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Maybe get some of the worst cases and retest them on a mid-range setup, like a Ryzen 5 5800 (or equivalent, even 6-cores will be fine), 16 GB RAM, and a mid-range GPU (RTX 3060 or RX 6600 XT). I'm very curious of the effect it would have, considering you lost up to 10% of the maximum performance of a PC in 2023. Just a few tests to validate if CPU or GPU power is a factor, and by how much.This was me with the 13900K. New test build, totally forgot about VBS. Which is really why this article exists. I freaked out and thought, "OMG how much performance am I losing because of VBS!?" Thankfully, everything was tested on the 13900K with it enabled, so it's still "fair" in that sense. But I'm left trying to decide if I should retest the various GPUs with VBS disabled, or stick with the Microsoft default of having it on? Decisions, decisions...
It's incredibly irresponsible to promote disabling important security features.
I never really noticed much of a difference in games/ system performance with later mitigations enabled. Mostly just random read performance degradation in crystaldiskmark. The early ones bit though.Keep in mind that if you are truly concerned about gaming/system performance that not only is this mitigation an issue, but you also need to remember Spectre and Meltdown....
It seems perfectly reasonable if you're a hacker and you want to support these stories being circulated on the internet because you use video games as a doorway into other computers.It's incredibly irresponsible to promote disabling important security features.
Exactly most people will never notice any difference at all because it's beyond the point where it makes a difference. Now if it dropped you from 144 FPS to 60 FPS it would definitely notice it but the drops keep it above 144 substantially. Nothing to see here.I've been running Core Integrity and such on my Intel 10700 for a long while on Windows 11 Pro 64bit install, and honestly i don't notice any performance problems in games i play, and normal daily tasks. i didn't feel comfortable when Windows 11 first launched turning it off then, and don't think i'm gonna these days. As everything seems to be working as normal, games seem fast and responsive, and other tasks do fine as well
It must be nice to have the luxury of being a kid and not having to do bills and banking and stock investing and keeping track of work records and all the other things that people do with their computers and just get to play games. I miss being a kid.If I get a virus, I get a virus. Have never had issues with them even in the days of Windows 98/XP. In the event I get one, I will just do the minor inconvenience of reinstalling windows if I have to (I don't think I have ever really had to do this and I have been pc building since like 2001). At least I will go down doing what I love, which is having my gaming PC perform the absolute best that it can.
Really? So what? How many of those 10 second gains will you need to offset a bricked computer?Turning VBS off in BIOS even sped up my boot time about 10 seconds.
Using what in its place?Ever since windows 10 came out I've disabled defender as one of the first things I do after a clean install.
I don't really think you understand the scenarios where VBS is actually used. VBS is meant to harden against attacks to grab sensitive data, which for most of us is login credentials and other granted security tokens. It's not for securing whatever saucy data you've been accessing. Programs can still access your files given the user has appropriate permissions.Microsoft VBS entails memory enclaves that block kernel level threats from accessing local data and files when they are loaded into memory. Apple does the same thing with secure enclave.
Turning VBS off is a huge security risk. VBS is a major defense mechanism against the most destructive viruses that gain access to the whole system. VBS blocks these viruses from accessing the OS itself and protects memory and data.
If Microsoft Defender is the front gate protecting your house, VBS is the security guard inside the building . VBS is just as vital as defender to have a secure OS.
I would say to leave it enabled, just because that's the default setting that most people will be using. If you show card A to be running 20% faster than card B in a particular game, but most people will only see it running 15% faster due to them encountering a CPU bottleneck with the default security settings enabled, then that's not really an accurate representation of a card's real-world performance, and could affect a person's buying decisions.But I'm left trying to decide if I should retest the various GPUs with VBS disabled, or stick with the Microsoft default of having it on? Decisions, decisions...
I agree, though I think both a mid-range and older lower-end processor should be tested, to make sure there's enough difference in core counts as well as per-core performance. So, for example, if the high-end CPU was a Ryzen 7950X3D, then the mid-range could be something like a 3600X, and the low-end a 1400, or maybe even a 1200, to help show the maximum effect when a game is starved of processing resources. Or just test the 8-core models from a few generations, disabling cores to roughly simulate the 6 and 4-core options. Testing the performance hit of settings like this on the highest-end hardware may not accurately represent how performance is affected on the more modest hardware that most people are using.Maybe get some of the worst cases and retest them on a mid-range setup, like a Ryzen 5 5800 (or equivalent, even 6-cores will be fine), 16 GB RAM, and a mid-range GPU (RTX 3060 or RX 6600 XT). I'm very curious of the effect it would have, considering you lost up to 10% of the maximum performance of a PC in 2023. Just a few tests to validate if CPU or GPU power is a factor, and by how much.
It must be nice to have the luxury of being a kid and not having to do bills and banking and stock investing and keeping track of work records and all the other things that people do with their computers and just get to play games. I miss being a kid.
You're assuming that VBS alone is responsible for protecting you, and it's absolutely not. If you're already infected by malware because you installed something stupid, I seriously doubt VBS is going to help much if at all. If a website has code that's trying to sniff out data, and your browser allows that, it's a browser problem right at the start, not an OS memory integrity thing.This is a monumentally stupid idea if you do any commerce on your PC.
Ever been hacked? It's a nightmare of time and effort to undo when the fake MSI Afterburner malware tries to spend 2 grand on your credit card.
This is a monumentally stupid idea if you do any commerce on your PC.
Ever been hacked? It's a nightmare of time and effort to undo when the fake MSI Afterburner malware tries to spend 2 grand on your credit card.
Nothing. I don't use any sort of antimalware or antispyware. It slows down the system and deletes legit files sometimes and is just a pain in the arse. False positives are a big problem for me too. And in case you're wondering, I haven't had an infection since widows 10 was released. I don't run shady software and I don't click on any links I'm not sure of.Using what in its place?
Then you're one of the very lucky ones.Nothing. I don't use any sort of antimalware or antispyware. It slows down the system and deletes legit files sometimes and is just a pain in the arse. False positives are a big problem for me too. And in case you're wondering, I haven't had an infection since widows 10 was released. I don't run shady software and I don't click on any links I'm not sure of.
VBS won't do anything for the user installing malware, absolutely nothing.
These technologies are not new, they've been around awhile and about the only thing they really do is prevent a user mode program from accessing sensitive kernel space without going through a trusted OS API first. This isn't supposed to be possible in the first place, but security holes happen and sometimes a driver or other piece of kernel mode code ends up opening an attack vector into the kernel memory space. All this is attempting, to various levels of success, to proactively prevent an insecure driver from being exploitable. Of course this does nothing to protect against a driver that both provides an API and has an exploitable security vulnerability in that API.
Don't all desktop applications technically use Windows API on Windows 11? confused.
VBS won't do anything for the user installing malware, absolutely nothing.
i had ryzen first gen and windows 11 and fps was hammered by around 50% with VBS enabled, which was more than on win10 ~15%, that was while back and ms supposedly improved it a bit, so it doesnt get tanked that hard, but when mbec gets emulated, fps hit is harder than when cpu supports it and yes post is about modern cpus, but older cpus without mbec should note how bad is it to have virtualisation enabledExactly most people will never notice any difference at all because it's beyond the point where it makes a difference. Now if it dropped you from 144 FPS to 60 FPS it would definitely notice it but the drops keep it above 144 substantially. Nothing to see here.