I have been computer free for probably 15ish years until I recently bought and set up a RPi4 with Linux. It’s been fun but I’m not really a super user so I’m looking to back to Windows as my main OS.
- is antivirus a necessity? I will be gaming and streaming on my new setup.
If yes then
- what are some ideal options? Paid or free.
Thanks for your responses in advance.
If you stay away from sketchy sites and don’t click every link that says “DOWNLOAD NOW”, Windows Defender and a web browser with ad-blockers should do their job well enough.
Oh no my computer has 741 viruses which that ad helpfully pointed out, I better click to have them removed!
Danke!
Just gonna triple up on recommending Windows Defender + responsible web browsing. Anti-virus isn’t really needed these days
Windows defender is an anti virus though
I concur with PP_BOY_.
Also, keep Windows and your browser updated.
Win defender is actually great these days. I usually double up with malware bytes though.
And when in suspicion of getting a virus, try Spybot S&D and MalwareBytes to scan your PC.
I don’t think dedicated antivirus software is really required anymore. I haven’t run third-party AV software on any of my systems in the last decade.
On Windows, the built-in Windows Defender is good enough for most use cases. When it first launched Defender had a pretty bad track record at stopping viruses, but now it routinely ranks at the top.
On Linux, antivirus software has never really been required. One major exception I can think of would be if you’re running a file server or mail server that talks to OSX or Windows systems. Even then the AV software isn’t really there to protect the server, it’s there to make sure you don’t pass malware or viruses to those non-Linux clients.
Can you please help me understand why antivirus is not needed on linux? Are there no viruses for linuxor what?
Generally speaking, in reverse order of strength of argument:
- Linux is built a little more securely. There’s a ton of caveats here but it is generally harder to privilege escalate. (inb4 someone sends me a list of escalation attacks)
- The user base is generally more security conscious (i.e. doesn’t just run random executables)
- Doesn’t have the same attack surface (like default exploitable services)
- The ecosystem isn’t a monoculture so it’s harder to build one-size-fits-all malware
- The market share is so low that it’s rarely ever a target of malware
Mostly it just doesn’t make sense for attackers looking for low hanging fruit to attack Linux machines.
The last point is probably biggest point today. A hacker wants your money, and you as an individual do not have that much money. A company on the other hand, they can pay up big.
Since a lot of companies use Windows, they target that, because that is where the money is.
Except servers. They are very much an attack vector there.
Nonsense. Hackers get money these days by holding data to ransom.
Not much data on personal computers.
That’s what I said.
Companies don’t store ransomable data on employee’s personal computers.
Windows Server also exists.
I think it is more about market share than anything. Viruses targeting the end user are, I think, fairly uncommon. But I don’t think remote and local exploits are particularly rare since Linux has massive server market share. I don’t have stats handy so maybe I’m full of it, idk.
I don’t think Windows has much in the way of default exploitable services anymore. Neither does Linux. I mean back around 2000 it was kind of a nightmare on both platforms. But default configs have gotten pretty good in 20+ years.
I’m not aware of a whole lot preventing various local privilege escalation attacks on Linux but maybe there have been developments in the last several years that I’m not aware of?
I know Windows 10 implements some additional memory protections for the LSA subsystem process to address Pass-The-Hash attacks.
Linux still has setuid/setgid executables as one vector. But I would imagine various forms of kernel exploits are more or less similar to both.
There are some viruses that have targeted Linux, but they’re rare compared to other platforms and their ability to spread is relatively low. One of the main reasons is just down to how software tends to be installed on each platform. Viruses have an easier time spreading on Windows or OSX where users are more accustomed to downloading an executable and running it. Once there’s a malicious running process, it has a comparatively high chance to spread because it can attempt to escalate its privileges either by exploiting a bug or socially engineering the user to click through a privilege escalation prompt. That entire workflow is practically nonexistent on Linux, users just don’t tend to download and execute random binaries. Instead most Linux software gets delivered in one of these ways, each of which has impediments that reduce the chance a virus could spread:
- through an OS repo; it would be difficult for a malicious actor to get a virus through the release process and into a trusted repo
- through a public source like Github; again it would be difficult for a malicious actor to get a virus into public source code without someone noticing
- through a container image from an image library like DockerHub; I believe a malicious container would be sandboxed, making it hard if not impossible for that container to take over the host system
- through an application image like a snap, flatpak or appimage; again, I believe these run in their own sandbox from which they would have difficulty breaking out
There are some exceptions, for example some companies like Hashicorp will distribute their stuff as precompiled binaries. Even in that case you’re probably fine as long as you don’t run the downloaded binary as root. Users in the habit of downloading strange binaries from sketchy places and running them as root just aren’t very common among the Linux userbase. I’m sure there are some (and they should really stop doing that), but there aren’t enough of them to allow a virus to spread unchecked.
FWIW Linux has malware too.
See the Threats section of this article:
That’s a cute little list
I’ve never even had antivirus other than windows defender. Lol
Like others have said, Windows Defender, but also an ad blocker extension for your web browser. I’d recommend Ad Nauseam -which is ublock origin under the hood- and Firefox over Chrome. All of those are free.
Just use Defender
Linux virus are uncommon but they exist. If you’re worried about it, ClamAV is free and you can just run a scan from time to time.
Is there any real world testing of Clam’s antivirus performance?
Yes. It was done most recently in 2022
In that same study, ClamAV performed relatively well at detecting certain types of malware in certain types of files (E.g. docx files, dil files, elf files, doc files and exe files), but was less effective in detecting malware in jar files, js files, vbs files, z files, rar files, and xlsb files. In addition, ClamAV performed well to detect a few top level categories of malware like Trojans & Botnets but performed poorly on other malware types like Crypto Miners, RATs and Info Stealers.
do you need an immune-system?
or is AIDS fine with you?
the answer to that question is the answer to whether your computer needs an immune-system.
get ESET.
Unless things have changed significantly, VirusBulletin, iirc always had them catching more of the in-the-wild viruses than any of the other ones.
Kaspersky is Russian, so you don’t want to be trusting it.
There are more computer-pathogens now than there were a few years ago, not less.
Pathogens multiply, just like humans do.
_ /\ _
To your condescending answer I’ll add my “you’re too young, son” answer.
The thing is, I remember when using Windows without Internet was mostly safe. You’d ask your friend if they scanned their empty floppy for viruses and that was it. And in the early days of dial up you only got virus if you were careless and download and run free suspect exe files.
Depending on your Linux OS there are a few good free options but look up firewalld. I think it’s the best free Linux firewall, pretty much the Linux Windows defender but obviously better. Sorry no one actually read your post and just recommended Windows defender lol
I love the irony of you calling out other people for not reading the post.
Haha honestly I reread it after and was like oh fuck me but leaving it cause shit happens sorry other people
Also I would stick with Linux you don’t need to be a super user to get a good healthy setup that works well
Yeah I’m going to run VM because I do enjoy working via the terminal, and I quite like the “hands on” feeling of Linux. I think some of my woes are just due to the fact I’m using a SBC as my main computer.
For years I always defaulted to Avast until it literally blocked Halo Infinite from running without any warnings or explanation so I finally looked into it—windows defender is fine. Basically all antivirus programs have become what they claim to defend against—malware. Likely the only actual defense you need these days is a VPN but that’s really only if you’re up to some shady shit to begins with, such as wanting to protect your privacy.
Actually no, a VPN does not protect your computer at all.
Edit: Neither your privacy. You’re mostly tracked though cookies and other identifiers on the application level. A VPN only helps to hide your IP address on the network layer, but you don’t really need that.
Tbh, I got a good lesson on why VPNs are good in my use case. I received a Liebesbrief last year by pirating without one T-T
Um acktually
Sooo many people… not reading.
In any case, the risk of you catching a virus using Linux is somewhat unlikely, they exist, but they’re usually more targeted… like going after servers.
Just practice good digital hygiene, keep safe backups and don’t worry about it,
OP said they’re going back to Windows. Maybe you should read it again.
To answer the question, OP you should be fine with Defender. It’s more than enough as an AV.
Sooo many people… not reading.
You mean like this part?
It’s been fun but I’m not really a super user so I’m looking to back to Windows as my main OS.
