Network security is a set of technologies designed to protect the usability and integrity of an organization's infrastructure by preventing various potential threats from entering or propagating within the network. A network security architecture consists of tools that protect the network itself and the applications that run on it. An effective network security strategy leverages multiple scalable and automated lines of defense. Each layer of defense applies a set of security policies set by an administrator.
What is Network Security?
Network security is a broad term encompassing a wide variety of technologies, devices and processes.
Simply put, a set of rules and configurations designed to protect the integrity, confidentiality,
and accessibility of computer networks and data using software and hardware technology. All businesses,
regardless of size, industry, or infrastructure, require some degree of network security solution to
protect them from the ever-expanding cyberthreat landscape.
Today's network architectures face a complex, ever-changing threat environment and attackers constantly
finding and exploiting vulnerabilities. These vulnerabilities can exist in many areas, including devices,
data, applications, users, and locations. As a result, there are many network security management tools
and applications in use today that address individual threats, exploits, and regulatory violations.
Having these safeguards in place is essential when just a few minutes of downtime can cause widespread
disruption and do significant damage to a company's bottom line and reputation.
Benefits for Web Application Penetration Testing?
Network security is critical to a company's ability to deliver products and services to its customers and employees. From online stores to enterprise applications to remote desktops, securing the apps and data on your network is essential to keeping your business moving forward, as well as protecting your corporate reputation. In addition, effective network security can improve network performance by avoiding downtime due to successful attacks.
