The IESG has approved the following document:
- 'Softwire Problem Statement '
<draft-ietf-softwire-problem-statement-03.txt> as
an Informational RFC
This document is the product of the Softwires Working Group.
The IESG contact persons are Mark Townsley and Jari Arkko.
A URL of this Internet-Draft is:
http://www.ietf.org/internet-dra
fts/draft-ietf-softwire-problem-statement-03.txt
Technical Summary
The Softwires Working Group is specifying the
standardization of
discovery, control and encapsulation methods for
connecting IPv4
networks across IPv6-only networks and IPv6 networks
across IPv4-only
networks in a way that will encourage multiple,
inter-operable vendor
implementations. At the highest level, the Softwires
Working Group
is tasked to identify, and extend where necessary,
standard protocols
to support a selected set of "IPv4/IPv6" and
"IPv6/IPv4" transition
problems. This document describes the specific problems
("Hubs and
Spokes" and "Mesh") that will be solved as
part of a solution phase
following the completion of this document, within a
relatively tight
"time-to-market" as requested by operators at
IETF 63. Some
individual requirements (and non-requirements) are also
identified in
this document at times in order to better describe the
specific scope
for a given problem definition.
Working Group Summary
One of the primary missions of the softwires WG is to
define the
problem spaces for which it is going to provide solutions
for (one
solution per problem space). The WG held its first
Interim meeting
in Sept 2005, and after much discussion narrowed the
space down to
problems associated with two general topologies, as
defined in
this document. Consensus was solid that these were the
problems that
the WG was going to address in its next phase, and this
document has
been the basis for that work (which has already advanced
considerably).
Protocol Quality
There is no protocol defined here as this is a problem
statement
document. The document has been reviewed for the IESG by
Mark
Townsley, and softwire WG chairs Alain Durand and David
Ward.
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