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Mastering Active Directory

Mastering Active Directory

By : Dishan Francis
4.4 (10)
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Mastering Active Directory

Mastering Active Directory

4.4 (10)
By: Dishan Francis

Overview of this book

Active Directory is a centralized and standardized system that automates networked management of user data, security, and distributed resources and enables interoperation with other directories. If you are aware of Active Directory basics and want to gain expertise in it, this book is perfect for you. We will quickly go through the architecture and fundamentals of Active Directory and then dive deep into the core components, such as forests, domains, sites, trust relationships, OU, objects, attributes, DNS, and replication. We will then move on to AD schemas, global catalogs, LDAP, RODC, RMS, certificate authorities, group policies, and security best practices, which will help you gain a better understanding of objects and components and how they can be used effectively. We will also cover AD Domain Services and Federation Services for Windows Server 2016 and all their new features. Last but not least, you will learn how to manage your identity infrastructure for a hybrid-cloud setup. All this will help you design, plan, deploy, manage operations on, and troubleshoot your enterprise identity infrastructure in a secure, effective manner. Furthermore, I will guide you through automating administrative tasks using PowerShell cmdlets. Toward the end of the book, we will cover best practices and troubleshooting techniques that can be used to improve security and performance in an identity infrastructure.
Table of Contents (20 chapters)
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Pass-the-hash attacks

When the client and server uses the authentication system, in order to begin the communication, client needs to successfully prove his identity. This is done using a username and password. The client needs to present its username and password to the authentication server, and it will verify the identity. There are legacy protocols and systems that send this information in clear text even in an open network. Telnet is a good example. If someone is listening to traffic (packet capturing) for the telnet session, they can easily capture password as it is transmitted in clear text.

Modern authentication systems are well aware of these types of threats and use different technologies to encrypt credentials or create cryptographic hashes and then use them for identity verifications. The cryptographic hash means a password string transformed into a fixed-length digest...

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