Pen test reported DLLS missing exploitation mitigations.
Scanning tool: https://github.com/microsoft/binskim
Version: 1.1.10.7
x86/snappyjava.dll:
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‘No Execute’ bit - The executable does not enforce the NX bit, allowing code execution in memory regions that should be non-executable. This increases the risk of exploitation through attacks like buffer overflows.
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Dynamic Base not enabled – The executable does not support dynamic base relocation, preventing it from benefiting from Address Space Layout Randomization (ASLR), which increases the predictability of memory addresses and makes exploitation easier.
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SafeSEH not enabled - The executable does not enforce SafeSEH, leaving it vulnerable to structured exception handling (SEH) overwrite attacks, where an attacker can take control of execution flow by manipulating exception handlers.
x86_64/snappyjava.dll:
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Dynamic Base not enabled – The executable does not support dynamic base relocation, preventing it from benefiting from Address Space Layout Randomization (ASLR), which increases the predictability of memory addresses and makes exploitation easier.
-
ASLR compatibility - The executable is incompatible with ASLR because it is 64-bit but has a base address below 4GB. This makes it more vulnerable to memory corruption exploits, as attackers can more easily predict the location of critical memory regions.
Pen test reported DLLS missing exploitation mitigations.
Scanning tool: https://github.com/microsoft/binskim
Version: 1.1.10.7
x86/snappyjava.dll:
‘No Execute’ bit - The executable does not enforce the NX bit, allowing code execution in memory regions that should be non-executable. This increases the risk of exploitation through attacks like buffer overflows.
Dynamic Base not enabled – The executable does not support dynamic base relocation, preventing it from benefiting from Address Space Layout Randomization (ASLR), which increases the predictability of memory addresses and makes exploitation easier.
SafeSEH not enabled - The executable does not enforce SafeSEH, leaving it vulnerable to structured exception handling (SEH) overwrite attacks, where an attacker can take control of execution flow by manipulating exception handlers.
x86_64/snappyjava.dll:
Dynamic Base not enabled – The executable does not support dynamic base relocation, preventing it from benefiting from Address Space Layout Randomization (ASLR), which increases the predictability of memory addresses and makes exploitation easier.
ASLR compatibility - The executable is incompatible with ASLR because it is 64-bit but has a base address below 4GB. This makes it more vulnerable to memory corruption exploits, as attackers can more easily predict the location of critical memory regions.