Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.

...

  1. InCommon Operations will deploy three new metadata aggregates at the following permanent HTTP locations:
    • http://md.incommon.org/InCommon/InCommon-metadata.xml (production metadata)
    • http://md.incommon.org/InCommon/InCommon-metadata-preview.xml (preview metadata)
    • http://md.incommon.org/InCommon/InCommon-metadata-fallback.xml (fallback metadata)
  2. All metadata aggregates will be signed using a new self-signed signing certificate set to expire on December 18, 2037.
    • Although the signing certificate is new, the signing key is not.
  3. All metadata aggregates will be signed with the same key but the fallback metadata aggregate will use a different digest algorithm.
    • Both the production metadata aggregate and the preview metadata aggregate will be signed using a SHA-2 digest algorithm (specifically, SHA-256).
    • The Initially, the fallback metadata aggregate will be signed using the SHA-1 digest algorithm (which is what we use now).
  4. All deployments shall migrate to one of the new metadata aggregates ASAP but no later than March 29, 2014.
    • The current metadata aggregate will be replaced with a redirect to the fallback metadata aggregate on March 29, 2014.
    • If your metadata process can verify an XML signature that uses the SHA-256 digest algorithm, migrate to the production metadata aggregate or the preview metadata aggregate.
    • If your metadata process can not verify an XML signature that uses the SHA-256 digest algorithm, migrate to the fallback metadata aggregate.
  5. All deployments shall migrate to the production metadata aggregate or the preview metadata aggregate by June 30, 2014.
    • On June 30, the fallback metadata aggregate will be synced with the production metadata aggregate (i.e., all aggregates will be signed using the SHA-256 digest algorithm).
    • After June 30, all metadata aggregates published by the InCommon Federation will be signed using the SHA-256 digest algorithm.

...