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SECURITY.txt: Drop "exploitable" in reference to hardening issues

Message ID 610f86be-79bb-451f-a9c1-6fcbdc78a2c9@gotplt.org
State Not Applicable
Headers
Series SECURITY.txt: Drop "exploitable" in reference to hardening issues |

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Commit Message

Siddhesh Poyarekar Dec. 18, 2023, 2:35 p.m. UTC 
  The "exploitable vulnerability" may lead to a misunderstanding that 
missed hardening issues are considered vulnerabilities, just that 
they're not exploitable.  This is not true, since while hardening bugs 
may be security-relevant, the absence of hardening does not make a 
program any more vulnerable to exploits than without.

Drop the "exploitable" word to make it clear that missed hardening is 
not considered a vulnerability.

Comments

Siddhesh Poyarekar Jan. 9, 2024, 3:12 p.m. UTC | #1 
On 2023-12-18 09:35, Siddhesh Poyarekar wrote:
> The "exploitable vulnerability" may lead to a misunderstanding that 
> missed hardening issues are considered vulnerabilities, just that 
> they're not exploitable.  This is not true, since while hardening bugs 
> may be security-relevant, the absence of hardening does not make a 
> program any more vulnerable to exploits than without.
> 
> Drop the "exploitable" word to make it clear that missed hardening is 
> not considered a vulnerability.

Ping, may I commit this if there are no objections?

Thanks,
Sid

> 
> diff --git a/SECURITY.txt b/SECURITY.txt
> index b3e2bbfda90..126603d4c22 100644
> --- a/SECURITY.txt
> +++ b/SECURITY.txt
> @@ -155,10 +155,10 @@ Security features implemented in GCC
>       GCC implements a number of security features that reduce the impact
>       of security issues in applications, such as -fstack-protector,
>       -fstack-clash-protection, _FORTIFY_SOURCE and so on.  A failure of
> -    these features to function perfectly in all situations is not an
> -    exploitable vulnerability in itself since it does not affect the
> -    correctness of programs.  Further, they're dependent on heuristics
> -    and may not always have full coverage for protection.
> +    these features to function perfectly in all situations is not a
> +    vulnerability in itself since it does not affect the correctness of
> +    programs.  Further, they're dependent on heuristics and may not
> +    always have full coverage for protection.
> 
>       Similarly, GCC may transform code in a way that the correctness of
>       the expressed algorithm is preserved, but supplementary properties
>
Richard Biener Jan. 9, 2024, 3:32 p.m. UTC | #2 
> Am 09.01.2024 um 16:13 schrieb Siddhesh Poyarekar <siddhesh@gotplt.org>:
> 
> On 2023-12-18 09:35, Siddhesh Poyarekar wrote:
>> The "exploitable vulnerability" may lead to a misunderstanding that missed hardening issues are considered vulnerabilities, just that they're not exploitable.  This is not true, since while hardening bugs may be security-relevant, the absence of hardening does not make a program any more vulnerable to exploits than without.
>> Drop the "exploitable" word to make it clear that missed hardening is not considered a vulnerability.
> 
> Ping, may I commit this if there are no objections?

Go ahead.

Richard 

> Thanks,
> Sid
> 
>> diff --git a/SECURITY.txt b/SECURITY.txt
>> index b3e2bbfda90..126603d4c22 100644
>> --- a/SECURITY.txt
>> +++ b/SECURITY.txt
>> @@ -155,10 +155,10 @@ Security features implemented in GCC
>>      GCC implements a number of security features that reduce the impact
>>      of security issues in applications, such as -fstack-protector,
>>      -fstack-clash-protection, _FORTIFY_SOURCE and so on.  A failure of
>> -    these features to function perfectly in all situations is not an
>> -    exploitable vulnerability in itself since it does not affect the
>> -    correctness of programs.  Further, they're dependent on heuristics
>> -    and may not always have full coverage for protection.
>> +    these features to function perfectly in all situations is not a
>> +    vulnerability in itself since it does not affect the correctness of
>> +    programs.  Further, they're dependent on heuristics and may not
>> +    always have full coverage for protection.
>>      Similarly, GCC may transform code in a way that the correctness of
>>      the expressed algorithm is preserved, but supplementary properties
diff mbox series

Patch

diff --git a/SECURITY.txt b/SECURITY.txt
index b3e2bbfda90..126603d4c22 100644
--- a/SECURITY.txt
+++ b/SECURITY.txt
@@ -155,10 +155,10 @@  Security features implemented in GCC
      GCC implements a number of security features that reduce the impact
      of security issues in applications, such as -fstack-protector,
      -fstack-clash-protection, _FORTIFY_SOURCE and so on.  A failure of
-    these features to function perfectly in all situations is not an
-    exploitable vulnerability in itself since it does not affect the
-    correctness of programs.  Further, they're dependent on heuristics
-    and may not always have full coverage for protection.
+    these features to function perfectly in all situations is not a
+    vulnerability in itself since it does not affect the correctness of
+    programs.  Further, they're dependent on heuristics and may not
+    always have full coverage for protection.

      Similarly, GCC may transform code in a way that the correctness of
      the expressed algorithm is preserved, but supplementary properties