Both communicate using a UDP-based Lightweight Resolver Protocol.īIND provides tools that help manage a DNS system, including: Maintains a DNS zone file and responds to DNS requests, acting either as a Caching-Only Name Server, for use by clients internal to an organization, or an Authoritative-Only Name Server, for use by external clients.īIND provides a combination of a lightweight resolver library that can be run on DNS clients, such as host operating systems or routers, and a resolver daemon process which can run on a local host. A newer version,īIND 10, was released in 2014, but the ISC concluded its work on the project due to cost considerations, renamed it Bundy and delegated its development to the community. The latest version of BIND, version 9, was released in 2000 and offered support for DNSSEC, TSIG, nsupdate, IPv6, and remote name daemon control with encryption via shared secret. In the mid-1980s, development was taken over by Paul Vixie of Digital Equipment Corporation, and in 2012 the project because the ownership of the Internet Systems Consortium (ISC).
History of BINDīIND was written by four graduate students at the University of California, Berkeley - Douglas Terry, Mark Painter, David Riggle and Songnian Zhou, as part of the DARPA project (the predecessor of the modern Internet).
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BIND is an open source system free to download and use, offered under the Mozilla Public License.īIND can be used to run a caching DNS server or an authoritative name server, and provides features like load balancing, notify, dynamic update, split DNS, DNSSEC, IPv6, and more. It was developed in the 1980s at the University of Berkley and is currently in version 9. Berkeley Internet Name Domain (BIND) is the most popular Domain Name System (DNS) server in use today.
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