Computer Networks

This protocol recognises and acknowledges each packet separately to ensure reliable delivery of each packet.

This allows a packet sent to be automatically delivered to all machines listening to a single specific address.

This protocol is not a binary protocol and supports passing of secure socket layer termination information and common headers and values are encoded.

It controls whether burp suit communicates directly with remote web server or via a down stream http proxy.

By using this HTTP module selection, one can replace most of the httpd and it is generally more efficient to use the dedicated directives.

This protocol attempts to discover a proxy and automatically falls back to the no proxy setting if the attempt fails.

This protocol has no limit on request header size and it can be added by httpd using custom headers.

This protocol is a network traffic monitor protocol developed by Cisco systems for collecting IP traffic information.

This tool takes a look at network conditions from the perspective of the packet.

This technology will route the protocols that it knows how to route, and bridge all other protocols.

This tool is an early attempt to overcome the limitations of an individual protocol analyzer.

This command specifies the options template export statistics, including how many export packets have been sent.

A protocol stack refers to the complete set of network protocols, organized in layers, that a system uses to communicate. Each layer in the stack handles a specific part of the communication process, such as physical transmission or end-to-end reliability. The term 'stack' describes how these protocols are layered on top of one another.

The Internet Protocol version 4 (IPv4) is the primary and most widely used protocol for routing traffic on the internet. While IPv6 is being phased in to provide more addresses, IPv4 remains the foundational protocol for most internet communications.