Everything tagged ipv6, newest first. Tags come from the classifier reading each item's summary; 394 tags used 25 times or more have their own page.
The content highlights the challenge of maintaining network observability in dual-stack environments, focusing on whether current monitoring tools can actually see IPv6 traffic and the limitations vendors create as networks evolve.
More than 100 APNIC Members attended the South Asia APNIC Sub-Regional Forum at SANOG 44 in Kathmandu, where their feedback will help shape APNIC’s future regional priorities.
At IETF 126, participants discussed how AI is increasingly influencing Internet infrastructure, emphasizing IPv6 as essential for scaling AI ecosystems and considering new technical approaches to support that growth.
The APNIC 62 Open Policy Meeting will discuss various policy proposals related to IPv4 management, IPv6 allocation, and Internet abuse handling.
Nick Burgalio and Tom Coffeen discuss a Reddit post about federal guidance on IPv6 adoption, questioning the effectiveness of mandates in promoting IPv6 implementation.
Simplifying network configurations with IPv6 /64 prefixes reduces address waste and hardware requirements, but OSPFv3 mandates advertising loopback prefixes as /128s.
India's expansive Internet ecosystem, driven by affordable mobile broadband and digital infrastructure, faces challenges in maintaining resilient, secure, and inclusive connectivity as it hosts APNIC 62.
Franck Martin and hosts Ed, Nick, and Tom discuss strategies, vendor collaboration, outage mitigation, and cultural shifts for retiring IPv4 and adopting IPv6.
Andrew Palardy discusses updates to Tayga, an open-source NAT64 daemon for Linux, focusing on RFC compliance, UDP checksum fixes, and new eBPF CLAT support in NetworkManager to improve connectivity.
Operating in a dual-stack environment without accounting for IPv6 in monitoring and security exposes networks to risks such as VPN breakouts and unmanaged IPv6 exploitation by attackers.
IPv6 addressing schemes should move away from IPv4-era conservation habits, as these are inefficient for IPv6's expansive address space.
APNIC's engagement with Thailand's Internet community through events emphasized the need for technical training and discussions on routing security and IPv6.
Choosing between IPv6-only and IPv6-mostly models is crucial for optimizing performance, scalability, and user experience in IPv6 deployment.
Daniel Blažek explored Arista EOS centralized anycast gateway functionality with IPv6 underlay, sharing device configurations and a containerlab topology on GitHub for easy lab setup.
NANOG 97 discusses the pervasive impact of AI, advancements in geolocation technology, the importance of measuring IPv6 adoption, and the financial implications of using SSH.
Andrew Yourtchenko, a positive AI enthusiast with strong credentials in scalable solutions, has significantly contributed to networking infrastructure automation and IPv6 deployment.
Designing and structuring BGP Router IDs in IPv6-native networks involves careful planning to ensure network stability, scalability, and efficient routing.
John Osmon discusses with hosts how to set up a personal IPv6 environment, emphasizing hands-on experience and affordable home lab options.
Identifying active IPv6 addresses through Subnet-Router Anycast probing aids in assessing deployment, identifying gaps, and detecting vulnerable devices without needing prior address allocation knowledge.
The discussion focuses on Jordi Martinez's BCP RFC draft, examining prefix sizing for point-to-point links, numbering choices, and best practices for prefix pool allocation for service providers and enterprises.
The dual-stack SR-MPLS demo at ITNOG10 explored assigning node segment identifiers to both IPv4 and IPv6 prefixes using a three-router network.
APNIC and NNIX have partnered to enhance RPKI and IPv6 deployment in China, establishing an RPKI repository mirror in Hangzhou to bolster regional Internet security and resilience.
IPv6's complexity stems from essential mathematical requirements, and despite its challenges, an IPv8 proposal would face significant hurdles and lack the decades-long development of IPv6.
Reframing IPv6 as an infrastructure refresh rather than a governance issue elevates its importance to a board-level obligation.
Chris Cummings discusses with Tom Coffeen and Nick Buraglio how developing IPv6-friendly code simplifies connectivity, reduces complexity, and offers financial benefits by avoiding IPv4 NAT issues.
IPv6 adoption has significantly progressed, as evidenced by approximately 50% of Google's users accessing its services via IPv6.
The hosts explore IPv6 Privacy and Temporary Addresses, explaining the distinction between permanent and temporary privacy addresses, their applications, and the assignment of interface identifiers to host systems.
Deploying Akvorado in a SOHO network enhances real-time traffic flow visibility and optimizes IPv6 performance.
FRRouting release 10.6 introduced BGP IPv6 VTEP support for EVPN deployments, but compatibility issues arose with Arista EOS in a test setup.
Internet number resource policy governs the management and distribution of IPv4, IPv6, and ASN resources in the Asia Pacific, impacting real-world operations.
APNIC hosted delegates from Xiong’an New Area to present the IPv6 City Plaque and discuss ongoing technical collaboration, emphasizing Xiong’an's significant IPv6 deployment and 2026 Future City competitions.
Leveraging NetFlow insights can help modern SOHO networks achieve an 80% native IPv6 ratio by identifying and eliminating residual IPv4 paths.
The podcast explores the critical function of Stateless Address Autoconfiguration (SLAAC) in IPv6 network deployment, contrasting it with DHCPv6 for enterprise network management.
Lenny Giuliano discusses multicast traffic's impact on Ethernet frame addressing, differences between IPv4 and IPv6 multicast, and introduces new hybrid multicast concepts in a podcast with Holly and Ethan.
Routing loops can lead to network congestion and security vulnerabilities, but IPv6 provides straightforward solutions to prevent these issues, enhancing Internet stability.
The IPv6 Deployment Workshop at APRICOT 2026 provided updated content and lab topologies to empower participants with the skills and confidence to implement IPv6 in their enterprise networks.
The APNIC IPv6 Deployment session at APRICOT 2026 discussed regional deployment status, innovations facilitating IPv6 adoption, and challenges impeding progress.
The seven NIRs demonstrated a vibrant and cooperative network within the Asia Pacific region, highlighting active community engagement.
Experimenting with network automation using IPv6 allows for safe testing and learning without affecting IPv4 production traffic, offering a dual learning opportunity.
Geoff Huston's analysis of DNS over IPv6 highlights regional and network variances, questioning the reliability of IPv6-only DNS for future operations.
A significant portion of the Internet user base can reliably access DNS servers exclusively via IPv6, indicating growing IPv6 adoption.
The APRICOT 2026 keynotes challenge the Internet community to embrace automation responsibly, maintain historical operational records, and complete IPv6 deployment.
Deploying a BGP route reflector for MPLS 6PE or L3VPN services requires IPv6 routing on Cisco IOS, even though it only handles control-plane activities, due to configuration issues with labeled IPv6 and VPNv4/VPNv6 address families.
At APNIC 61 in Jakarta, discussions focused on adjusting IPv6 and IPv4 delegations, balancing efficiency with policy education for newcomers.
The analysis of data from the largest IPv6 network reveals significant insights into IPv6 scanning behavior, highlighting patterns, challenges, and opportunities for network security and management.
At bdNOG 20, Bangladesh's Internet community collaborated to exchange practical experiences, tackle operational challenges, and enhance local capabilities for a secure, IPv6-ready Internet.
Netlab can be used to create training labs where students configure devices like RTR in a pre-configured environment, enhancing self-study and classroom training experiences.
The podcast discusses setting up an IPv6 lab, emphasizing the "IPv6-mostly" architecture, essential components like DHCP Option 108, and client support details.
The evolution from IPv4 to IPv6 by 2025 highlights the network's adaptation to accommodate increasing device connectivity and address scarcity, reflecting a shift towards more efficient, scalable, and secure internet infrastructure.
The netlab Release 26.01 introduces a rewritten device configuration file generation process, no longer relying on Ansible Jinja2, and includes new features like EVPN for VXLAN-over-IPv6, a 'skip_config' node attribute, a lightweight netlab API HTTP server, and basic Citrix Netscaler support.