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Subdomains within the domain are created using the reverse ordering of the octets that form an IP address.
For example, the reverse lookup domain for the 192.168.100.0/24 network would be 100.168.192.
The reason the IP addresses are inverted is that IP addresses, when read from left to right, get more specific; the IP address starts with the more general information first.
FQDNs, in contrast, get more general when read from left to right; the FQDN starts with a specific host name.
On the Reverse Lookup Zone Name page, make sure IPv6 is selected, and then click Next.15.
In the Reverse Lookup Zone Name field, type in the prefix 2001:0dbcd:1a0f::/64, and then click Next.16. In the IP address field, enter the IPv6 address we set for the server.21.
Some of the properties you can modify include:• Dynamic Updates: The ability for clients to automatically update DNS records.• Zone Type: You can change a zone type from Primary, to Secondary, or to Stub Zone.
On Windows Server 2016 just type DNS in the search Box to quickly find the DNS console.
If a reverse lookup zone is not configured on the server to which NSLookup is pointing, you will get an error message when you invoke the nslookup command.
Security Considerations for the Presence of a Reverse Lookup Zone Being able to make NSLookup work against your DNS servers is not the only, or most important, reason why you should configure reverse lookup zones.
A reverse lookup zone is an authoritative DNS zone that is used primarily to resolve IP addresses to network resource names.
This zone type can be primary, secondary, or Active Directory–integrated.
For example, I can look up the IP 10.1.2.88 and see that it resolves to the hostname “nodaway”.