The best AntiVirus Software 2020

Cyber-attacks have increased exponentially over the past ten years — threats such as the Wannacry attack that occurred back in May 2017. A whole slew of antivirus solutions exists on the market for people to choose from. We present to you sixteen antivirus solutions that we’ve tested on our networks to give you a feel of each of the products listed in this review. It’s a tough crowd, but we hope that this review of the listing will give you an idea of what to expect when you’re shopping for your antivirus software.

Test winner 2020

1

TotalAV Pro 2020

Test winner 2020. Fast & easy to use, removes malware, adware, spyware reliably!


  • The best antivirus program in 2020
  • Protects all devices Windows, Mac, Android & iOS
  • Protection against malware, adware & spyware
  • Customer support 24/7
  • 100% free antivirus software

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2

Scanguard

Scanguard all-round protection - powerful antivirus software, user-friendly interface and a wide range of functions.


  • Comprehensive virus protection and security
  • Online privacy and protection
  • User-friendly, fast all-round protection
  • Real-time protection feature

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3

PC Protect

Protects against all threats, optimizes your PC, web security, very high quality.


  • PC protection in 3 steps
  • All-round protection - even on the go
  • Advanced Firefwall and System Boost
  • Customer support 24/7
  • 30 days money back guarantee

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4

Kaspersky

Many times tested and excellent security solutions - no matter what you want to protect!


  • Customer support 24/7
  • Excellent virus protection
  • Protection of privacy and identity
  • Intelligent and secure VPN protection

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5

Norton AntiVirus 2020

Multiple layers of protection in a single solution: device security, secure VPN, password manager and more.


  • Innovative security technology based on artificial intelligence (AI)
  • Cloud backup for PC or Mac possible
  • Simple password manager
  • Built-in child lock

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6

Panda AntiVirus

Do NOT become a target of hacker attacks: use the next generation of digital protection!


  • Big data and machine learning
  • Constant monitoring of the PC
  • Next generation AntiVirus

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7

Bitdefender

World leader in cybersecurity! Over 18 years of experience in internet security.


  • Reliable and award-winning cyber security
  • Comprehensive support
  • Suitable for private and business

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8

BullGuard

Bullguard has been a pioneer in many anti-virus innovations for years


  • Security browser
  • Advanced machine learning
  • Comprehensive identity protection
  • Next generation anti-malware

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9

eset

No. 1 Endpoint Security Partner from the European Union


  • Excellent virus protection
  • Protection against cyber attacks
  • Carefree online shopping
  • All passwords at a glance

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10

Avast!

Antivirus protection that won't let you down. Top-class security for your digital life - very simple!


  • Complete online security
  • Undisturbed online privacy
  • Small and Medium Business Solutions

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AntiVirus Software-Reviews


In closing, we have reviewed the best antivirus products. These antivirus solutions that are listed in this review is meant to give you an idea of what they can do for you or your business. Internet security is an absolute must in today’s networking environment. Purchasing any one of these solutions is a step forward to ensure that your computer network and your personal or business data remains safe and secure at all times.

Our Test-Laboratories


If you're looking for antivirus software that performed particularly well in malware detection tests, then use the information we provide from independent test laboratories; AV-TEST, VirusBulletin and AV-Comparatives. We take numerous factors into account in every antivirus program - including test results, reviews, benefits, speed, usability, support, reliability and functions.

About Independent Test-Laboratories

At a time when a lot of new viruses are being developed every day, but especially malware and spyware, it is of increasing importance that anti-virus software tries to detect unknown viruses. Accordingly, almost all current anti-virus software works with reactive methods as well as proactive ones. For this purpose, the software can search for general characteristics of malicious programs and thus recognize patterns of viruses, even if an exact signature is still unknown. However, there are also a number of other variants of how anti-virus software can also detect unknown viruses and render them harmless. This includes, among other things, the SandBox technology (here a computer is simulated and the possibly harmful program is opened in a situation where no damage can occur) or the behavioral analysis (here a real-time monitoring is carried out in real-time monitoring, which detects the suspected virus when a stimulus threshold is exceeded blocked).
What is a computer virus?
The term computer virus is often used as a general term for all malicious software that can infect a computer. In detail, this is not correct. A computer virus is a computer program that is either hidden in other computer programs, a boot sector or RAM. This occurs through reproduction (computer 1 is infected and comes into contact with computer 2. This also infects computer 2. However, the computer virus is not removed from computer 1 and has increased as a result). This reproduction as a distribution and infection function gave the computer virus its name in comparison to the biological variants.

 As early as 1949, the first theoretical papers were written on whether and how computer programs can reproduce and spread independently. In 1980 the comparison with biological viruses was used for the first time. In 1982, the first boot virus was written by a 15-year-old student who was able to spread via floppy disks on Apple II systems. Almost all early viruses, which could infect MS-DOS, Amiga, Atari or Unix, used this method of distribution. The virus is usually hidden in a host program. If this is carried out, the virus is also started and spreading is initiated. Computer viruses were often not particularly harmful. The programming was mostly just about the widest possible distribution and getting attention (the so-called existence report). However, even in the early days of computer viruses, there were those that could cause actual damage. This included the destruction of data as well as the targeted destruction of individual hardware elements (e.g. by overclocking the graphics card or reducing the fan speed). Frequently, the firmware was attacked directly, with the result that the computer could no longer be started.

 Nowadays the actual computer virus is of little importance and has been replaced by painting software, spyware and computer worms (which are still spreading via e-mails and the Internet, but also via removable media). Nowadays, the threat of computer viruses (including worms, Trojans and malware / spyware) is much greater. The viruses not only aim to spread as widely as possible, but also aim to steal information from other computers. All information - from valuable bank or credit card data to uninteresting data such as Google behavior or shopping preferences - can be marketed profitably. Personal data is one of the most important currencies of the modern age. Of course, computer viruses can also be used specifically to obtain passwords from certain websites. Again and again, even large corporations like Facebook hit the headlines that the passwords were stolen by millions of users. Sites and programs are often also targeted by attacks where users' money is virtually deposited. Examples include telephony programs such as Skype, but also computer games or virtual casinos. By changing the password, users can often no longer access their credit. In addition, bank or credit card details are usually stolen, so that the damage can be double or triple.
 Compared to computer worms and malware, the spread rate of real computer viruses was very low and the economic damage was also relatively insignificant.