Kathleen:
Hi!
Any thoughts on the update to this document?
Thanks!
Alvaro.
On December 20, 2017 at 6:42:02 PM, Les Ginsberg (ginsberg) (
ginsb...@cisco.com) wrote:
Kathleen -
Thanx for the review.
V14 has been published and it attempts to address the Security concerns
raised by you and
Alissa:
Hi!
Any thoughts on the update to this document?
Thanks!
Alvaro.
On December 20, 2017 at 6:18:13 PM, Les Ginsberg (ginsberg) (
ginsb...@cisco.com) wrote:
Alissa -
Thanx for the review.
V14 has been published and it attempts to address the Security concerns
raised by you and others.
A. Reading the draft you'll find the overload bit on RIFT which IMO is the
best out-of-production solution.
B. Depends what your LEAF is. If LEAF is your TOR (most stuff today) then
RIFT will do that just fine using LEAF2LEAF procedures in fact. If we start
to run RIFT @ the server level then we'd
Hi Tony,
Thx for elaborating ...
Two small comments:
A) SID/SR use case in underlay could be as simple as gracefully taking a
fabric node out of service. Not much OPEX needed if your NMS is decent.
Otherwise in normal link state I can do overload bit, in BGP number of
solutions from shutdown to
I'm not able to be on this week's discussion (in China, going back to bed
now), but if I support Mirja's Discuss on 7.1 and 7.2.
For what that's worth. Do the right thing, of course.
Spencer
On Thu, Jan 11, 2018 at 8:41 AM, Mirja Kühlewind
wrote:
> Mirja Kühlewind has
Having said that there are interesting use cases we talk of "some binding
per node" but that's more of a KV store corner where people think it's very
useful to have the spines pushing stuff down to all nodes or (at cost of
stability) having a node push some stuff up that gets pushed down to all
Robert, productive points, thanks for raising them ... I go a bit in depth
1. I saw no _real_ use-cases for SID in DC so far to be frank (once you run
RIFT). The only one that comes up regularly is egress engineering and that
IMO is equivalent to SID=leaf address (which could be a HV address of
Mirja Kühlewind has entered the following ballot position for
draft-ietf-spring-segment-routing-msdc-08: Discuss
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Please
Benoit Claise has entered the following ballot position for
draft-ietf-spring-segment-routing-msdc-08: No Objection
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Hi,
I have one little question/doubt on scalability point of RIFT ...
Assume that someone would like to signal IPv6 prefix SID for Segment
Routing in the underlay within RIFT.
Wouldn't it result in amount of protocol state in full analogy to massive
deaggregation - which as of today is designed
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