Top 8 Anti-Malware Tools

Microsoft Defender AntivirusMcAfee MOVE AntiVirusReversingLabs Titanium PlatformZoneAlarmCheck Point AntivirusNorton Security PremiumHornetsecurity Spam and Malware ProtectionBarracuda Email Threat Scanner
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    It is easy to use because it is already pre-installed in Windows 10. We don't have to do anything to configure it. You can also configure the firewall by using a group policy so that it can be easily adopted in an environment.
  2. Overall, the policies are good. They are easy to implement.Everything can be combined from the endpoint and server infrastructure security perspective.
  3. Find out what your peers are saying about Microsoft, McAfee, ReversingLabs and others in Anti-Malware Tools. Updated: April 2021.
    479,323 professionals have used our research since 2012.
  4. The automated static analysis of malware is the most valuable feature. Its detection abilities are very good. It hits all of the different platforms out there, platforms that see the items in the wild.
  5. This antivirus is regularly updated, and the updates can be scheduled. Personally, I find the Game Mode of the Firewall very useful.
  6. Heuristic detection scans for suspicious characteristics that can be found in unknown, new viruses and modified versions of known viruses.The feature that we find most valuable is the easy way of configuring it via the SmartConsole on Check Point. The configuration is very straightforward and although it has some impact on the firewall CPU and memory, it doesn't impact the IPS, for example. It allows for the scanning of downloaded files from the internet. Scanning files that our users have downloaded to check if they have any virus is the most important thing.
  7. The antivirus aspect of the solution is very good.With the heightened security around phishing, identity theft, and malware, this is a good product.
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  9. Makes my inbox cleaner and more secure. The infomail is now neatly out of my view and I dont see all the junk I use to see when using AppRiver or just Microsofts native spam filter. I see only the things I need to see, and spoofed messages have decreased 100% throughout the organization.
  10. The main benefit that I am getting from this solution is that it filters almost 95% of my spam mail. Some spam mails bypass Barracuda Email Threat Scanner, but when I add those domains or addresses to the filter list, they get blocked. Some users on my premises do not understand which mail attachments or links should be opened. By filtering with Barracuda Email Threat Scanner, we are not getting any type of phishing mails. So, our infrastructure is safer, and as an IT person, I feel relaxed.

What is Anti-Malware?

Anti-malware is a kind of software program that protects computers and IT (information technology) systems from malicious software, otherwise known as malware.

The six most common types of malware are:

1. Viruses can steal or corrupt data, steal money, reformat your hard disk, or shut down your entire system. Viruses require a human actor to infect computers and systems, and are often spread through internet downloads or email attachments.

2. Worms exploit operating system vulnerabilities in order to spread over computer networks. They are standalone programs that replicate themselves without requiring action by a human being. Worms are often used to execute a “payload,” which is a piece of code that was created in order to damage a system. Payloads can encrypt or delete data, steal information, and create botnets.

3. Trojan Horses, named after the hollow wooden horse the Greeks hid inside of during the Trojan War, disguise themselves as a harmless file or program. Then they enter your system and gain access to your data. While a Trojan horse cannot replicate by itself, it can wreak endless havoc when combined with a worm.

4. Spyware is installed on your computer without your knowledge and monitors your internet activity and browsing habits. It can also harvest information such as logins and financial data. Spyware can spread by bundling with legitimate software, exploiting software vulnerabilities, or in combination with Trojans.

5. Adware is aggressive advertising software that may collect data on you, redirect you to advertising sites, or make changes to your browser and search settings or your homepage. Legitimate adware will ask your permission before collecting data about you, whereas malicious adware generally gets picked up through a browser vulnerability.

6. Ransomware restricts your access to your data and then holds it captive, demanding a ransom for its release. Ransomware is a big moneymaker for cybercriminals.

How Does Anti-Malware Work?

There are three strategies that anti malware tools use to protect systems from malicious software:

1. Signature-Based Malware Detection

A set of known software components and digital “signatures” is used to identify malware. Recognizing the signatures, which were developed by software vendors to detect specific malware, enables the identification and flagging of malware of the same type. This is the original approach that antivirus software used in the 1980s and ‘90s. It is useful for more common types of malware, such as adware and keyloggers, which have many of the same characteristics in common.

2. Behavior-Based Malware Detection

Rather than comparing files to known threats, this kind of malware detection examines malicious software’s character and behavior and then identifies software that is behaving in the same manner. It is one step ahead of signature-based malware detection in that it can detect new malware that hasn’t been identified yet, and stop it before it attacks. It helps computer security professionals to identify, block, and eradicate malware more quickly because it doesn’t have to scan or view the file in order to recognize it as a threat. Behavior monitoring is sometimes powered by machine learning algorithms.

3. Sandboxing

Sandboxing is a technique used to isolate potentially malicious files from the rest of the system. The file is held in the sandbox while the antimalware analyzes it. This method is used to filter out files that might be malicious and remove them before they can do any damage. Meanwhile, legitimate files continue to be allowed but will be monitored as well.

Once malware has been identified in one of the above ways, the anti malware program removes it so that it can’t infect the computer or the system.

What’s the Difference Between Antivirus Software and Anti-Malware Software?


Antivirus software and anti-malware are both types of cybersecurity.

Antivirus software was developed in the 1980s to detect viruses and protect computers from them. In those days, antivirus software was exclusively reactive. In addition to only being able to detect viruses after the infection had already taken place, they could only identify viruses by looking for their signature characteristics. Each new virus had to be analyzed to determine its signature, and then added to the list of viruses the software would protect against.

Cyberthreats today are much worse than the viruses of yesteryear. They entrench themselves deeper into computer systems and evade detection more skillfully. A plethora of new cyberthreats have arisen, categorized as malware. Malware includes malicious browser help objects (BHOs), ransomware, browser hijackers, keyloggers, rootkits, backdoors, worms, dialers, malicious LSPs, fraudtools, spyware, adware, infected or malicious URLs, social engineering techniques such as email phishing, online identity theft, online banking attacks, botnet DDoS attacks, APT (advanced persistent threat), and more.

Antivirus companies continued to add protection to their software from all of these new threats, but it was unclear whether they should change what they called it. The word “antivirus” had become synonymous with cybersecurity, which is why many people still use it today, even though it is outdated. Anti-malware is a more modern term that encompasses many kinds of malicious software, including viruses.

While the old signature-based threat detection method can be effective, modern anti-malware also uses a newer detection method called heuristic analysis. This method analyzes a program’s structure, behavior, and other attributes and assesses the likelihood that it contains malware. It also analyzes web page characteristics and blocks any site that it deems risky. Heuristic analysis is a proactive rather than reactive method, detecting malware before it has had a chance to infect your computer.

How to Choose the Right Anti-Malware Program

Here are twelve things to look for when choosing an anti-malware program:

  1. Reviews - By looking at user recommendations, you can learn a great deal about the various anti-malware options out there without doing too much research of your own. Make sure the reviews were written by real users so you can be sure they are unbiased. Ratings of all of the elements listed below can generally be found in user reviews.
  2. Detection rate - The most important factor when choosing anti-malware software is how well it can protect your system. Be wary of any software that rates below the 95 percent mark.
  3. Layered protection - Look for software with a defense system that incorporates multiple layers, including firewalls, internet security, network monitoring, end-user training, patch and update management, email and web filtering, and managed detection and response services.
  4. SSL (secure sockets layer) inspection - This ensures that all internet communication between the server and the client is encrypted.
  5. Heuristic analysis - Don’t rely on signature-based scanners alone. Choose an anti-malware tool with behavior-blocking technology as well.
  6. Privacy - Some anti-malware tools collect data about your computer usage to help improve their products. Your documents are private and if you want to keep them that way, you need to choose a vendor that will handle them securely and responsibly.
  7. Low number of false positives - If your anti-malware mistakenly identifies a file as a threat, it will quarantine or even remove the file. You want this to happen as infrequently as possible.
  8. Usability - Look for a product with a user-friendly interface that is easy to navigate and includes customizable settings. If the software is unintuitive or hard to work with, it’s not going to be a great choice.
  9. System impact - How is use of this product going to affect your system? If the product is poorly optimized or has too many heavy features, it’s going to be inefficient and use up too many resources.
  10. Features - Don’t just choose a product because it has more features than the other ones out there. Look for features that are actually going to be useful to you. And remember, sometimes less is more. The more features, the heavier and slower the software will be.
  11. Price - There are plenty of free anti-malware products out there, but by downloading them you may actually be paying by giving up your own personal data. Consider how the quality of the product will differ if you are paying for it. You get what you pay for, and if you pay nothing for anti-malware, nothing might be all you end up with.
  12. Support - Will you be able to reach a human being if you need assistance with the anti-malware product you’ve chosen?
Find out what your peers are saying about Microsoft, McAfee, ReversingLabs and others in Anti-Malware Tools. Updated: April 2021.
479,323 professionals have used our research since 2012.