What type of malware is specifically designed to replicate itself and spread to other systems?

Prepare for the CompTIA A+ Core 2 (220-1002) Exam with our comprehensive quiz. Engage with flashcards and multiple-choice questions, complete with hints and explanations. Ensure your success and ace your certification!

Multiple Choice

What type of malware is specifically designed to replicate itself and spread to other systems?

Explanation:
The type of malware specifically designed to replicate itself and spread to other systems is a worm. Unlike a virus, which requires a host file to spread and usually needs human intervention to activate (such as opening a file), a worm is capable of independently exploiting vulnerabilities in network protocols or systems. It propagates without the need for a host program, making it particularly dangerous because it can spread rapidly across networks, infecting multiple machines without user action. This autonomous nature is a defining characteristic that distinguishes worms from other types of malware like Trojans, which disguise themselves to trick users, or adware, which typically delivers unwanted advertisements rather than focusing on replication and spreading.

The type of malware specifically designed to replicate itself and spread to other systems is a worm. Unlike a virus, which requires a host file to spread and usually needs human intervention to activate (such as opening a file), a worm is capable of independently exploiting vulnerabilities in network protocols or systems. It propagates without the need for a host program, making it particularly dangerous because it can spread rapidly across networks, infecting multiple machines without user action. This autonomous nature is a defining characteristic that distinguishes worms from other types of malware like Trojans, which disguise themselves to trick users, or adware, which typically delivers unwanted advertisements rather than focusing on replication and spreading.

Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy