This is also called pre-execution blocking. If malware gets delivered to your endpoints and, thus, bypassed the previous controls we’ve talked about previously such as Threat and Vulnerability Management (TVM) and Attack Surface Reduction (ASR), it is up to the Microsoft Defender Antivirus to stop that malware from running. P6: Microsoft Defender Endpoint Detection & Response (EDR) P5: Microsoft Defender Antivirus Internal Mechanics P4: MS Defender for Endpoint – Attack Surface Reduction ASR P3: MS Defender for Endpoint – Threat and Vulnerability Management (TVM) P2: MS Defender for Security Strategy & Role of AI P1: Microsoft Defender for Endpoint – Architecture ![]() ![]() ![]() Remember that in previous blog posts we’ve talked about how Microsoft Defender for Endpoint uses and amplify a lot of the built-in Windows Security features, and the built-in Antivirus engine is one of them. In this blog post, I am going to talk about one of the main components of the Microsoft Defender for Endpoint (Check the Intro Blog Post Here), which is the Microsoft Defender Antivirus, also known as Next Generation Protection.
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