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Section 6 discusses how a resolver can be configured with a starting
key or keys and proceed to securely resolve DNS requests.
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... valid until the "signature expiration" time which is an
unsigned number of seconds since the start of 1 January 1970, GMT,
ignoring leap seconds. (See also Section 4.4.) SIG ...
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The "time signed" field is an unsigned number of seconds since the
start of 1 January 1970, GMT, ignoring leap seconds.
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... delegation point NSs are not zone signed but zone apex NSs are).
When you have finished processing all the starting RRs as described
above, you can then use the cumulative zone hash ...
... part of this interval. Thus if *.X.ZONE exists you would expect an
NXT RR that ends at X.ZONE and one that starts with the last name
covered by *.X.ZONE. However, this "last name covered" is something
very ugly and long like \255\255\255....X.zone. So the NXT ...
... Domain Name System
(DNS) involves starting with one or more trusted public keys for one
or more zones. With trusted keys, a resolver willing to perform
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... security aware resolver would still gain some confidence in the
results it returns even if it was not configured with any keys but
trusted what it got from a local well known server as a starting
point.
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While it might seem logical for everyone to start with the key for
the root zone, this has problems. The logistics of updating every
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Starting with one or more trusted keys for a zone, it should be
possible to retrieve signed keys for its subzones which have a key
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... secure zone via a keyfile directive. This makes it
possible to climb the tree of zones if one starts below root. A
secure sub-zone is indicated by a KEY RR ...
... A resolver should keep track of the number of successive secure zones
traversed from a starting point to any secure zone it can reach. In
general, the lower such a distance number is, the greater the
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