Skip to main content

overview of network security


  • We have to identify the confidential information that needs to be protected on the network.
  • The necessary security policies and guidelines should be defined for the organization.
  • There should be at least one outcomes and accomplishments for each security objectives in order to ensure we have to set the proper security policies within the organization.
  •  The required Security technologies need to be defined in protecting the critical infrastructure of the network. Critical infrastructure refers to critical resources like data, servers, hosts, clients that need to be protected on the network
  • There are various security risks and challenges that needs to be addressed on the network
  •  There are always consequences that organization have to face of not implementing proper security infrastructure.
  •  Companies have to support the development of various innovative solutions for securing future data on the network.
  • Companies have to build some solution in order to avoid various risks and tolerance strategy for an insecure network.

Network Security has the greatness of taking the necessary measures in protect different assets of the organization from various security threats within the infrastructure. Network security also ensures that there are enough security policies and procedures defined in order to safeguard various critical assets of the organization. Network Security defines various processes within the organization in order to assess, identify and remove various security threats within the organization.

Comments

Popular posts from this blog

TCP/IP protocol

TCP (Transmission Control Protocol):- TCP (Transmission Control  Protocol ) is a standard that defines how to establish and maintain a network conversation via which  application programs  can exchange data. TCP works with the Internet Protocol ( IP ), which defines how computers send  packet s of  data  to each other. Together, TCP and IP are the basic rules defining the Internet. TCP is defined by the Internet Engineering Task Force ( IETF ) in the Request for Comment ( RFC ) standards document number 793. TCP is a connection-oriented protocol, which means a connection is established and maintained until the application programs at each end have finished exchanging messages. It determines how to break application data into packets that  networks  can deliver, sends packets to and accepts packets from the network layer, manages  flow contro l ,  and—because it is meant to provide error-free data transmi...

What is technical analysis?

 Technical Analysis (also abbreviated as TA) is a popular technique that allows you to do just that. It not only helps you develop a point of view on a particular stock or index but also helps you define the trade keeping in mind the entry, exit and risk perspective.  Like all research techniques, Technical Analysis also comes with its own attributes, some of which can be highly complex. However, technology makes it easy to understand. Technical Analysis is a research technique to identify trading opportunities in market based on the actions of market participants. The actions of market participants can be visualized by means of a stock chart. Over time, patterns are formed within these charts and each pattern conveys a certain message. The job of a technical analyst is to identify these patterns and develop a point of view. Like any research technique, technical analysis stands on a bunch of assumptions. As a practitioner of technical analysis, you need to trade the markets k...

connection oriented

connection-oriented:- connection-oriented  describes a means of transmitting data in which the devices at the end points use a preliminary  protocol  to establish an end-to-end connection before any data is sent. Connection-oriented protocol service is sometimes called a "reliable" network service, because it guarantees that data will arrive in the proper sequence. Transmission Control Protocol ( TCP ) is a connection-oriented protocol. For connection-oriented communications, each end point must be able to transmit so that it can communicate. The alternative to connection-oriented transmission is the  connection-less  approach, in which data is sent from one end point to another without prior arrangement. Connection-less protocols are usually described as  stateless  because the end points have no protocol-defined way to remember where they are in a "conversation" of message exchanges. Because they can keep track of a conversation, connection-or...

tag