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Deleted Member 333v73x
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Here's some of the main ones:what kind of improvements needed? I do not actively using EMET, thats why i ask.
emet is free but it is not for the user with basic / average computer knowledge.
if emet can be compromised it is pointless.
@Dirk41: Well there is no issue to leave EMET on a recommended settings, as the tool design for being simplified at all; in order to see the overall effectiveness is if you will analyze the target program closely like other security labs do to ensure its security hole will not be leak.
@Dirk41: Well there is no issue to leave EMET on a recommended settings, as the tool design for being simplified at all; in order to see the overall effectiveness is if you will analyze the target program closely like other security labs do to ensure its security hole will not be leak.
i did it. but i don't get if there should be green circle under "running emet" column (as i saw in some picture found in the internet) or emet is working even without them. thank you
Not sure but you can try:Hi. Could someone tell me how I can make metro apps run under EMET control?
I can't find ".exe" of the metro apps to add it.. For example Twitter . Where is Twitter.exe in w10?
Thank you
Not sure but you can try:
the Metro app files are in the hidden WindowsApps folder in C:\Program Files.
On EMET click the Add Application button and locate and click the application you want to add so click the Open button.
With Windows 10 we have implemented many features and mitigations that can make EMET unnecessary on devices running Windows 10. EMET is most useful to help protect down-level systems, legacy applications, and to provide Control Flow Guard (CFG) protection for 3rd party software that may not yet be recompiled using CFG. Some of the Windows 10 features that provide equivalent (or better) mitigations than EMET are:
Device Guard: Device Guard is a combination of enterprise-related hardware and software security features that, when configured together, will lock a device down so that it can only run trusted applications. Device Guard provides hardware-based zero day protection for all software running in kernel mode, thus protecting the device and Device Guard itself from tampering, and app control policies that prevent untrusted software from running on the device.
Control Flow Guard (CFG): As developers compile new apps, CFG analyzes and discovers every location that any indirect-call instruction can reach. It builds that knowledge into the binaries (in extra data structures – the ones mentioned in a dumpbin/loadconfig display). It also injects a check, before every indirect-call in your code, that ensures the target is one of those expected, safe locations. If that check fails at runtime, the operating system closes the program.
AppLocker: AppLocker is an application control feature introduced in Windows 7 that helps prevent the execution of unwanted and unknown applications within an organization's network while providing security, operational, and compliance benefits. AppLocker can be used in isolation or in combination with Device Guard to control which apps from trusted publishers are allowed to run.
All Windows Store apps are tightly sandboxed. This means Windows Store apps run in their own virtual space (the sandbox) and whatever happens to it does not affect any other app running or the OS itself. It should be practically impossible for a Windows Store App to crash the entire computer, it may still crash itself but it won’t be able to hurt anything else. Being in the Sandbox also means the app has no direct access to any other app or service running outside of the app’s sandbox. Access to other apps or services is facilitated by Windows itself with a defined set of APIs with in the runtime environment. While this does place limits on what a Windows Store app can do the tradeoff is worth it because it should never be possible for a Windows Store app to be a Virus, Trojan or Rootkit