-
Notifications
You must be signed in to change notification settings - Fork 138
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
False positive when run on x86 architecture #31
Comments
Hi, |
Hi @darvincisec, sorry for the delayed response. I tried running on arm32 device and no false positives occured. It seems like it only happens on this one emulator configuration. Tried recreating a fresh emulator with the same configuration and still getting the "Executable Section Manipulated" message. |
Hi @darvincisec, do you have any additional information or insights to share regarding this issue? I'm open to working on it but not sure where to start. |
@flikkr Hi. Did you find a solution? |
@sektr63a unfortunately no |
Unfortunately this happens not only on a specific emulator. This check does not work on a wide range of devices according to our logging information. Needs to be investigated for sure. |
I have the same problem. We implemented the I personally checked on a Samsung A13 (where the bug is reproduced), and it appears to use a 32-bit I also debugged the function and the reason is that checksum of the executable section is not matching as mentioned in the connected issues. I suppose it may be connected with the system's architecture of CPUs like Cortex-A55 and A57. Update: The process runs in a 32-bit environment too, so now I don't know. I only see that something goes wrong with the executable section range; it occurs before the beginning of the section start: |
Firstly, thanks for the repo. I wanted to try and get this sample project to run on 32-bit architecture since it would just crash on older devices, so I added
x86
to the list of valid ABIs inbuild.gradle
.Because of that, all system calls using the
my_
prefix are broken once we try to run in x86. After removing all themy_
prefixes from the system calls, the sample app seems to be working as expected except for the check in thedetect_frida_memdiskcompare
function. The logs indicate that thelibc
library has a mismatching checksum despite the device being clean. I encountered this issue when running the app on a Pixel 4 emulator on x86 ABI with API version 30. This checksum mismatch did not occur on different x86 emulator running on API 29. Any idea what could be causing this?The text was updated successfully, but these errors were encountered: