LEADER 03032ugm a2200373 a 4500
006 m o d
007 cr cn
008 200420s2020 xx o v eng
a| Blinn, Eric, e| author.
a| SQL Server Transparent Data Encryption: b| Protecting Database Files at Rest h| [electronic resource] / c| Blinn, Eric.
a| 1st edition
b| Apress, c| 2020.
a| 1 online resource (1 video file, approximately 35 min.)
a| two-dimensional moving image b| tdi 2| rdacontent
a| computer b| c 2| rdamedia
a| online resource b| cr 2| rdacarrier
a| video file
a| Online resource; Title from title screen (viewed April 20, 2020)
a| Protect yourself against data theft through unauthorized access to the physical database files and their copies that may be found in backup sets and transaction logs. Thwart unauthorized access to those files by making use of SQL Server’s Transparent Data Encryption (TDE) feature to provide at-rest encryption of an entire database such that only authorized instances of SQL Server can read the data, log, and backup files. This video explains how the TDE feature works and shows how to implement at-rest encryption using best practices. It also covers independent backup encryption for an additional layer of protection. The video begins with an introduction to TDE and the pros and cons of its implementation. It talks about the use case for applying this type of encryption. The video then walks you through implementing TDE on a new database or existing database. Next, it will cover how to manage the movement of these encrypted databases. Finally, you'll cover independent backup encryption. What You Will Learn Recognize use cases for Transparent Data Encryption Encrypt your entire database, including log and backup files Preserve encryption keys and restore from encrypted backups Manage encryption through dynamic management objects Encrypt database backups independently of TDE Move a TDE encrypted database, including log files Who This Video Is For Database administrators who need to encrypt a database at rest to meet IT audit requirements, or for reasons of data privacy and confidentiality. For system architects who want to understand their options for securing their organization’s confidential data.
a| Electronic videos.