• 0

Definitive Best FREE Antivirus 2017


Definitive Best FREE Antivirus 2017  

136 members have voted

  1. 1. Which do you choose?

    • 360 Total Security
    • Ad-Aware
      0
    • Avast!
    • AVG AntiVirus
    • Avira
    • Baidu Antivirus
      0
    • BitDefender
    • ClamWin/ClamAV
    • Comodo Anti-Virus/Internet Security
    • Dr. Web Cureit!
      0
    • Panda Cloud Antivirus
    • Malwarebytes
    • Microsoft Security Essentials/Windows Defender
    • SecureAPlus
    • Sophos Virus Removal Tool
      0
    • Tencent PC Manager
    • ZoneAlarm Free
      0
    • Kaspersky Free
    • Other (please specify below)


Question

It's a new year, and so we have a new poll for Definitive Best Free Antivirus.
 
The 2016 thread can be found here.
 
This is a poll for best FREE antivirus software. There is a separate thread for PAID antivirus software here.
 
If your choice of free antivirus software is not listed, please choose Other and specify in the comments.

Link to comment
https://www.neowin.net/forum/topic/1317870-definitive-best-free-antivirus-2017/
Share on other sites

Recommended Posts

  • 0

Avira gets the third best antivirus detection rates usually after kaspersky and bitdefender. Neither of those others has a realtime free antivirus. Avira free has popups asking you to upgrade but if you install BGPkiller it will block the popups and therefore behave like the paid version. I also use malwarebytes to work alongside it.

  • Like 1
  • 0

If looking for free scanner only, Malwarebytes. But if needed free real time protection, with the testing I have done, 360 total security (essentials) seems to be awesome and a better experience then most of the ones I have tested on the list.

  • 0
4 hours ago, Danielx64 said:

I pick window defender and using my brains.

pretty much where I am at.

 

I am also running Malwarebytes anti-expoit, thought that will soon not be getting free updates. Also regular scans with Malware-bytes Anti-Malware and Spybot.

  • Like 1
  • 0
4 hours ago, Danielx64 said:

I pick window defender and using my brains.

Problem with that is that you could become a victim of ransomware, it's extremely easy to catch it these days unless you use a product specifically designed against that threat.

  • Like 2
  • 0

I pick Bit

3 hours ago, UnclePritchard said:

bitdefender is absolutely horrible.. it behaves strangely on RS2 at least and it slows down the PC a lot.

Horrible? Are you nuts? Slows down a PC alot? Even nuttier! I had it on an old Dell 2300 with 1gb memory and a lousy single core 1.8ghz processor with Windows 7 and didn't slow that already slow POS down at all!

 

I voted for Bitdefender here and in the paid version of this poll also. About the only AV I've ever used that can actually detect AND remove anything it had found.

  • Like 2
  • 0
1 hour ago, Ely said:

Problem with that is that you could become a victim of ransomware, it's extremely easy to catch it these days unless you use a product specifically designed against that threat.

It's about as likely as any other malware for users on an up to date platform.  I haven't gotten malware in practically a decade and I keep an up to date OS, browser, and MSE/Defender have been my go to AV pretty much since they came out.

 

So unless you're blind to the more obvious threats or installing stuff from random torrents, pron or warez sites you're usually good.

  • Like 3
  • 0
1 hour ago, Ely said:

Problem with that is that you could become a victim of ransomware, it's extremely easy to catch it these days unless you use a product specifically designed against that threat.

sooo what do you recommend?

  • 0
6 hours ago, Danielx64 said:

I pick window defender and using my brains.

I agree not being stupid helps but I would still add an ad-blocker and not installing Flash and Java along with that Windows Defender.

  • 0
34 minutes ago, ultimate99 said:

sooo what do you recommend?

Definitely using an Anti-Ransomware solution of some sort, not just relying on Windows Defender, Common sense is the best tool, but you could always be tricked with Ransomware no matter how smart you are, too many ways to hide it and make it look legitimate, let alone unknown exploits etc that could be triggered with your browser etc.

  • 0

I use Avast Free mainly because it seems to be the only Antivirus that does not slow my computers down!

 

And honestly sometimes I wonder if I even need an antivirus because I am smart enough to know how not to install things that have viruses. Even when going to those unsafe type of sites. I use Fair Adblocker and Quick Javascript Switcher chrome extensions and Avast hardly ever even warns me of a virus anyway.

 

After using a computer for so long you learn how to avoid those nasty popups messages with virus like "Your Flash Player is out of date "type of stuff :)

 

I really just run Avast for extra protection just in case.

  • 0
5 hours ago, oldtimefighter said:

I agree not being stupid helps but I would still add an ad-blocker and not installing Flash and Java along with that Windows Defender.

I also have adguard installed systemwide to block ads.

 

Java can be used without installing it system wide as well. I do it for phpstorm.

  • Like 2
  • 0

The simple truth is there there is no "best" Anti-Virus product - there never has been since the first one was no longer the only one, and there never will be again. The reason being is that there are thousands of new malicious samples released into the wild each week, and security vendors just cannot keep up with them all. Because of the techniques used by malware authors (to evade static detection - static means "inactive" therefore the malware is not running and dynamic means "active" therefore the malware is running) so VirusTotal and general scanner results are bypassed, AV vendors have had to spend an awful lot of time invested into "dynamic heuristics" or other zero-day behavioral components such as Behavior Blocker/Host Intrusion Prevention System, Virtualization (isolated environments), and so on.

 

Due to each vendor having their own intelligence and different implementations of different companies, each security product may react differently to a threat. One product may detect a sample another vendor will not have in its database, however the product which missed the first sample may detect other samples based on behavioral analysis which the first vendor wasn't aware of. 

 

TLDR; if we take into the consideration the following it should explain why there is no "best" security product:

- The amount of new malware samples being pushed out into the wild to target both home and enterprise customers on a daily/weekly basis.

- The differences in components among different security vendors. Some products don't have behavioral analysis while others do, and even when two or more vendors have the same feature they won't work identically the same unless there is a deal for SDK licensing among them.

 

Spoiler

The best thing you can do is apply good security measures (brain.exe) instead of simply relying on an AV product. An AV product is more of a backup buddy, it isn't designed to be full-proof. If you as a user make bad decisions then you'll become infected regardless of what is protecting you!

 

I voted for Other because personally I want to give my vote to Emsisoft. Their Anti-Malware product is supposed to be a full Anti-Virus replacement and they have a great Behavior Blocker component IMO which is capable of preventing attacks such as code injection. It was a close call between Emsisoft, ESET and Avast for me. :)

 

 

On 7/18/2017 at 9:31 AM, John. said:

Windows Defender. There was a time I genuinely thought I'd never say that.

They are definitely starting to step their game up: https://blogs.technet.microsoft.com/mmpc/2017/07/12/detecting-stealthier-cross-process-injection-techniques-with-windows-defender-atp-process-hollowing-and-atom-bombing/ 

 

 

  • 0
On 1/1/2017 at 2:49 PM, cork1958 said:

I pick Bit

Horrible? Are you nuts? Slows down a PC alot? Even nuttier! I had it on an old Dell 2300 with 1gb memory and a lousy single core 1.8ghz processor with Windows 7 and didn't slow that already slow POS down at all!

 

I voted for Bitdefender here and in the paid version of this poll also. About the only AV I've ever used that can actually detect AND remove anything it had found.

Results on product performance can very between user, results on performance will never be "static". What worked well for you may not necessarily work well for someone else. For example, it could also be a conflict issue which slowed down his system, or other demanding software in the background performing I/O operations a lot. There's so many possibilities! :)

This topic is now closed to further replies.
  • Posts

    • Glow 26.10 by Razvan Serea Glow provides detailed reporting on every hardware component in your computer, saving you valuable time typically spent searching for CPU, motherboard, RAM, graphics card, and other stats. With Glow, all the information is conveniently presented in one clean interface, allowing you to easily access and review the comprehensive hardware details of your system. Glow provides detailed information on various system aspects, including OS, motherboard, processor, memory, graphics card, storage, network, battery, drivers, and services. The well-organized format ensures easy access to the required information. You can export all the gathered data to a plain text file, facilitating sharing with others for troubleshooting purposes. No installation needed. Just decompress the archive, launch the executable, and access computer-related information. Glow runs on Windows 11 and Windows 10 64-bit versions. Glow 26.10 changelog: New Features The bootstrapping algorithm has been completely redesigned. The software can now launch directly without requiring TS Preloader. As part of this change, the startup splash screen displayed during initialization has been removed. In addition, spikes in CPU usage have been eliminated, resulting in a more stable architecture with significantly lower memory consumption. The Microsoft Office detection infrastructure within the Operating System section has been enhanced. Additional detection support has been added for Office C2R (Click-to-Run) installations. Furthermore, the license status evaluation system has been improved, and the priority order has been revised as follows: Licensed > Grace Period > Other (NOTIFICATIONS, EVALUATION, etc.). Glow now includes preliminary support for Wi-Fi 8 technology, allowing more detailed information to be displayed for Wi-Fi 8-compatible network adapters. Glow now provides full support for Bluetooth 6.2. Adapters supporting Bluetooth 6.2 can be analyzed in greater detail and with improved accuracy. The disk distribution view in the Disk section has been modernized, replacing the traditional table layout with a new 2×2 card-based design. The TS Custom Controls module has been updated to v26.7. Thanks to the new custom controls, all Türkaysoft applications now offer a more modern and consistent user interface aligned with Windows 11 design standards. Bug Fixes Potential line-ending handling issues in the Office detection code within the Operating System section have been resolved. Additionally, the output format has been standardized to UTF-8 to prevent character encoding issues and ensure consistent data processing. Several stability and file management issues within the Debugging infrastructure have been addressed. Problems that prevented new log files from being created after Debugging was disabled, as well as issues causing debug records to be lost, have been fixed. File deletion and reaccess issues that occurred after file locks were released have also been resolved. In addition, a bug that caused newly recreated log files to remain locked after deletion has been eliminated. Unnecessary blank lines within debug logs and the extra empty line that could appear at the end of log files have also been corrected. A shortcut key conflict caused by assigning identical hotkeys to both the DNS Test Tool and the Donation page has been fixed. The DNS Test Tool can now be accessed using CTRL + Shift + D, while the Donation page is available via CTRL + Alt + D. Changes The service responsible for providing the Public IP Address and Internet Service Provider information in the Network section has been updated to use the ipinfo.io infrastructure. This change improves the accuracy and consistency of the displayed data. (No external requests are made while Hiding Mode is enabled.) Some terms in the Dutch and Korean language files have been updated to make them clearer and more user-friendly. [TS Updater] Before the update process begins, users are now prompted to choose whether they would like to view the release notes. Note: Always unzip the program before using it. Otherwise you may get an error. Download: Glow 26.10 | 1.8 MB (Open Source) Links: Glow Homepage | Screenshot | Github Get alerted to all of our Software updates on Twitter at @NeowinSoftware
    • Maradona if hydration breaks had existed in Mexico 86.
    • The quantum search for Time's origin had an equally mind-boggling conclusion by Sayan Sen Image by Steve Johnson via Pexels A theoretical study from researchers at the University of Surrey suggested that the direction of time may not be fundamentally fixed in certain quantum systems. The work, published in Scientific Reports, examined how the “arrow of time” could emerge from microscopic physics and found that time-reversal symmetry can remain intact even in models used to describe processes such as energy loss and thermalisation. The arrow of time refers to the observed one-way direction from past to future in everyday life. In macroscopic processes, this is easy to see. Spilled milk spreads across a table and does not gather back into a glass, and heat flows from hotter objects to colder ones. These processes shape the common sense idea that time moves in a single direction. However, at the level of fundamental physics, many equations do not prefer a direction of time. Time-reversal symmetry means that the same physical laws can describe a system whether time moves forward or backward. This has made it difficult to explain why irreversible behaviour appears in the large-scale world even when the underlying rules do not require it. Dr Andrea Rocco, Associate Professor in Physics and Mathematical Biology at the University of Surrey, described this contrast: "One way to explain this is when you look at a process like spilt milk spreading across a table, it's clear that time is moving forward. But if you were to play that in reverse, like a movie, you'd immediately know something was wrong – it would be hard to believe milk could just gather back into a glass. However, there are processes, such as the motion of a pendulum, that look just as believable in reverse. The puzzle is that, at the most fundamental level, the laws of physics resemble the pendulum; they do not account for irreversible processes. Our findings suggest that while our common experience tells us that time only moves one way, we are just unaware that the opposite direction would have been equally possible." The study focused on open quantum systems, which are quantum systems that interact with a surrounding environment. This environment, often described as a heat bath, can exchange energy and information with the system. The researchers used this framework to study how a direction of time might appear even when the underlying physics does not enforce one. A key part of the analysis involved the Markov approximation. This is a simplification used in many models where the system is assumed not to retain memory of its past states. The idea is that changes depend only on the current state, not on earlier history. This is commonly used when studying thermalisation, which is the process where a system settles into equilibrium with its environment. The study also used concepts such as master equations, including the Lindblad and Pauli equations, which describe how probabilities of different quantum states change over time. Another related model discussed was quantum Brownian motion, which describes the random-like movement of a quantum particle interacting continuously with its environment. In these descriptions, a “memory kernel” can appear, which is a mathematical term that accounts for how past states influence current behaviour. The researchers found that applying the Markov approximation did not break time-reversal symmetry. Even when the system interacted with an effectively infinite heat bath, the resulting equations of motion remained symmetric in time. This meant that the same mathematical description could, in principle, run forward or backward in time without contradiction. The study further showed that standard frameworks used in open quantum systems, including quantum Brownian motion and master equations like the Lindblad and Pauli forms, could be written in a time-symmetric way. These equations are typically used to describe processes that look irreversible, such as dissipation and thermalisation, but the results suggested they can also be interpreted as allowing evolution in both time directions. Thomas Guff, Research Fellow in Quantum Thermodynamics, said: "The surprising part of this project was that even after making the standard simplifying assumption to our equations describing open quantum systems, the equations still behaved the same way whether the system was moving forwards or backwards in time. When we carefully worked through the maths, we found that this behaviour had to be the case because a key part of the equation, the "memory kernel," is symmetrical in time. We also found a small but important detail which is usually overlooked – a time discontinuous factor emerged that kept the time-symmetry property intact. It’s unusual to see such a mathematical mechanism in a physics equation because it's not continuous, and it was very surprising to see it appear so naturally." The researchers also noted that deriving a one-way arrow of time from time-reversal symmetric microscopic dynamics remains an open problem across fields such as thermodynamics, statistical mechanics, particle physics, and cosmology. Their results suggested that some standard descriptions of irreversible behaviour in open quantum systems may be better understood using a time-symmetric formulation of Markovianity. According to the study, processes such as thermalisation, which are usually treated as irreversible, could in theory be described in a way that allows evolution in either time direction under the same rules. This does not imply that time reversal occurs in everyday life, but rather that the underlying equations do not strictly enforce a single direction. Overall, the findings suggested that the perceived direction of time may emerge from how physical systems are modelled and approximated, rather than from a fundamental asymmetry in the laws themselves. The researchers noted that this perspective could have implications for ongoing work in quantum mechanics, thermodynamics, and cosmology on the origin of time’s arrow. Source: University of Surrey, Nature This article was generated with some help from AI and reviewed by an editor. Under Section 107 of the Copyright Act 1976, this material is used for the purpose of news reporting. Fair use is a use permitted by copyright statute that might otherwise be infringing
    • A bit premature... 100% Marketing. Bizarre.
  • Recent Achievements

    • Reacting Well
      BizSAR earned a badge
      Reacting Well
    • First Post
      AndreaB earned a badge
      First Post
    • Week One Done
      Huge Trailer earned a badge
      Week One Done
    • Week One Done
      Classifyskilleducation earned a badge
      Week One Done
    • One Month Later
      eurospharma62 earned a badge
      One Month Later
  • Popular Contributors

    1. 1
      +primortal
      581
    2. 2
      +Edouard
      182
    3. 3
      PsYcHoKiLLa
      75
    4. 4
      Michael Scrip
      73
    5. 5
      neufuse
      64
  • Tell a friend

    Love Neowin? Tell a friend!