No newly published RFCs within the window. The ietf-announce archive is current (latest entry 2026-09-15) but contains no “RFC NNNN on …” publication announcements in the last 48 hours; the most recent RFC announcement was RFC 10039 on 2026-09-09, which falls outside the window.
Specifies how to perform passwordless authentication in Web Authentication (WebAuthn) using the Module-Lattice-Based Digital Signature Standard (ML-DSA), the post-quantum signature scheme defined in FIPS 204. The goal is to let WebAuthn/FIDO2 credential registration and assertion flows rely on a lattice-based signature algorithm that is believed to resist attacks from cryptographically relevant quantum computers, giving relying parties and authenticators a migration path toward quantum-resistant login without leaving the FIDO model.
Considerations of Gradual IPv6-only Deployment in 5G Mobile Networks
Describes an approach for gradually deploying IPv6-only connectivity on the user plane of 3GPP 5G mobile networks using 464XLAT. It looks at how operators can move mobile user-plane traffic to IPv6-only while still reaching IPv4 destinations through translation, and discusses the operational challenges of such a transition together with potential solutions. The document is an operational-considerations piece aimed at mobile network operators planning IPv6-only migration.
By its name, this draft is tied to the "Correctover" project's "CCS" work, which public materials describe as a runtime authorization and evidence-verification scheme that produces multi-dimension verification receipts for AI-agent tool calls. The official Abstract could not be retrieved on this run, so this summary is approximate: it is inferred from the document name and associated public descriptions rather than the authoritative text, and no specific mechanisms, algorithms, or claims should be assumed from it. It will be grounded from the document's Abstract on the next run.
Addresses IP address allocation for networks operating in outer space. It notes that address space is formally assigned to the Regional Internet Registries (RIRs) but that there is no formal allocation dedicated to space-based networks, and it proposes updates to existing address-allocation procedures to include address space for outer space. The work sits in the "Taking IP To Other Planets" (tiptop) problem area on extending Internet addressing to interplanetary and deep-space deployments. (Abstract grounded in the closely related companion draft draft-li-tiptop-address-space.)
Defines the TLS Trust Anchors extension, a mechanism that lets relying parties and subscribers convey which certification authorities they trust. It identifies individual CAs more compactly than the existing TLS Certificate Authorities extension. To support clients that trust many CAs, it adds a mode in which servers describe the certification paths they can offer and the client selects among them; servers may advertise this during connection setup or in DNS to lower latency. (Abstract grounded in the draft-beck predecessor of this now-adopted TLS WG item.)