Hopefully this guide will help you if you have configured a caching-only DNS server on Windows 2003.
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Install and configure DNS on the local domain controller. Add DNS to this MMC snap-in: QUERY:
a. Click Start | Run, type mmc in the Open box and click OK. From the File menu, select Add / Remove Snap-in. In the main Add / Remove Snap-in dialog box, click Add.
In the Add Standalone Snap-in discussion field, click DNS, click Add, and then click Close to complete the process.
Click Close on any Add Auto dialog box.stand-alone snap-in “and just click” OK “in the Add / Remove Snap-in dialog box.
Don’t add zones (this is just a cache-only implementation).
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Right click on the server entry in DNS Manager and open the discussion of properties. Select the Transfer tab, add the following items to the list. (10.63.32.200, 10.63.32.161). Then select the Root Hints tab as shown in Figure 5.6. Make sure there is only one specific entry on the root servers (192 list.168.1.5).
6. After completing the settings on the DNS server, you need to change the settings of your correct local DHCP server. In the properties of the DHCP server you need if you need to enter the IP address of the newly created DNS server. Then specify how the first DNS server record should be the person’s IP address for that server’s DNS.
Each sector must have at least one authoritative DNS server that hosts the primary or secondary copy of the zone data. Ideally, the primary DNS servers for the entire organization should be located as close to the bottom of the network as possible. For performance reasons, each There must be a DNS server, even if it is essentially a caching-only server. Larger locations correspond to their own secondary servers. In fact, in a homogeneous Microsoft environment, a domain controller at the location of the integrated Active Directory partitions will serve the entire organization very well. Additionally, DNS in Windows Server 2003 supports clusters. Therefore, you can configure a cluster of DNS servers for high availability using Microsoft Cluster Services or balancing hundreds of fault-tolerant networks.
The number of servers sufficient to realign the DNS infrastructure is directly proportional to the number of requests that need to be resolved. A large organization needs a dynamic naming service in any situation instead of a large number of servers. Depending on the work done and the ideas implemented, a small number of several can generate a significant amount of DNS traffic. According to Microsoft, a server running at 750 MHz on an alternatively equivalent Intel Pentium III can process up to 10,000 thoughts per second. DNS queries p They are essentially the same as queries on any website, so DNS servers must be designed accordingly. Operational databases are CPU and memory intensive, and depending on the amount of area data that needs to be retained, they can be disk intensive. Increasing the processor size practically affects the time it takes to resolve DNS queries, but not as much as increasing storage capacity. The computer’s cached DNS files reside in memory that is accessed slightly faster than the hard drive, and there is a legitimate reason why more memory means longer cached data. This is also described in the DNS Server section of Chapter 7, Service Size and Location.
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Make sure the instrument has a static IP address.Install the DNS service as usual (Start – Settings – Control Panel – Add / Remove Software – Add / Remove Windows Components – Components – Network Services – Details – Domain Name System (DNS) – OK – Next – Last)
In Windows Server 2003, you can organizeUse DNS to protect DNS clients, protect this DNS namespace, protect DNS acceleration services on the Windows server, and secure DNS zone transfers by implementing dynamic updates to DNS resource records. DNS security is ultimately similar to this chapter if we
A cached DNS web hosting server will reduce outbound DNS traffic and accelerate upstream name resolution. It receives requests from satisfied customers, executes requests in a different name hosting zone, caches the results, and returns those successes to the client. This reduces extroverted DNS traffic and speeds up name resolution.
