Sep 24, 2018 · Malware is loosely divided into what two main categories? Programs that are temporary and programs that are permanent Programs that are minor annoyances and programs that cause serious damage Programs that spread or infect and programs that hide Programs that affect software and programs that affect hardware
Aug 30, 2017 · Malware is loosely divided into what two main categories? Programs that are temporary and programs that are permanent Programs that are minor annoyances and programs that cause serious damage Programs that spread or infect and programs that hide Programs that affect software and programs that affect hardware 10 points Question 71.
Question 20 Malware is loosely divided into what two main categories ? See Page 1. Question 10 Which of the following refers to the process of ensuring that the items in each domain of the IT infrastructure meet or exceed security goals? Intrusion detection system(IDS) Due diligence Deming cycle Compliance. Question 11 Which of the following ...
Oct 15, 2019 · Question 21 3 out of 3 points Malware is loosely divided into what two main categories? Selected Answer: Programs that spread or infect and programs that hide Answers: Programs that are temporary and programs that are permanent Programs that are minor annoyances and programs that cause serious damage Programs that spread or infect and …
Last Updated : 25 Jan, 2019. Malware is a program designed to gain access to computer systems, normally for the benefit of some third party, without the user’s permission. Malware includes computer viruses, worms, Trojan horses, ransomware, spyware and other malicious programs.
Its purpose is to steal private information from a computer system for a third party. Spyware collects information and sends it to the hacker. A Trojan horse is malware that carries out malicious operations under the appearance of a desired operation such as playing an online game.
Malware, short for malicious software, is an umbrella term used to refer to a variety of forms of hostile or intrusive software. Cybercriminals design malware to compromise computer functions, steal data, bypass access controls, and otherwise cause harm to the host computer, its applications or data.
The specific type of vulnerability that the malware exploits. Examples include SQL Injection used by attackers to gain access to or modify data, and domain spoofing where bad actors seduce web visitors to click on links to their ads or websites by making them look like other legitimate sites.
For instance, Ransomware has a purely financial goal, whereas Spyware is out to capture confidential or sensitive information, and Keyloggers capture usernames and passwords. By the platform or device that the malware targets, such as mobile malware, or attacks that target a specific operating system.
The delivery method or attack methodology. Examples include drive-by downloads that distribute malware simply by visiting a website, Phishing emails that trick victims into divulging data, Man-in-the-Middle attacks that take over control of a computer, and Cross-Site Scripting where an attacker injects malicious code into the content of a website.
Most ransomware attacks are carried out using a Trojan horse, by housing the harmful code inside an apparently harmless piece of data. Security experts consider Trojans to be among the most dangerous types of malware today, particularly Trojans designed to steal financial information from users.
In addition to stealing and corrupting data, they consume system resources —often rendering the host system ineffective or even useless.
Viruses must execute to do their dirty work, so they target any type of file that the system can execute. Viruses have been around, at least in concept, since the early days of computers.