"Defensive" BGP hijacking?
dougm.work at gmail.com
Fri Sep 16 15:31:59 UTC 2016
Ah, the global system I was referring to was the RPKI as distributed
repository of routing information. With consistent properties (data
formats, security models, data validation techniques, etc) across all 5
What an ISP does with the RPKI data, interns of route filtering, is always
a local policy decision. Somehow "global enforcement system" sounded
like a vision where ISPs don't have a choice of how and where to use the
system. Maybe I read too much into the phrasing.
In the end, I think the issues boils down to if the community has the
desire and will to address the route hijack issue. If the answer is no,
then no further discussion is needed. If the answer is yes, then it is
best to discuss and compare real proposals / mechanisms to address the
issue at scale.
I am still interested in some detail on the "tyranny implications". We
can't address them until we know what they are and how they compare to any
other solution that tries to address the same problem.
On Wed, Sep 14, 2016 at 6:04 PM, Mel Beckman <mel at beckman.org> wrote:
> I was basing my comments on your statement "If only there were a global
> system.." However you slice or dice it, the tyranny implications have not
> yet been addressed. That certainly needs to be in front of any technical
> idea such as RPKI.
> Although I haven't participated in the OT&E, nothing I've read in RFC 6810
> talks about these issues. It talks about authentication and transport
> security, but doesn't talk about the potential for government interference.
> -mel beckman
> On Sep 14, 2016, at 8:22 AM, Doug Montgomery <dougm.work at gmail.com> wrote:
> If you are speaking of RPKI based origin validation, I am not sure
> "automated / global enforcement system" is a useful description. It does
> provide a consistent means for address holders to declare AS's authorized
> to announce prefixes, and a means for remote ASs to compare received
> updates vs such declarations. What the receiving AS does with the
> validation information is strictly a local policy matter.
> Frankly, this is no more a "new automated enforcement system" than
> IRR-based route filtering has been for 20 years. The only difference is
> that there is a consistent security model across all 5 RIRs as to who can
> make such declarations and it is tightly tied to the address allocation
> business process.
> I have seen a lot of FUD about the specter of interference, but not a lot
> of serious thought / discussion. Having a serious technical discussion of
> potential risks and mitigations in the system would be useful.
> On Wed, Sep 14, 2016 at 10:51 AM, Mel Beckman <mel at beckman.org> wrote:
>> Scott and Doug,
>> The problem with a new automated enforcement system is that it hobbles
>> both agility and innovation. ISPs have enjoyed simple BGP management,
>> entirely self-regulated, for decades. A global enforcement system, besides
>> being dang hard to do correctly, brings the specter of government
>> interference, since such a system could be overtaken by government entities
>> to manhandle free speech.
>> In my opinion, the community hasn't spent nearly enough time discussing
>> the danger aspect. Being engineers, we focus on technical means, ignoring
>> the fact that we're designing our own guillotine.
>> -mel beckman
>> > On Sep 14, 2016, at 12:10 AM, Scott Weeks <surfer at mauigateway.com>
>> > --- dougm.work at gmail.com wrote:
>> > From: Doug Montgomery <dougm.work at gmail.com>
>> > If only there were a global system, with consistent and verifiable
>> > properties, to permit address holders to declare the set of AS's
>> > to announce their prefixes, and routers anywhere on the Internet to
>> > independently verify the corresponding validity of received
>> > *cough https://www.nanog.org/meetings/abstract?id=2846 cough*
>> > ------------------------------------------------
>> > Yes, RPKI. That's what I was waiting for. Now we can get to
>> > a real discussion... ;-)
>> > scott
> DougM at Work
DougM at Work
More information about the NANOG