Maybe something like this (if you can break it into different bgp ASNs by
network area):
"draft-mohanty-bess-ebgp-dmz-03"
https://datatracker.ietf.org/doc/html/draft-mohanty-bess-ebgp-dmz-03
On Wed, Oct 13, 2021, 10:30 Adam Thompson wrote:
> Looking for recommendtions or suggestions...
>
>
Has anyone come across any product or technology that can handle the
multi-path-ness and the private-network-ness like a regular router, but also
provides the intelligent per-flow path steering based on e.g. latency, like an
SD-WAN device (and/or some firewalls)?
Maybe add a little bit of
On 10/13/21 11:29 AM, Adam Thompson wrote:
I've got a downstream customer asking for help; they have a private
internal network that I've taken to calling the "partial-mesh network
from hell": it's got two partially-overlapping radio networks, mixed
with islands of isolated fiber
...@merlin.mb.caAntworten: mrodrig...@fletnet.comCc: nanog@nanog.orgBetreff: Re: Increase bandwidth usage in partial-mesh network? Assuming that the reasons for the low bandwidth and use of radio is due to physical constraints - distances, inhospitable terrain between nodes, etc. In this case, some good 'ol MPLS
Assuming that the reasons for the low bandwidth and use of radio is due to
physical constraints - distances, inhospitable terrain between nodes, etc.
In this case, some good 'ol MPLS traffic engineering using LSP's with
bandwidth reservations may be the way to influence how traffic is routed.
...@merlin.mb.ca<mailto:athomp...@merlin.mb.ca>
www.merlin.mb.ca<http://www.merlin.mb.ca/>
From: Fletcher Kittredge
Sent: October 13, 2021 12:59
To: Adam Thompson
Cc: nanog
Subject: Re: Increase bandwidth usage in partial-mesh network?
Hey! From the descrip
On Wed, Oct 13, 2021 at 10:30 AM Adam Thompson wrote:
> Has anyone come across any product or technology that can handle the
> multi-path-ness and the private-network-ness like a regular router, but also
> provides the intelligent per-flow path steering based on e.g. latency, like
> an SD-WAN
On 10/13/21 19:59, Fletcher Kittredge wrote:
Hey! From the description it must be one of our clients!
Just beware if you go this route, a network that is probably already
unstable and unreliable will become at least an order of magnitude
worse. You can't fix ten lbs of stuff into a 4 lb
Hey! From the description it must be one of our clients!
Just beware if you go this route, a network that is probably already
unstable and unreliable will become at least an order of magnitude worse.
You can't fix ten lbs of stuff into a 4 lb stuff bag. The internet
protocols do not tolerate
Looking for recommendtions or suggestions...
I've got a downstream customer asking for help; they have a private internal
network that I've taken to calling the "partial-mesh network from hell": it's
got two partially-overlapping radio networks, mixed with islands of isolated
fiber
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