The day after the zero-days
Guest Post: Patching faster cannot keep up with AI-driven discovery. Leverage structural invariants to make bug classes irrelevant.
Guest Post: Patching faster cannot keep up with AI-driven discovery. Leverage structural invariants to make bug classes irrelevant.
Guest Post: At IETF 126, discussions highlighted how AI is beginning to shape the future of Internet infrastructure. Participants identified IPv6 as a critical foundation for large-scale AI ecosystems and explored new approaches.
Guest Post: No homelab can be complete without a proper networking setup. Proceed at your own risk! (… it’s worth it)
Guest Post: Privacy compliance starts with knowing your data. Many NREN services, including federated identity, eduroam, CSIRT operations, and network telemetry, process personal data and may already fall under emerging privacy laws.
Guest Post: Though often overlooked, time underpins telecommunications, finance, energy, cloud, AI, and transport systems. As dependence on GNSS increases, organizations need resilient, traceable time sources to strengthen cybersecurity, improve operational continuity, and support digital sovereignty.
Guest Post: Chamelio is a provider-managed network stack for cloud VMs that runs in userspace on the host and allows tenants to upload custom transport protocols to a shared datapath.
Guest Post: Vulnerability discovery is an orchestration problem, not a frontier-model problem.
Guest Post: Persistent partial reachability is not noise — it is a fundamental, measurable part of how the Internet behaves today. A small number of long-lived peninsulas cause most of the impact, and recognizing them can dramatically improve both operational clarity and measurement accuracy.
Guest Post: The current web still relies on a legacy assumption that website should be accessible over unencrypted HTTP unless it explicitly signals otherwise. HSTS-Enforced builds on top of HSTS by inverting its security model.
Guest Post: When planning IPv6 addressing schemes, many engineers still carry over habits from the IPv4 era. The instinct is to conserve every possible bit and to compress region, service, and network type information into the smallest space that meets current needs. While this approach once made sense, it is poorly suited to IPv6.