1 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt A Reference Model for Autonomic Networking draft-behringer-anima-reference-model-00.txt.

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1 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt A Reference Model for Autonomic Networking draft-behringer-anima-reference-model-00.txt 91 th IETF, 10 Nov 2014 Michael Behringer Brian Carpenter Toerless Eckert

2 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt Background History –A Framework for Autonomic NetworkingJun 2012 draft-behringer-autonomic-network-framework-00.txt –Bar IETF (Berlin) Jul 2013 –Autonomic Networking - Definitions and Design GoalsDec 2013 draft-irtf-nmrg-autonomic-network-definitions-00.txt Goal of this document: –“Define how the various elements in an autonomic context work together, to describe their interfaces and relations.”

3 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt Traditional Configuration Monitoring Reporting Routing Autonomic Policy and Service Orchestration Aggregated Reporting Routing Discovery Autonomic interactions Autonomic Networking means:  Minimize operator interventions  Minimize NMS dependencies Describe these interactions

4 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt Reference Model of an Autonomic Node Autonomic Node Standard Operating System Functions Autonomic Control Plane Autonomic Service Agents Self-Knowledge Network- Knowledge (Discovery) Autonomic User Agent IntentFeedback loops From draft-irtf-nmrg-autonomic-network-definitions:

5 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt 1. Introduction The Network View Entities in an Autonomic Network The Network Element The Registrar Element The MASA Naming Addressing Trust Infrastructure Autonomic Control Plane Discovery Negotiation and Synchronisation Intent Distribution Reporting Feedback Loops Routing Hybrid Approach with Non-Autonomic Functions Security Considerations Threat Analysis

6 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt Relationship with Homenet Homenet approach is essentially autonomic –This document should also “work” for homenet! Tries to avoid a central server (“god box”) Personal opinion: –You need security, assert group membership –Domain certificate seems a good idea –This requires a trust anchor Protocols: –HNCP limited to homenet –GDN doesn’t exist yet Options: –Leave both approaches –HNCP++: make HNCP more scalable –Wait for GDN We should explore!

7 IETF 91, 10 Nov 2014draft-behringer-anima-reference-model-00.txt Next Steps Homenet: Does this reference model fit homenet? –Please provide feedback! Incorporate feedback Keep document as concise as possible Goal: –Adoption as WG document –Informational RFC