Internet
Fact-checked

At EasyTechJunkie, we're committed to delivering accurate, trustworthy information. Our expert-authored content is rigorously fact-checked and sourced from credible authorities. Discover how we uphold the highest standards in providing you with reliable knowledge.

Learn more...

What is the Difference Between a Rootkit and Malware?

Rootkits and malware both pose threats to computers, but they operate differently. Malware is a broad term for malicious software, including viruses and spyware, that causes harm. Rootkits, however, are stealthy tools that grant hackers unauthorized access to a system, often hiding other malware. They're notoriously difficult to detect and remove. How secure is your system against these hidden dangers?
Larry Ray Palmer
Larry Ray Palmer

In the world of computing, the terms "rootkit" and "malware" have become synonymous to many people. To place a blanket label on all rootkits as being malware would be a mistake, however. Although it is true that rootkit and malware software travel in many of the same circles and many rootkits are malware, some rootkits are used for beneficial purposes as well, which can be the main difference between them.

Rootkits and malware differ in the fact that rootkits are capable of gaining access to the root of a computer system without making themselves noticeable through a user interface. They can be used by security software to prevent attacks by malicious users and detect attacks in progress. Rootkits can also be used to speed up functions on a computer by allowing programs to work in the background without user interaction.

Not all computer rootkits are malware.
Not all computer rootkits are malware.

In some cases, rootkits can also be used to protect computer systems from theft. When this particular rootkit type is installed, the computer will periodically check into a home server and relay information about its present location. If a computer is ever stolen and then connected to the Internet, the rootkit will essentially phone home with the machine's whereabouts, and the stolen system can be recovered or locked to prevent access by the thief.

Some rootkits are also installed by the actual computer user for their own benefit. Game cheats and emulation software are common examples of this type of rootkit software. By using this type of rootkit software, the user is able to enhance his or her online gaming experience or emulate other system types and bypass copyright protections.

Malware is used by malicious individuals to subvert operating system security settings and gain access to a remote computer. After these people have access to a remote system, it is possible for them to access private files containing information such as credit cards, banking information or passwords. Malware can also be used to destroy system files, erase data or turn a remote computer into a "zombie," a machine that is then used to infect other computer systems or take part in denial of service attacks.

When rootkit and malware software are combined as a package, the malware is capable of hiding deep in the root of the computer system. These programs are able to gain root-level access and run programs within privileged computer access settings to have complete access to the system. With this level of access, the rootkit and malware are able to steal important data and send it to a remote user. This makes rootkit and malware combinations one of the most dangerous forms of malware on the Internet.

You might also Like

Discuss this Article

Post your comments
Login:
Forgot password?
Register:
    • Not all computer rootkits are malware.
      By: enens
      Not all computer rootkits are malware.