I-D list for Autonomic Networking Integrated Model and Approach RSS FeedDocument changesurn:uuid:0c1ccd30-748c-57d2-9aa2-5c4603896a882026-03-07T06:10:47.994390+00:00The Autonomic Deployment Mechanism of Service Intent in Autonomic Networksurn:datatracker-ietf-org:event:11263002026-03-02T13:13:54.086250+00:002026-03-02T13:13:54.086250+00:00Jialu DuNew version available: <b>draft-du-anima-service-intent-auto-deployment-00.txt</b>new_revisionnoneactiveidexists This document defines a generic service intent deployment mechanism.
It enables automated negotiation and coordination of heterogeneous
resources. The mechanism uses RM ASAs and the Generic Autonomic
Signaling Protocol (GRASP) for dynamic interactions and resource
exchanges. It specifies a complete workflow covering intent
reception, parsing, responder selection, negotiation, solution
integration, resource confirmation, and dynamic adjustment. It
employs standardized message formats, a negotiation state machine,
and convergence logic to jointly optimize multiple resources and
ensure end-to-end service level objectives. Its design features good
scalability and fault tolerance, making it suitable for automated
orchestration and lifecycle management in intent-driven networks.
00The Autonomic Deployment Mechanism of Service Intent in Autonomic Networksurn:datatracker-ietf-org:event:11262992026-03-02T13:13:54.082701+00:002026-03-02T13:13:54.082701+00:00Jialu DuNew version accepted (logged-in submitter: jialu du)new_submissionnoneactiveidexistsThe Autonomic Deployment Mechanism of Service Intent in Autonomic Networksurn:datatracker-ietf-org:event:11262982026-03-02T13:13:13.668336+00:002026-03-02T13:13:13.668336+00:00Jialu DuUploaded new revisionnew_submissionnoneactiveidexistsDefinition of Service Intent in Autonomic Networksurn:datatracker-ietf-org:event:11262612026-03-02T12:15:22.881452+00:002026-03-02T12:15:22.881452+00:00Longwei ZhuNew version available: <b>draft-zhu-anima-service-intent-00.txt</b>new_revisionnoneactiveidexists While ANIMA Intent enables goal-oriented control within an Autonomic
Domain, emerging services (e.g., AI inference) require a common,
interoperable representation for expressing service-level objectives
and constraints that span network, compute, and storage resources,
rather than connection-centric descriptions. This document defines
Service Intent for Autonomic Networks by specifying a structured
semantic model and a concise format with identification, scope,
versioning, and lifecycle semantics.
00Definition of Service Intent in Autonomic Networksurn:datatracker-ietf-org:event:11262602026-03-02T12:15:22.877954+00:002026-03-02T12:15:22.877954+00:00Longwei ZhuNew version accepted (logged-in submitter: Longwei Zhu)new_submissionnoneactiveidexistsDefinition of Service Intent in Autonomic Networksurn:datatracker-ietf-org:event:11262592026-03-02T12:14:42.982341+00:002026-03-02T12:14:42.982341+00:00Longwei ZhuUploaded new revisionnew_submissionnoneactiveidexistsGRASP Extensions for CATS Metrics Distributionurn:datatracker-ietf-org:event:11258812026-03-02T03:31:51.458636+00:002026-03-02T03:31:51.458636+00:00Kehan YaoNew version available: <b>draft-yao-anima-grasp-cats-metrics-distribution-00.txt</b>new_revisionnoneactiveidexists Computing-Aware Traffic Steering (CATS) requires distribution of
computing metrics across the network to enable efficient traffic
steering decisions. The Generic Autonomic Signaling Protocol (GRASP)
provides a distributed approach for autonomic node discovery, state
synchronization, and parameter negotiation in Autonomic Networking
(AN). This document defines extensions to the GRASP protocol to
support the distribution of CATS metrics, by specifing the GRASP
Objective definition for CATS metrics, structured encodings,
distribution mechanisms tailored for dynamic and distributed network
scenarios such as edge computing.
00GRASP Extensions for CATS Metrics Distributionurn:datatracker-ietf-org:event:11258802026-03-02T03:31:51.455396+00:002026-03-02T03:31:51.455396+00:00Kehan YaoNew version accepted (logged-in submitter: Kehan Yao)new_submissionnoneactiveidexistsGRASP Extensions for CATS Metrics Distributionurn:datatracker-ietf-org:event:11258792026-03-02T03:31:00.366237+00:002026-03-02T03:31:00.366237+00:00Kehan YaoUploaded new revisionnew_submissionnoneactiveidexistsAutonomic SRv6 Network Fast Failover Using Bounce-back Strategy with GRASPurn:datatracker-ietf-org:event:11256732026-03-01T14:21:33.508122+00:002026-03-01T14:21:33.508122+00:00杜林潼New version available: <b>draft-du-anima-srv6-failover-grasp-00.txt</b>new_revisionnoneactiveidexists This document specifies an autonomic fast failover mechanism for SRv6
networks using a bounce-back strategy. It uses GRASP to distribute
failover protection information, enabling data plane fast reroute
without control plane reconvergence.
00Autonomic SRv6 Network Fast Failover Using Bounce-back Strategy with GRASPurn:datatracker-ietf-org:event:11256722026-03-01T14:21:33.504802+00:002026-03-01T14:21:33.504802+00:00杜林潼New version accepted (logged-in submitter: 杜林潼)new_submissionnoneactiveidexistsAutonomic SRv6 Network Fast Failover Using Bounce-back Strategy with GRASPurn:datatracker-ietf-org:event:11256712026-03-01T11:10:35.529182+00:002026-03-01T11:10:35.529182+00:00杜林潼Uploaded new revisionnew_submissionnoneactiveidexistsAn Intent-based Framework of Network Services Autonomic Deployment and Managementurn:datatracker-ietf-org:event:11256162026-03-01T09:03:55.286805+00:002026-03-01T09:03:55.286805+00:00Sheng JiangNew version available: <b>draft-ietf-anima-network-service-auto-deployment-07.txt</b>new_revisionietfanimaToerless Eckertactiveidexistsparked This document introduces an intent-based framework for network
services autonomic deployment and management. It autonomically
deploys network services that require customized combinations of
network resources and dynamically manage these resources throughout
their lifecycle. The framework leverages the GeneRic Autonomic
Signaling Protocol (GRASP) to facilitate the dynamic exchange of
resource management signals among autonomic nodes, thereby enabling
coordinated and consistent operations within an autonomic network
domain. This framework is generic and applicable to most types of
network resources.
07An Intent-based Framework of Network Services Autonomic Deployment and Managementurn:datatracker-ietf-org:event:11256152026-03-01T09:03:55.283145+00:002026-03-01T09:03:55.283145+00:00Sheng JiangNew version approvednew_submissionietfanimaToerless EckertactiveidexistsparkedAn Intent-based Framework of Network Services Autonomic Deployment and Managementurn:datatracker-ietf-org:event:11256142026-03-01T09:02:10.536560+00:002026-03-01T09:02:10.536560+00:00(System)Request for posting confirmation emailed to previous authors: Joanna Dang <dangjuanna@huawei.com>, Sheng Jiang <shengjiang@bupt.edu.cn>, Zongpeng Du <duzongpeng@chinamobile.com>, anima-chairs@ietf.orgnew_submissionietfanimaToerless EckertactiveidexistsparkedAn Intent-based Framework of Network Services Autonomic Deployment and Managementurn:datatracker-ietf-org:event:11256132026-03-01T09:02:10.242261+00:002026-03-01T09:02:10.242261+00:00Sheng JiangUploaded new revisionnew_submissionietfanimaToerless EckertactiveidexistsparkedConstrained Bootstrapping Remote Secure Key Infrastructure (cBRSKI)urn:datatracker-ietf-org:event:11249892026-02-27T12:49:46.263610+00:002026-02-27T12:49:46.263610+00:00Esko DijkNew version available: <b>draft-ietf-anima-constrained-voucher-30.txt</b>new_revisionietfanimaToerless Eckertactiveidexistswg-lc This document defines the Constrained Bootstrapping Remote Secure Key
Infrastructure (cBRSKI) protocol, which provides a solution for
secure zero-touch onboarding of resource-constrained (IoT) devices
into the network of a domain owner. This protocol is designed for
constrained networks, which may have limited data throughput or may
experience frequent packet loss. cBRSKI is a variant of the BRSKI
protocol, which uses an artifact signed by the device manufacturer
called the "voucher" which enables a new device and the owner's
network to mutually authenticate. While the BRSKI voucher data is
encoded in JSON, cBRSKI uses a compact CBOR-encoded voucher. The
BRSKI voucher data definition is extended with new data types that
allow for smaller voucher sizes. The Enrollment over Secure
Transport (EST) protocol, used in BRSKI, is replaced with EST-over-
CoAPS; and HTTPS used in BRSKI is replaced with DTLS-secured CoAP
(CoAPS). This document Updates RFC 8995 and RFC 9148.
30Constrained Bootstrapping Remote Secure Key Infrastructure (cBRSKI)urn:datatracker-ietf-org:event:11249882026-02-27T12:49:46.260214+00:002026-02-27T12:49:46.260214+00:00Esko DijkNew version accepted (logged-in submitter: Esko Dijk)new_submissionietfanimaToerless Eckertactiveidexistswg-lcConstrained Bootstrapping Remote Secure Key Infrastructure (cBRSKI)urn:datatracker-ietf-org:event:11249872026-02-27T12:49:46.205345+00:002026-02-27T12:49:46.205345+00:00Esko DijkUploaded new revisionnew_submissionietfanimaToerless Eckertactiveidexistswg-lcA Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247792026-02-27T01:39:44.041293+00:002026-02-27T01:39:44.041293+00:00Mahesh JethanandaniPlease see review at - https://mailarchive.ietf.org/arch/msg/anima/Bq_6VlUn84w6wG2hR6Z6NTcn7Bk/added_commentietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pubA Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247782026-02-27T01:39:44.031964+00:002026-02-27T01:39:44.031964+00:00(System)Changed action holders to Mahesh Jethanandani, Kent Watsen, Michael Richardson, Esko Dijk, Toerless Eckert, Qiufang Ma (IESG state changed)changed_action_holdersietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pubA Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247772026-02-27T01:39:43.899045+00:002026-02-27T01:39:43.899045+00:00Mahesh JethanandaniIESG state changed to <b>AD Evaluation::Revised I-D Needed</b> from Publication Requestedchanged_stateietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pubA Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247452026-02-26T22:18:29.737194+00:002026-02-26T22:18:29.737194+00:00Kent WatsenNew version available: <b>draft-ietf-anima-rfc8366bis-27.txt</b>new_revisionietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pub This document defines a strategy to securely assign a Pledge to an
Owner using an artifact signed, directly or indirectly, by the
Pledge's manufacturer. This artifact is known as a "Voucher".
This document defines an artifact format as a YANG-defined JSON or
CBOR document that has been signed using a variety of cryptographic
systems.
The Voucher Artifact is normally generated by the Pledge's
manufacturer (i.e., the Manufacturer Authorized Signing Authority
(MASA)).
This document updates RFC8366: it includes a number of desired
extensions into the YANG module. The Voucher Request YANG module
defined in RFC8995 is also updated and now included in this document,
as well as other YANG extensions needed for variants of BRSKI/
RFC8995.
27A Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247442026-02-26T22:18:29.733406+00:002026-02-26T22:18:29.733406+00:00Michael RichardsonNew version approvednew_submissionietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pubA Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247432026-02-26T22:14:19.456588+00:002026-02-26T22:14:19.456588+00:00(System)Request for posting confirmation emailed to previous authors: Esko Dijk <esko.dijk@iotconsultancy.nl>, Kent Watsen <kent+ietf@watsen.net>, Michael Richardson <mcr+ietf@sandelman.ca>, Qiufang Ma <maqiufang1@huawei.com>, Toerless Eckert <tte@cs.fau.de>new_submissionietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pubA Voucher Artifact for Bootstrapping Protocolsurn:datatracker-ietf-org:event:11247422026-02-26T22:14:19.103797+00:002026-02-26T22:14:19.103797+00:00Kent WatsenUploaded new revisionnew_submissionietfanimaSheng JiangMahesh Jethanandaniactivead-evalsub-pub