This cybersecurity goal or principle refers to the accuracy, consistency, and trustworthiness of data.

• Integrity

• Confidentiality

• Availability

• Accountability

This cybersecurity goal or principle involves preventing the disclosure of information to unauthorized people, resources, or processes.

• Integrity

• Confidentiality

• Availability

• Accountability

The first dimension of the Cybersecurity Cube lists these three goals or foundation principles.

• Transmission, Storage, Processing

• Confidentiality, Integrity, Availability

• Technology, Policies and Practice, People

• Concern, Irritability, Assurances

These are the three dimensions of the Cybersecurity Cube.

• Transmission, Storage, Processing

• Confidentiality, Integrity, Availability

• Technology, Policies and Practice, People

• Security Principles, Information States, Countermeasures

This is the process of keeping track of what all the users do within your systems.

• Accounting

• Authorization

• Authentication

• Availability

This is the process of deciding what resources and data a user can access along with the operations that a user is allowed to perform.

• Accounting

• Authorization

• Authentication

• Availability

These are two methods used to keep data confidential.

(Pick 2)

• Accounting

• Authorization

• Authentication

• Encryption

Three methods used to identify people for the purpose of authentication.

(Pick 3)

• Something you are

• Something you know

• Something you have

• Something you like

• Something you ate

This is the generic name for the outcome of a hash function or algorithm.

• Checksum

• Secure Hash Algorithm - SHA

• Message-Digest Algorithm - MD

• Encryption Key

A hash-based message authentication code (HMAC) is more secure than general hashing due to this.

• User have to type in a secret key along with the data to complete the hash.

• HMAC uses more bits than any other algorithm.

• HMAC is the newest most mathematically advanced algorithm.

• It is really not more secure.