AVLab.pl Advanced In-The-Wild Malware Test - September 2025

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  1. This test shows how an antivirus behaves with certain threats, in a specific environment and under certain conditions.
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I can see Norton successfully detected it using file insight.

I wonder if file insight is dependent on Symantec or Avast telemetry and algorithm.
I guess it was the ps1 that still was undetected which manage to run the MSHTA again and again.
And u can see zero detection still for them and a python script which are over a week old.
I believe symantec deals ps1 better than Avast.
What is ur take @Trident ?
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Symantec IPS would block the traffic again and again but the root cause won’t be taken care of.
Exactly. I also remember a video of TPSC in which he tested Norton and in the end Norton just gave up and said to call support which for some reason makes me laugh my ass out. Thankfully no such things for modern Norton.
 
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I guess it was the ps1 that still was undetected which manage to run the MSHTA again and again.
And u can see zero detection still for them and a python script which are over a week old.
I believe symantec deals ps1 better than Avast.
What is ur take @Trident ?
View attachment 293688
Yes, Symantec SONAR has a lot of rules that target various activities (dropping, loading, persistence and so on). SONAR was better at dealing with PS1 files for sure. However, there are other areas where Avast is better. It’s very nuanced.

Exactly. I also remember a video of TPSC in which he tested Norton and in the end it just gave up and said to call support which for some reason makes me laugh my ass out. Thankfully no such things for modern Norton.
The call support advice used to appear when they can’t remove certain malware. It didn’t happen very often.
 
Hi Community!

We have published backend changes and results for the September 2025 edition. You can read more about it in the article: Assessment Of Effectiveness Of Protection Against In-the-wild Threats In The Windows Environment (September 2025) » AVLab Cybersecurity Foundation

Extended logs - example changes:

View attachment 292174

The recent results are linked in the article at the bottom and here: Recent Results » AVLab Cybersecurity Foundation

We are also preparing a new project for the entire community, which will be released after the new year 2026. It will not be related to AV testing, but rather a service in the context of security, I think it's very useful in today's world ;)
AV labs .....Webroot 100% . anyone care to comment on that result ?
 
AV labs .....Webroot 100% . anyone care to comment on that result ?
Webroot is ok against malware in executable formats and I’ve seen it outperforming other solutions when it comes to executables detection.

It’s just Webroot totally forgot other malware exists and all attempts to integrate other protections have resulted in mediocre modules to say the least.
 
Webroot is ok against malware in executable formats and I’ve seen it outperforming other solutions when it comes to executables detection.

It’s just Webroot totally forgot other malware exists and all attempts to integrate other protections have resulted in mediocre modules to say the least.
Which raises concerns about testing methodology when scoring 100%.
 
AV labs .....Webroot 100% . anyone care to comment on that result ?
No disresepect to AVlabs but i rubbed my eyes twice after seeing that. The fact that after every malware detection it begs to scan might look nuanced to some but it is just a bogus thing in 2025 IMO. The executable protection is shockingly average at best and is overly dependent on prior knowledge of malware aka signatures. It being tied with better vendors like Emsi etc. doesn't make any sense and says a million things about the dated executables used in testing. And pls don't get me started on fileless malware and malscripts.
 
Which raises concerns about testing methodology when scoring 100%.
Well they test with what is prevalent.

Please note that Webroot detection of >40% post-launch is not an evidence that Webroot has some super efficient behavioural blocking.

Most likely the Webroot emulation and unpacking abilities (ahead with other algorithms) are not so proactive. Once malware is launched it would unpack itself and then Webroot will use the standard mixture of age, prevalence and other reputation (very similar to Norton) to detect the executable.

The Webroot detection on executables can be tweaked. It can go full blown default deny.
 
I have reviewed the discussion regarding the validity of the Webroot scores and the specific testing methodology used in the September 2025 assessment. There appears to be a misconception among the participants that this test relies solely on dated executables or ignores modern attack vectors like fileless malware.

The methodology documentation for this specific edition explicitly contradicts this assumption. The test telemetry indicates a significant focus on "Living off the Land" binaries (LOLBins) and "Living off the Cloud" techniques. Specifically, the analysis protocol monitored and tracked extensive activity involving system processes such as,

schtasks.exe

rundll32.exe

powershell.exe

as well as cloud-based execution vectors involving `az.exe` and `node.exe`. Therefore, a 100% score in this specific environment implies that the solution successfully interrupted the kill chain for these specific advanced threats, effectively neutralizing the attack path used in this dataset.

While skepticism regarding any vendor's performance is healthy, asserting that the test excluded fileless malware or scripts is not supported by the provided telemetry data.The test environment operated with active internet connections and zero-day web components to simulate a realistic breach scenario.

For a more accurate assessment of security posture, I advise evaluating the "Remediation Time" metric alongside detection rates. This metric provides a clearer indicator of how long a threat remains active on the endpoint before neutralization, which is often more critical than a simple block/miss binary status.