kernel-ipaclones-internal vulnerabilities

Direct Vulnerabilities

Known vulnerabilities in the kernel-ipaclones-internal package. This does not include vulnerabilities belonging to this package’s dependencies.

How to fix?

Automatically find and fix vulnerabilities affecting your projects. Snyk scans for vulnerabilities and provides fixes for free.

Fix for free

Vulnerability	Vulnerable Version
M NULL Pointer Dereference	*
M Use of Uninitialized Resource	*
M NULL Pointer Dereference	*
M CVE-2025-21853	*
M NULL Pointer Dereference	*
M NULL Pointer Dereference	*
M Use After Free	*
M Exposure of Data Element to Wrong Session	*
L Allocation of Resources Without Limits or Throttling	*
M CVE-2023-52927	*
M CVE-2025-21839	*
M CVE-2024-58057	*
L CVE-2025-21831	*
L CVE-2025-21833	*
M CVE-2024-58077	*
L CVE-2024-58079	*
L CVE-2024-58078	*
M CVE-2024-58083	*
M Use After Free	*
M CVE-2025-21829	*
M CVE-2025-21828	*
M CVE-2024-58061	*
M NULL Pointer Dereference	*
H Out-of-bounds Write	*
M CVE-2025-21756	*
M CVE-2025-21732	*
L NULL Pointer Dereference	*
M CVE-2025-21758	*
L CVE-2025-21719	*
M CVE-2024-58013	*
M CVE-2024-57974	*
L Double Free	*
M Improper Validation of Array Index	*
M CVE-2024-54456	*
M CVE-2025-21796	*
M CVE-2025-21760	*
M CVE-2025-21806	*
M Out-of-Bounds	*
M CVE-2025-21728	*
L NULL Pointer Dereference	*
M CVE-2025-21759	*
M CVE-2025-21766	*
M CVE-2025-21714	*
M Use After Free	*
L NULL Pointer Dereference	*
L Integer Overflow or Wraparound	*
M Use After Free	*
M CVE-2025-21729	*
M Out-of-bounds Read	*
M CVE-2025-21762	*
M CVE-2025-21750	*
M Use of Uninitialized Resource	*
M CVE-2025-21761	*
L CVE-2025-21733	*
L NULL Pointer Dereference	*
M CVE-2025-21786	*
M CVE-2025-21712	*
M CVE-2025-21764	*
M CVE-2025-21817	*
M CVE-2025-21731	*
M CVE-2025-21765	*
M CVE-2025-21745	*
M CVE-2025-21772	*
L CVE-2025-21708	*
M CVE-2024-58005	*
M Integer Overflow or Wraparound	*
L NULL Pointer Dereference	*
M CVE-2025-21763	*
L CVE-2025-21727	*
M Improper Locking	*
M NULL Pointer Dereference	*
M CVE-2024-57986	*
L Use After Free	*
M CVE-2024-57993	*
M CVE-2024-58014	*
M CVE-2024-57979	*
M Memory Leak	*
M CVE-2022-49660	*
M CVE-2022-49646	*
M CVE-2022-49679	*
M CVE-2022-49673	*
M CVE-2022-49613	*
M CVE-2022-49642	*
L CVE-2022-49606	*
M NULL Pointer Dereference	*
M Race Condition	*
M Memory Leak	*
M Race Condition	*
M Race Condition	*
H Race Condition	*
M Race Condition	*
M CVE-2022-49708	*
L NULL Pointer Dereference	*
M Integer Underflow	*
M Race Condition	*
M CVE-2022-49535	*
M CVE-2022-49524	*
L CVE-2022-49565	*
M CVE-2022-49519	*
M CVE-2022-49732	*
L CVE-2022-49501	*
M CVE-2022-49513	*
M CVE-2022-49700	*
M Improper Validation of Array Index	*
M Improper Validation of Array Index	*
M CVE-2022-49696	*
L NULL Pointer Dereference	*
M CVE-2022-49651	*
H CVE-2022-49667	*
M CVE-2022-49644	*
M CVE-2022-49456	*
M CVE-2022-49672	*
M CVE-2022-49516	*
M CVE-2022-49416	*
L Race Condition	*
M CVE-2022-49378	*
M CVE-2022-49497	*
M CVE-2022-49429	*
M CVE-2022-49674	*
M CVE-2022-49701	*
M CVE-2022-49675	*
M Race Condition	*
L CVE-2022-49663	*
L CVE-2022-49350	*
M CVE-2022-49370	*
H CVE-2022-49611	*
M CVE-2022-49626	*
M Race Condition	*
M CVE-2022-49617	*
M CVE-2022-49581	*
M CVE-2022-49624	*
M Race Condition	*
M Race Condition	*
M CVE-2022-49388	*
L CVE-2022-49297	*
L Integer Underflow	*
M CVE-2022-49325	*
H CVE-2022-49291	*
M Race Condition	*
M CVE-2022-49410	*
M CVE-2022-49290	*
M Race Condition	*
M Memory Leak	*
M Double Free	*
M CVE-2022-49556	*
M Race Condition	*
M CVE-2022-49543	*
M CVE-2022-49264	*
M CVE-2022-49286	*
M CVE-2022-49561	*
M CVE-2022-49537	*
M Race Condition	*
M Memory Leak	*
M CVE-2022-49235	*
M Integer Overflow or Wraparound	*
M CVE-2022-49722	*
M CVE-2022-49647	*
L CVE-2022-49209	*
M CVE-2022-49518	*
M CVE-2022-49710	*
M CVE-2022-49545	*
M CVE-2022-49656	*
M CVE-2022-49511	*
M CVE-2022-49687	*
M CVE-2022-49193	*
H CVE-2022-49199	*
M CVE-2022-49515	*
M CVE-2022-49205	*
L CVE-2022-49436	*
M CVE-2022-49715	*
M CVE-2022-49472	*
L CVE-2022-49178	*
M CVE-2022-49237	*
M Integer Overflow or Wraparound	*
M CVE-2022-49498	*
M CVE-2022-49697	*
L CVE-2022-49520	*
M CVE-2022-49412	*
M CVE-2022-49441	*
M CVE-2022-49459	*
M CVE-2022-49610	*
M CVE-2022-49698	*
M CVE-2022-49669	*
M Improper Locking	*
M CVE-2022-49433	*
M Race Condition	*
M CVE-2022-49474	*
M Race Condition	*
M CVE-2022-49468	*
M NULL Pointer Dereference	*
M CVE-2022-49356	*
M CVE-2022-49394	*
M CVE-2022-49400	*
L CVE-2022-49374	*
M CVE-2022-49492	*
M Race Condition	*
M CVE-2022-49384	*
M Race Condition	*
M CVE-2022-49330	*
M CVE-2022-49437	*
L CVE-2022-49625	*
M CVE-2022-49504	*
M Race Condition	*
M NULL Pointer Dereference	*
M CVE-2022-49129	*
M CVE-2022-49605	*
M CVE-2022-49690	*
M CVE-2022-49377	*
L CVE-2022-49287	*
M CVE-2022-49267	*
L CVE-2022-49352	*
M CVE-2022-49348	*
M CVE-2022-49314	*
M Race Condition	*
M Race Condition	*
M CVE-2022-49288	*
M CVE-2022-49725	*
M CVE-2022-49726	*
M CVE-2022-49272	*
M Improper Locking	*
M CVE-2022-49225	*
M CVE-2022-49691	*
M NULL Pointer Dereference	*
M CVE-2022-49559	*
M CVE-2022-49730	*
M Race Condition	*
M CVE-2022-49716	*
M Out-of-bounds Read	*
M CVE-2022-49097	*
L CVE-2022-49554	*
M CVE-2022-49190	*
H Memory Leak	*
M Race Condition	*
M CVE-2022-49111	*
M CVE-2022-49328	*
M CVE-2022-49404	*
M CVE-2022-49176	*
M CVE-2022-49526	*
M CVE-2022-49293	*
M CVE-2022-49066	*
M CVE-2022-49476	*
M CVE-2022-49156	*
H CVE-2022-49695	*
M CVE-2022-49508	*
M Memory Leak	*
M CVE-2022-49140	*
L Memory Leak	*
M CVE-2022-49101	*
M CVE-2022-49280	*
M CVE-2022-49132	*
M Divide By Zero	*
M CVE-2022-49471	*
M CVE-2022-49658	*
M CVE-2022-49616	*
L CVE-2022-49557	*
M Race Condition	*
M CVE-2022-49266	*
M CVE-2022-49539	*
M CVE-2022-49322	*
M CVE-2022-49114	*
M CVE-2022-49442	*
M CVE-2022-49531	*
M Race Condition	*
M CVE-2022-49122	*
L CVE-2022-49552	*
L CVE-2022-49592	*
L CVE-2022-49407	*
M CVE-2022-49060	*
M CVE-2022-49045	*
M CVE-2022-49385	*
M CVE-2022-49081	*
M Race Condition	*
M Race Condition	*
L CVE-2022-49584	*
M Use of Uninitialized Resource	*
M CVE-2022-49238	*
M CVE-2022-49206	*
M CVE-2022-49094	*
L Out-of-bounds Read	*
M CVE-2022-49493	*
M CVE-2022-49076	*
M CVE-2022-49455	*
M Memory Leak	*
M CVE-2022-49558	*
M CVE-2022-49220	*
M CVE-2022-49201	*
M CVE-2022-49503	*
M Race Condition	*
M CVE-2022-49347	*
M CVE-2022-49440	*
M CVE-2022-49371	*
M CVE-2022-49395	*
L CVE-2022-49422	*
M CVE-2022-49160	*
M CVE-2022-49174	*
M CVE-2022-49158	*
L CVE-2022-49343	*
M CVE-2022-49411	*
L CVE-2022-49402	*
M CVE-2022-49295	*
M CVE-2022-49236	*
M CVE-2022-49355	*
M CVE-2022-49281	*
M CVE-2022-49478	*
M CVE-2022-49294	*
M CVE-2022-49358	*
M CVE-2022-49271	*
M CVE-2022-49521	*
M CVE-2022-49226	*
M NULL Pointer Dereference	*
M CVE-2022-49143	*
M CVE-2022-49353	*
M CVE-2022-49372	*
M CVE-2022-49197	*
M CVE-2022-49357	*
M CVE-2022-49465	*
M CVE-2022-49443	*
M CVE-2022-49089	*
L Memory Leak	*
M CVE-2022-49434	*
M CVE-2022-49136	*
M CVE-2022-49179	*
M CVE-2022-49333	*
M NULL Pointer Dereference	*
L CVE-2022-49376	*
M CVE-2022-49420	*
M Improper Locking	*
M CVE-2022-49231	*
M CVE-2022-49349	*
L CVE-2022-49065	*
M CVE-2022-49432	*
M CVE-2022-49171	*
M CVE-2022-49248	*
M CVE-2022-49215	*
L CVE-2022-49175	*
M CVE-2022-49198	*
M CVE-2022-49154	*
M CVE-2022-49265	*
M CVE-2022-49052	*
M CVE-2022-49080	*
M CVE-2022-49300	*
M CVE-2022-49345	*
M CVE-2022-49180	*
M CVE-2022-49390	*
M NULL Pointer Dereference	*
M CVE-2022-49263	*
M CVE-2022-49341	*
M CVE-2022-49044	*
M CVE-2022-49177	*
M CVE-2022-49296	*
L CVE-2022-49259	*
L CVE-2022-49204	*
M CVE-2022-49109	*
M CVE-2022-49110	*
L CVE-2022-49207	*
M CVE-2022-49100	*
M Memory Leak	*
H CVE-2022-49401	*
M CVE-2022-49159	*
M CVE-2022-49208	*
L Memory Leak	*
M CVE-2022-49053	*
M CVE-2022-49082	*
M CVE-2022-49058	*
M NULL Pointer Dereference	*
M CVE-2022-49138	*
M CVE-2022-49086	*
M CVE-2022-49183	*
M CVE-2022-49072	*
L CVE-2022-49077	*
M CVE-2022-49074	*
M CVE-2022-49145	*
M CVE-2022-49118	*
M Improper Locking	*
M CVE-2022-49063	*
M CVE-2022-49113	*
M CVE-2022-49048	*
M CVE-2022-49227	*
M CVE-2022-49124	*
M CVE-2022-49070	*
M CVE-2022-49078	*
H CVE-2021-47634	*
M CVE-2021-47650	*
M CVE-2021-47646	*
M CVE-2021-47659	*
L CVE-2021-47639	*
L NULL Pointer Dereference	*
L Race Condition	*
L Resource Exhaustion	*
M NULL Pointer Dereference	*
M Double Free	*
M NULL Pointer Dereference	*
M Incorrect Calculation of Buffer Size	*
L Improper Control of a Resource Through its Lifetime	*
M Lack of Administrator Control over Security	*
L Memory Leak	*
L Double Free	*
L Memory Leak	*
M Resource Injection	*
M Incorrect Calculation	*
M Use After Free	*
M Loop with Unreachable Exit Condition ('Infinite Loop')	*
M CVE-2024-56647	*
L CVE-2025-21694	*
M Use After Free	*
M Improper Input Validation	*
M NULL Pointer Dereference	*
L NULL Pointer Dereference	*
M Behavioral Problems	*
M Improper Input Validation	*
M NULL Pointer Dereference	*
M Use After Free	*
L Memory Leak	*
M Use After Free	*
M Out-of-bounds Read	*
L NULL Pointer Dereference	*
M Improper Handling of Length Parameter Inconsistency	*
L NULL Pointer Dereference	*
M Use After Free	*
M Out-of-Bounds	*
M Uncontrolled Memory Allocation	*
M Improper Validation of Array Index	*
L Resource Injection	*
M Resource Injection	*
M Improper Input Validation	*
L Resource Injection	*
L Race Condition	*
L Improper Locking	*
M Improper Locking	*
M Memory Leak	*
M Loop with Unreachable Exit Condition ('Infinite Loop')	*
L NULL Pointer Dereference	*
M Use After Free	*
M Use After Free	*
M Use of Uninitialized Resource	*
M Loop with Unreachable Exit Condition ('Infinite Loop')	*
M Deadlock	*
M Improper Synchronization	*
M Improper Input Validation	*
M Use After Free	*
M Improper Control of a Resource Through its Lifetime	*
M Divide By Zero	*
L Protection Mechanism Failure	*
L NULL Pointer Dereference	*
L Memory Leak	*
L Improper Locking	*
M Use After Free	*
M Improper Cleanup on Thrown Exception	*
M Improper Control of a Resource Through its Lifetime	*
M Memory Leak	*
L Incorrect Check of Function Return Value	*
L Improper Input Validation	*
L Improper Initialization	*
M Operation on a Resource after Expiration or Release	*
M Integer Overflow or Wraparound	*
L NULL Pointer Dereference	*
L Insufficient Logging	*
M Use After Free	*
M CVE-2024-50251	*
M Use After Free	*
L NULL Pointer Dereference	*
M Operation on a Resource after Expiration or Release	*
M Race Condition	*
M Improper Locking	*
M Race Condition	*
M Reachable Assertion	*
L Memory Leak	*
M CVE-2025-21699	*
M CVE-2024-57876	*
M Deadlock	*
L Improper Initialization	*
M Improper Handling of Unexpected Data Type	*
M Memory Leak	*
L Improper Locking	*
M Use of Uninitialized Resource	*
M Race Condition	*
L Incorrect Calculation of Buffer Size	*
M Integer Overflow or Wraparound	*
L Allocation of Resources Without Limits or Throttling	*
M CVE-2024-57893	*
M NULL Pointer Dereference	*
L Debug Messages Revealing Unnecessary Information	*
L Use After Free	*
M Improper Validation of Specified Quantity in Input	*
M Deadlock	*
M Race Condition	*
M Improper Resource Shutdown or Release	*
M Resource Injection	*
M Improper Input Validation	*
M Use of Uninitialized Resource	*
L Improper Input Validation	*
M Use After Free	*
M Incomplete Cleanup	*
M Use After Free	*
L NULL Pointer Dereference	*
M Use After Free	*
M Use After Free	*
M Off-by-one Error	*
M Use After Free	*
M Use After Free	*

Vulnerability

Vulnerable Version

NULL Pointer Dereference