An open letter to future APNIC Fellows from a 2025 Fellow
Guest Post: APNIC 2025 Fellow Rabby prepares future Fellows to make the most of their Fellowship experience by sharing what he learned during his time as an APNIC Fellow.
Tag: APNIC 60
2025 APNIC Fellows in their own words
2025 APNIC Fellows reflect on what they learned in the fellowship program, and the impact they hope to have.
Policy outcomes from the Open Policy Meeting at APNIC 60
Three proposals achieved consensus. Two did not. One of those received no feedback at all prior to the meeting.
Introducing Network Vulnerability Detection in DASH
APNIC’s DASH platform has introduced a new Potential Security Vulnerabilities service to help Members identify and fix network weaknesses before they can be exploited.
Learning that shapes the Internet: Highlights from APNIC 60 Academy training
At APNIC 60, over 80 participants took part in training that made a direct link between an individual engineer’s skills and the resilience of the regional and global Internet.
Bridging technical and institutional layers in Internet policy
Guest Post: Reflections from the inaugural APNIC Policy Fellowship on connecting technical expertise, institutional perspectives, and community collaboration to build more inclusive Internet policies.
Is diversity critical infrastructure for the Internet networking community?
In a panel discussion at APNIC 60, a cross-section of the Internet community provided perspectives on what prevents diversity in our community, and what we can do about it.
Meet the SIG leaders elected at APNIC 60
Thank you and congratulations to the SIG leaders who were elected at APNIC 60!
Bridging the Gap: Technical voices in global Internet policy
At APNIC 60, the Cooperation SIG session “Bridging the Gap: Technical Voices in Global Internet Policy” brought together stakeholders from across the Asia Pacific to explore how technical expertise can more effectively inform global policy discussions.
Understanding stealthy BGP hijacking risk in the ROV era
Guest Post: Analysing the mechanics of stealthy BGP hijacking with a topology-aware risk assessment and long-term monitoring.