
Explore how to install and configure the bind dns server, including forward and reverse zone files for a new domain. Validate and secure the dns setup and test name resolution.
Learn how DNS translates host names to IP addresses using BIND, an open source DNS server, and understand basic records like A, PTR, and CNAME for a lab setup.
Set up a two-linux-machine lab with internet access to install BIND and configure a master DNS named Mosto and a client/server named Cliton for name-resolution testing on port 53.
Set a static IP for the DNS server, install bind, verify required packages, and configure local host records to ensure local name resolution; then plan DNS firewall rules.
Configure firewall rules to allow DNS traffic on port 53 for UDP and TCP, enable and reload the named service, and validate connectivity with nmap.
Configure bind to accept DNS requests by binding port 53 to the configured IP, updating named.conf, and restarting the service.
Configure domain zone files to map domain names to ip addresses, define forward and reverse lookups, and designate master or slave servers while restricting updates.
Configure a BIND DNS server for forward and reverse lookups by creating local forward and reverse files for the open sky domain, detailing name-to-ip resolution and basic records.
Validate the BIND DNS configuration by running named-check, secure changes by setting group ownership to named and restricting edits to root, then restart and verify the service is active.
Configure the bind dns server and define name records for the server and a client, then test name resolution by updating the client's dns settings to point to the server.
BIND is open source software that enables you to publish your Domain Name System (DNS) information on the Internet, and to resolve DNS queries for your users. The name BIND stands for “Berkeley Internet Name Domain”.
Why to use BIND?
In this quick course on BIND – we will discuss the following sections :