Everything tagged rpki, newest first. Tags come from the classifier reading each item's summary; 394 tags used 25 times or more have their own page.
RPKI has significantly improved protection against prefix hijacking, but a broader review of BGP attacks shows that four attack classes remain unaddressed by cryptographic validation and still depend on local filtering, static limits, and reactive mitigation.
Job Snijders introduces a novel, compact format for representing RPKI-signed objects and presents an archive containing spooled snapshots of global RPKI repositories.
Small RPKI publication servers play a crucial role in the Internet's trust infrastructure by enhancing routing security, and understanding their operators and purposes reveals strengths and weaknesses in the current system.
The Internet's development relies on community collaboration, with efforts like RPKI adoption and nurturing future operators being crucial to its security and growth.
Job Snijders introduces the 'Erik' protocol, designed to enhance the speed and efficiency of RPKI repository synchronization, improving internet security and performance.
BGP's susceptibility to routing hijacks and path leaks can be mitigated by RPKI, but First AS enforcement offers a simpler solution for certain forged paths.
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.
RPKIViews efficiently captures the dynamic global RPKI dataset using CCRs, deduplication, and high-efficiency compression, enabling scalable long-term RPKI research.
Bgproutes.io offers advanced routing observability by aggregating data from numerous sources and providing tools for real-time insights, including BMP support and integrated RPKI ROV and ASPA validation.
The APNIC Routing Security SIG at APRICOT 2026 featured six insightful presentations focused on RPKI.
The seven NIRs demonstrated a vibrant and cooperative network within the Asia Pacific region, highlighting active community engagement.
Job Snijders discusses the significant growth and evolution of RPKI (Resource Public Key Infrastructure) in securing Internet routing throughout 2025, highlighting its increasing adoption and impact on network security.
MyAPNIC introduces support for RPKI Signed Checklists (RSCs), enabling Members to cryptographically sign and verify documents with their RPKI resources, and invites user feedback.
Recent updates have been released for APNIC's whois, RDAP, RPKI, IRR, and rDNS measurements, providing the latest data insights.
In 2025, the adoption of RPKI for securing Internet routing became standard, with ongoing interest in its local, regional, and global developments.
The most recent data for APNIC's whois, RDAP, RPKI, IRR, and rDNS services have been released and are accessible.
RIPE 91 covered a range of topics including routing the root, post-quantum cryptography for the RPKI, and the role of TTLs in DNS, highlighting advancements and challenges in internet infrastructure and security.
The community is invited to participate in discussions and provide feedback on the proposed 'RPKI Trust Anchor Constraints' specification to enhance collective understanding and implementation.
The technical community shares essential insights and experiences on effectively starting with RPKI, highlighting key strategies and best practices.
RIR experts collaborate to improve the transparency, security, and user experience of the Resource Public Key Infrastructure (RPKI) system.
Makito Lay led a network automation training session and delivered a presentation on RPKI at the IDNOG 10 event in Jakarta, Indonesia, from July 21 to 24, 2025.
RPKI, which secures Internet routing through digital signatures, must transition to quantum-safe signatures to protect against future quantum computer threats.
Recent updates have been released for APNIC's Whois, RDAP, RPKI, IRR, and rDNS measurements, providing the latest data insights.
New support for key transitions enhances RIRs' flexibility and strengthens the long-term resilience of the RPKI system.
Recent updates have been released for APNIC's whois, RDAP, RPKI, IRR, and rDNS measurements, providing the latest data insights.
Efforts to enhance RPKI resilience against service disruptions include implementing diverse measures such as improved infrastructure, redundancy, and robust operational practices.
Job Snijders provides insights into his global RPKI validation archive and shares findings from his annual 'state of RPKI' report.
RPKI has emerged as the leading solution for preventing routing incidents, offering enhanced security and reliability in network operations.
Advocating for DNSSEC and RPKI deployment requires a strategic approach focusing on education, collaboration, incentives, and addressing deployment challenges.
Adopting RPKI is crucial for securing internet routing, as highlighted by three significant posts from 2024.
A significant BGP hijack recently occurred with minimal detection, raising concerns about the effectiveness of current monitoring systems.
Shane Hermoso delivered a presentation on RPKI at the KRNOG 2.0 conference in Seoul, South Korea, on October 24, 2024.
Shane Hermoso delivered a remote presentation on BGP Peering and RPKI at the VNIX-NOG 2024 event in Hue, Viet Nam.
The stability of RPKI is being evaluated to determine if it can meet the White House's recent cybersecurity roadmap expectations.
BGP's lack of inherent security makes it vulnerable to route leaks and hijacks, necessitating additional controls like RPKI.
RPKI faces several technical, operational, and policy challenges that must be addressed for successful global deployment and adoption.
Network operators are encouraged to detail their experiences and challenges encountered during their Resource Public Key Infrastructure (RPKI) adoption.
TM's meticulous planning, validation, and execution efforts safeguard customers from route hijacking, enhancing the overall Internet ecosystem's integrity.