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It is also sometimes good practice to configure a separate classified militarized zone (CMZ), [3] a highly monitored militarized zone comprising mostly Web servers (and similar servers that interface to the external world i.e. the Internet) that are not in the DMZ but contain sensitive information about accessing servers within the LAN (like ...
The Science DMZ is the codification of a set of shared best practices—concepts that have been developed over the years—from the scientific networking and systems community. The Science DMZ model describes the essential components of high-performance data transfer infrastructure in a way that is accessible to non-experts and scalable across ...
A true DMZ is a network that contains hosts accessible from the internet with only the exterior, or border, router between them. These hosts are not protected by a screening router." "A screened subnet may also be a collection of hosts on a subnet, but these are located behind a screening router.
A DMZ can be established within an enclave to host publicly accessible systems. The ideal design is to build the DMZ on a separate network interface of the enclave perimeter firewall. All DMZ traffic would be routed through the firewall for processing and the DMZ would still be kept separate from the rest of the protected network.
A major category of DNS server functionality, see above. Recursive A major category of DNS server functionality, see above. Recursion Access Control Servers with this feature provide control over which hosts are permitted DNS recursive lookups. This is useful for load balancing and service protection. Secondary Mode (or Slave Mode)
However, in practice, the root nameserver infrastructure is highly resilient and distributed, using both the inherent features of DNS (result caching, retries, and multiple servers for the same zone with fallback if one or more fail), and, in recent years, a combination of anycast and load balancer techniques used to implement most of the ...
A root name server is a name server for the root zone of the Domain Name System (DNS) of the Internet. It directly answers requests for records in the root zone and answers other requests by returning a list of the authoritative name servers for the appropriate top-level domain (TLD).
BIND, the most popular DNS name server (which includes dig), incorporates the newer DNSSEC-bis (DS records) protocol as well as support for NSEC3 records. Unbound is a DNS name server that was written from the ground up to be designed around DNSSEC concepts. mysqlBind, the GPL DNS management software for DNS ASPs, now supports DNSSEC.