[Opendnssec-announce] OpenDNSSEC 2.0.0 released

[Berry A.W. van Halderen]

Dear OpenDNSSEC community,

It gives us pleasure to announce the release of OpenDNSSEC 2.0

Download it here:

* https://dist.opendnssec.org/source/opendnssec-2.0.0.tar.gz
* https://dist.opendnssec.org/source/opendnssec-2.0.0.tar.gz.sig
* Checksum SHA256:
3f3087ee1f2dee8b55d823d4b6825dc0212ea5162965382df11b2de36b888b7f

OpenDNSSEC got a entire re-write of the enforcer.  This part of
OpenDNSSEC controls changing signing keys in the right way to perform
a roll-over.  Before, the enforcer would perform a roll-over according
to a strict paradigm.  One scenario in which deviations would not be
possible.

The new enforcer is more aware of the zone changes being propagated in
the Internet.  It can therefor decide when it is safe to make changes,
rather than to rely upon a given scenario.  This makes it possible now
for OpenDNSSEC to:
- Allow changing your TTL values and all other related parameters in
  your key and signing policy (KASP).  OpenDNSSEC will know which
  outdated records may still be on the Internet due to their TTL and
  only roll when it is safe.
- It is possible to safely roll to an unsigned situation, without going
  bogus.
- Perform a roll-over procedure at any time, even if a roll-over
  procedure is still in progress, this way you can abort a roll-over
  and perform emergency roll-overs.
- Perform a roll-over to a different signing algorithm.  DNSSEC requires
  the algorithm number of ZSK and KSK to be the same, so a roll-over to
  a different algorithm requires a different sequence.
- Since there is no longer a single scenario, it will become possible
  to perform other roll-over methods, like a double DS roll-over or
  a double RRSIG roll-over.

These features keep your zone valid even in situations where changing
parameters could trap you into a bogus situation.  OpenDNSSEC chooses
the fastest safe steps to keep (or even heal) your zone.
Other features have also been realized in this rewrite:

- Shared keys, allowing multiple zones to share the most recent signing
  key for that policy.  Useful when having many zones, and a limited
  storage in your HSM.
- Combined keys, allow KSK and ZSK to be the same key, also limiting
  the   usage of keys, but also simplify key usage.
- Also allow zones to pass unsigned.  This allows for a chain of
  software packages where both signed and unsigned zones can follow
  the same steps in your chain, simplifying the set-up.
- And the enforcer no longer requires to be run periodically, but runs
  as a proper daemon which wakes up at the proper time.
- Allow for multiple HSMs, also allowing you to roll to roll your zone
  from keys in one HSM to another.  Or to store KSK and ZSK separately.
- This could even be used in set-ups where the key set is signed
  separately from your zone.
- And the enforcer daemon can now be queried and given commands using
  command line channel.

Administratively, there has also been a major change.  NLnet Labs has
adopted the full development of OpenDNSSEC, where previously it was
one of the partners in the project.  This ensures a future-safe
continued development of OpenDNSSEC.  In this respect we will see
more features enhancements in quicker release cycles soon.

Some heads-up when trying it out after being used to 1.4:
- Scripted migration from 1.4 to 2.0 is available, see MIGRATION file;
- Use command ods-enforcer-db-setup rather than "ods-ksmutil setup";
- Any other use of ods-ksmutil is replaced with the ods-enforcer command,
  which at the moment requires the enforcer daemon to be running;
- Use ods-enforcer zone add and delete rather than modifying the
  zonelist.xml file yourself.  This file is not kept up-to-date
  automatically anymore;
- to start using OpenDNSSEC, use ods-enforcer policy import instead
  of update kasp to update your policies;
- Getting started at:
  https://wiki.opendnssec.org/display/DOCS20/Quick+start+guide

With kind regards,
The OpenDNSSEC Team.

-------------- next part --------------
A non-text attachment was scrubbed...
Name: signature.asc
Type: application/pgp-signature
Size: 473 bytes
Desc: OpenPGP digital signature
URL: <http://lists.opendnssec.org/pipermail/opendnssec-announce/attachments/20160707/25ce55d9/attachment.bin>