Book Image

Network Vulnerability Assessment

By : Sagar Rahalkar
Book Image

Network Vulnerability Assessment

By: Sagar Rahalkar

Overview of this book

The tech world has been taken over by digitization to a very large extent, and so it’s become extremely important for an organization to actively design security mechanisms for their network infrastructures. Analyzing vulnerabilities can be one of the best ways to secure your network infrastructure. Network Vulnerability Assessment starts with network security assessment concepts, workflows, and architectures. Then, you will use open source tools to perform both active and passive network scanning. As you make your way through the chapters, you will use these scanning results to analyze and design a threat model for network security. In the concluding chapters, you will dig deeper into concepts such as IP network analysis, Microsoft Services, and mail services. You will also get to grips with various security best practices, which will help you build your network security mechanism. By the end of this book, you will be in a position to build a security framework fit for an organization.
Table of Contents (15 chapters)

Threat modeling terminology

Before we get into the details of how to model threats, we must become familiar with some common terms used throughout the process of threat modeling. Some common terms are as follows:

  • Asset: An asset can be any resource that is valuable. The asset can be tangible or intangible. For example, a mainframe computer in a data center may be a tangible asset while the reputation of an organization may be an intangible asset.
  • Attack: An attack is something that happens when an actor or a threat agent takes action utilizing one or more vulnerabilities in the system. For example, an application session hijacking attack might happen when someone exploits a cross-site scripting vulnerability to steal user cookies and session IDs.
  • Attack vector: An attack vector is a path taken by the attacker in order to successfully compromise the system. For example, an email...