BGPsec Algorithms, Key Formats, and Signature Formats
Note: This ballot was opened for revision 04 and is now closed.
Warren Kumari Yes
Alvaro Retana Yes
Comment (2019-04-11 for -04)
I support Alexey's DISCUSS: this document should be marked as Obsoleting rfc8208.
(Deborah Brungard) No Objection
(Alissa Cooper) No Objection
Roman Danyliw No Objection
Comment (2019-04-03 for -04)
Thank you for this easy to read update to RFC8208. Below are a few editorial comments: (1) Section 1. Editorial nit. s/BGPsec uses a different algorithm [RFC6090] [DSS] as compared to the rest of the RPKI by using a different algorithm that provides similar security with smaller keys making the certificates smaller;/ BGPsec uses a different algorithm [RFC6090] [DSS] as compared to the rest of the RPKI that provides similar security with smaller keys making the certificates smaller;/ (2) Section 2. Editorial nit. s/This section addresses BGPsec algorithms; for example, these algorithms are used by BGPsec routers to sign and verify BGPsec UPDATE messages./ This section addresses the algorithms used by BGPSec [RFC6090] [DSS]. For examples, these algorithms are used by BGPSec routers to sign and verify BGPsec UPDATE messages./ (3) Section 2. The sentence “To identify which algorithm is used, the BGPsec UPDATE message contains the corresponding algorithm ID in each Signature_Block of the BGPsec UPDATE message” seems redundant given that the first sentence of Section 2.1 says something very similar. (4) Section 2.1. Editorial nit. Make the use of constants here consistent with the description of “special-use Algo ID”. s/0x00 and 0xFF/0x00 (0) and 0xFF (255)/
Benjamin Kaduk No Objection
Comment (2019-04-08 for -04)
Section 2.2.1 Hash algorithms are not identified by themselves in certificates or BGPsec UPDATE messages. They are represented by an OID that combines the hash algorithm with the digital signature algorithm as follows: o The ecdsa-with-SHA256 OID [RFC5480] MUST appear in the Public-Key Cryptography Standards #10 (PKCS #10) signatureAlgorithm field [RFC2986] or in the Certificate Request Message Format (CRMF) POPOSigningKey algorithm field [RFC4211]; where the OID is placed depends on the certificate request format generated. The first paragraph talks of "certificates" but this last sentence talks about "certificate request"s. Are we trying to talk about both? Section 7 The IANA considerations are perhaps not as accurate as they could be. For example, we could say that the BGPsec Algorithm Suite Registry was originally created by RFC 8208 and has been updated to refer to this document, and similarly for the P256-SHA256 codepoint. (Just moving the references over would seem to be even more appropriate if this document were fully Obsoleting 8208.) Appendix A Do we want to note that the certificates are expired but the examples are still useful within that constraint? (They were valid at the time RFC 8208 was published but it seems imprudent to try to assume that the examples would always be valid, when writing a document such as this.)
(Suresh Krishnan) No Objection
Comment (2019-04-10 for -04)
Thanks for providing a BGPsec IPv6 example. I think it would be better if the next hop address comes out of the documentation range instead of the benchmarking range.
(Mirja Kühlewind) No Objection
(Barry Leiba) No Objection
(Alexey Melnikov) (was Discuss) No Objection
Thank you for addressing my DISCUSS.
(Adam Roach) (was Discuss) No Objection
Thanks for addressing my DISCUSS.
Martin Vigoureux No Objection
Comment (2019-04-11 for -04)
Hi if this obsoletes 8208 then the iana registry looks fine. If it is an update I see no reason to change the reference from 8208 to This Document for the identifiers 8208 had defined. -m