Do you think that endpoint antivirus vs. endpoint security is the same? Your answer could be yes or no. You know both of these answers can be correct. In case you are unfamiliar with the word “endpoint”, let’s begin with the meaning of this term. It includes the entire device utilized by an end-user, normally in a corporate setting. These devices usually include desktop PCs, tablets, smartphones, workstations, laptops, or any device that can connect to the internet.

Overview

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Cyberattacks cost the worldwide economy too much, which is a staggering $400 billion per year. Cybercriminals are using advanced technology to smuggle themselves into devices globally. Therefore antivirus and endpoint security software is mainly used to block these cyber attacks. They both especially work to secure the company’s systems and data that facilitate your business. Whereas, they are not interchangeable concepts for a similar system there are big differences between them.

You may hear the other name that is antimalware, antivirus is software that is particularly considered to be installed on a specific device, like a tablet, computer, server, or mobile phone to find and eliminate viruses and other malware. At this moment, antivirus software can secure users from a range of attacks such as Trojans, adware, keyloggers, toolkits, and spyware. Many products can present other features such as malicious URL blocking or anti-phishing protection.

Related: Cybersecurity threats and trending attacks

What Is An Antivirus?

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To have a clear understanding of the difference between endpoint antivirus vs. endpoint security, we are going to start with endpoint antivirus. It prevents, detects, and eliminates malware. Malware is the agenda that is intended to hurt a computer network or its sub-components. Malware is the broader term; the virus is just a small part of malware. But currently, antivirus vendors are normally secure against a broad range of threats. Some of them are below:

Viruses: this kind of malware is named after too many biological agents; replace itself using the current software on the system. So then the infected programs are run into the computer, the virus duplicates itself. It causes damage in different ways such as waste network resources, corrupt data, and shutdown systems altogether.

Worms: these are much similar to viruses but can duplicate without utilizing the existing software.

Bots: these are different kinds of malware at the time of using malicious activities. Therefore, bots specifically are not for malicious attacks. For example, google bots are used for indexing the internet for their browser. It performs methods that would normally be accomplished by an end-user on a computer. They especially hurt your systems by gathering sensitive information like financial information, passwords, and keystrokes.

Trojans: these are disguised to seem like important software but specifically are harmful to the systems. This trickery is intended to calm the user into a sense of fake security so they implement the software on their device. They spread via user action alone as they cannot replicate themselves.

Ransomware: this kind of malware is specifically to extract valuable something from a system to threaten the user for sensitive information or lock access to their files.

In The Nutshell

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At the end we will discuss about Conventional endpoint antivirus software that can identify threats; therefore, automatic updates can make sure as well those devices are secured against new threats. These solutions facilitate you to run scans at scheduled or manual intervals. Endpoint antivirus software can be set up on the individual system such as desktop, network servers, mobile phones, tablets, and laptop computers, both internal and external organization firewalls. They are established to recognize various kinds of malware, and automatically eliminate them in many cases. Endpoint antivirus software uses both specific and generic heuristics to find techniques and behaviors that compare malware definitions.

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