So, use this method only as a temporary solution. After this, the Windows Defender won't work, and your computer will be vulnerable. The most probable fix to the Antimalware Service Executable high CPU issue is turning off the real-time protection.
It acts quickly and consumes much CPU storage, which leads to high CPU and memory usage. Go to the next part to solve antimalware service executable high memory Windows 11.Īntimalware Service Executable high disk usage issue is large because of the real-time feature, which will constantly scan your Windows computer no matter what you do. Its scanning relies heavily on your computer's CPU that's why you find Antimalware Service Executable high CPU, huge disk, memory, RAM, and even network bandwidth, draining computer resources, especially after getting a Windows 11/10 update. It also performs background system scans to check for dangerous software, install antivirus definition updates, and does anything else a security application like Windows Defender needs to do. You can find this on the Details tab in your Task Manager.Īntimalware Service Executable provides real-time scanning and is responsible for checking files for malware whenever you access them. The Antimalware Service Executable (Msmpeng.exe) process is part of Windows Defender, a built-in antivirus feature that comes with Windows 11/10. What Is Antimalware Service Executable High CPU/RAM/Disk/Memory Usage? You can also try to fix Antimalware Service Executable high CPU issue by updating all your device drivers. In the Run Dialog Box, type regedit and click "OK". Press Windows Key + R to open the Run Dialog Box. Press the Windows logo key + I at the same time to open the Settings window. Add Antimalware Service Executable to Exclusion List Change Windows Defender's Scheduling OptionsĬhange Windows Defender's schedule is another method to solve the Antimalware Service Executable. Turn off the real-time protection to solve the Antimalware Service Executable high CPU usage. Fixe Antimalware Service Executable High Memory
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