The last few weeks we are seeing Microsoft or Intel Signed files classed as FSA/RISK_HIGH in both the FortiClient as the Fortigates.
Our FortiClients are configured to explicitely NOT upload files signed by trusted sources (Like Microsoft, Intel, etc.) to the sandbox service.
Examples: Intel Signed
0E471D466AE6A65B409195EF4619408429C73FF36851E2FA4606DBFB734CAA5A
0E471D466AE6A65B409195EF4619408429C73FF36851E2FA4606DBFB734CAA5A
Examples: Microsoft Signed
windowsdesktop-runtime-6.0.25-win-x64.exe
Nominating a forum post submits a request to create a new Knowledge Article based on the forum post topic. Please ensure your nomination includes a solution within the reply.
Hello Wietse,
Thank you for using the Community Forum. I will seek to get you an answer or help. We will reply to this thread with an update as soon as possible.
Thanks,
Hi,
I had this same concern. Contacted TAC as i believed it was a false positive. They checked it out and flagged it as clean on their database so it was resolved.
Created on 01-17-2024 10:01 PM Edited on 01-17-2024 10:08 PM
Hi Robert,
I also opened a case at TAC for these files.
They assured me that the files are now flagged clean (we already whitelisted in EMS)
What I do not understand is why the sandbox flags files as malicious when they are signed by Microsoft. If they just flagged the files as clean, and leave everything the same, it means it can happen again on other (maybe more crucial) files from Microsoft or Intel, even if you excempt those file for sandboxing.
So there are actually two things.
- The file is flagged by the sandbox, which causes issues.
- The file is flagged by the sandbox, which should not happen.
No answer on the second point is detrimental for my confidence in the (configuration of) the FortiFabric.
Select Forum Responses to become Knowledge Articles!
Select the “Nominate to Knowledge Base” button to recommend a forum post to become a knowledge article.
User | Count |
---|---|
1663 | |
1077 | |
752 | |
446 | |
220 |
The Fortinet Security Fabric brings together the concepts of convergence and consolidation to provide comprehensive cybersecurity protection for all users, devices, and applications and across all network edges.
Copyright 2024 Fortinet, Inc. All Rights Reserved.