APNIC strengthens collaboration at KRNOG 2.0 in Seoul

What it’s important

HKNOG 13.0 exemplifies the critical role regional collaborations play in the evolution of internet infrastructure, a priority that resonates beyond Hong Kong. In Asia, where digital economies are growing rapidly, events like HKNOG help ensure that network operators and engineers are equipped to address issues like rising cybersecurity threats and the push for IPv6 adoption. Smaller companies can benefit greatly by learning from the global best practices shared at such gatherings.

This is particularly relevant given recent global incidents highlighting vulnerabilities in internet infrastructure. The widespread adoption of Routing Public Key Infrastructure (RPKI), discussed at HKNOG 13.0, is vital to preventing BGP hijacking. Incidents such as the 2018 Amazon Route 53 hijacking highlight a pressing issue. Smaller internet service providers, who often lack the resources for advanced security protocols, can use such insights to strengthen their operations and compete effectively​