A) Strength in numbers B) Locked and bolted C) To protect or guard D) Free from care
A) The elimination of all software bugs B) Physical isolation of all servers C) Maximum speed of network data D) The state of being free from danger
A) Vulnerability B) Mitigation C) Threat D) Assets
A) A potential danger to a company's assets B) A weakness in a system or design that could be exploited C) A mechanism that takes advantage of a mechanism D) The counter-measure that reduces the likelihood of an attack
A) An exploit is the likelihood of an event, while a threat is a counter-measure B) A threat is potential danger; an exploit is the mechanism used to take advantage of a vulnerability C) A threat is a weakness, while an exploit is a dange D) They are identical terms in modern network security
A) The act of intentionally leaking data to the outside world B) The process of identifying all assets in an organization C) The likelihood of a threat to exploit a vulnerability D) The counter-measure that reduces the severity of a potential threat
A) Hardware age and Software version B) Speed and Cost C) Number of users and amount of data D) Probability of occurrence and its consequences
A) Availability B) Profitability C) Integrity D) Confidentiality
A) They only target individual home users now B) They have stopped using malware entirely C) They no longer target critical infrastructure D) They are using stealth and evasion techniques to hide their activity
A) The physical location of an attacker B) A path by which a threat actor can gain access to a server, host, or network C) A software that prevents viruses from entering a system D) The final result of a successful security breach
A) External threats are easier to ignore B) Internal users have direct access to the building and infrastructure C) Internal users always have better hacking tools D) Firewalls only block internal traffic
A) A global DDoS attack originating from the internet B) An automated bot scanning the web for open ports C) Disconnecting a critical network connection and causing an outage D) A hacker in another country brute-forcing a password
A) Decreased litigation costs B) Increased customer trust C) Automatic system upgrades D) Brand damage and loss of reputation
A) Email/Social Networking B) Removable Media C) Hard Copy D) Unencrypted Devices
A) Encrypted devices are easier to lose B) Encryption is only used for internet traffic C) Encryption makes the device run slower D) If the data is not encrypted, a thief can retrieve valuable confidential data
A) They are only dangerous if they are empty B) They consume too much power from the computer C) They automatically encrypt all data they touch D) Employees could perform an unauthorized transfer of data to the drive
A) Using invisible ink B) Confidential data should be shredded when no longer required C) Scanning everything into the cloud D) Lamination
A) Too many people having access to the building's cafeteria B) Using a keyboard instead of a mouse C) Weak passwords that have been compromised provide easy access to data D) Computers being left on overnight
A) The data becomes too heavy for the internet to carry B) Sensitive data can be lost if access is compromised due to weak security settings C) It is impossible to store confidential data in the cloud D) Cloud storage only works during the daytime
A) Protecting only your hardware B) Protecting the public internet C) Protecting your assets D) Protecting your competitors
A) Detecting when, how, and by whom an asset has been damaged B) Giving everyone administrative access C) Deleting data every 24 hours D) Ensuring no one can ever use the computer
A) Forget about the asset B) Buy a cheaper version of the asset C) Recover your assets D) Blame the network provider
A) The physical building of the company B) The public social media posts of the company C) The chairs and desks in the office D) Intangible creations of the human intellect, like designs or trade secrets
A) To increase the company's internet speed B) Because hackers only attack during the night C) To ensure employees type faster D) Because adversaries are amassing and refining cyber weaponry quickly
A) Inside or outside the corporate network B) Only from the server room C) Only from the internet D) Only from physical USB drives
A) Faster recovery from hardware failures B) Increase in competitive advantage C) Loss of revenue D) Reduction in security budget
A) The process of taking legal action B) The process of fixing a broken server C) The act of encrypting a hard drive D) A type of malware used by internal users
A) The unauthorized transfer of data from a computer B) Scanning data for viruses C) Backing up data to a secondary server D) Deleting data to save space
A) Increase the physical size of the monitors B) Create a new internet for the company C) Remove the need for a firewall D) Compromise internal servers or network infrastructure devices
A) Mitigation B) Requirement C) Threat D) Asset |