10 Dec
2015
10 Dec
'15
10:15 p.m.
On 10.12.2015 at 19:34 CET Rob Janssen wrote:
Up to now we only route to the "regional
subnet" level and each
region has only a single subnet, so there are no problems. If an
additional subnet is added and then the original one is moved there
could be problems, but this is not likely.
Even if it would happen it would only cause the lack of reachability of
network-parts in your country. This could be fixed locally quick and
easy. Never ever it would (should) bother any traffic between other
countries, that's good.
This whole thing can depend on local issues and
policies, but it
does not really matter how you do things locally as long as everyone
uses the same method to generate the prefix of the number.
ACK
I will stick to that E.212 thing as it uses only 3
digits and because
others are already doing this.
Sounds good. So let's see what we have up to now:
1.) private 32bit-ASN for 44/8 depending on E.212 country codes.
unique prefix for every country yes 42<mcc>xxxxx
ASN space dependend on size of
country on the go yes multi mccs for "big" ones
already used by some countries yes YO PA LU* (* only proposal)
mapable on internet-ASNs at edge yes --> see HamWan Group
compatible to existing 16bit-ASNs yes --> European HAMNET
compatible to existing hard-/software yes mikrotik, quagga, bird(?)
total unique management in own ASNs yes within own 42<mcc>-Range
allows different policies/registries yes every country decides
allows automatic IP-dependend ASNs yes every country decides (PA)
allows other methods for "generating" yes e.g. "klick a free ASN"
allows integration of "old" 16bit yes --> European HAMNET
allows integration of other 16bit yes no doubles --> mcc prefix
Transfer 32bit through 16bit possible yet not verified for HAMNET
Transfer 16bit through 32bit possible yet not verified for HAMNET
Anything else? Anyone out there who sees problems that could cause
issues when using this thing worldwide in ampr.org?
Once more: This is dedicated only to internal bgp-routing, not for
routing through internet.
73 de Egbert - DD9QP