Answer in brief
CVE-2026-53068 records a High severity (CVSS 7.1) vulnerability in drm/komeda: fix integer overflow in AFBC framebuffer size check. The current sources do not mark it as known exploited. The current feed maps Linux/Linux (generic), Linux/Linux (generic). Check affected ranges and fixed versions before updating.
Analysis pending evidence review
HOL Guard separates source facts from reviewed analysis. See the methodology.
Answer in brief
CVE-2026-53068 records a High severity (CVSS 7.1) vulnerability in drm/komeda: fix integer overflow in AFBC framebuffer size check. The current sources do not mark it as known exploited. The current feed maps Linux/Linux (generic), Linux/Linux (generic). Check affected ranges and fixed versions before updating.
Analysis pending evidence review
HOL Guard separates source facts from reviewed analysis. See the methodology.
CVSS is 7.1. The current sources do not mark it as known exploited. Treat this as a source-backed prioritization signal, not a statement about your environment.
Analysis status
Analysis pending evidence review
Factual feed record only; HOL analysis is not approved for indexing. Read the methodology.
The current feed maps Linux/Linux (generic), Linux/Linux (generic). Check affected ranges and fixed versions before updating.
| Package | Affected range | Fixed version |
|---|---|---|
| Linux/Linuxgeneric | >=65ad2392dd6d1691db93e82b08d3311298b9d64a <a3a2a9bdc0f9c2d863a5a290cb2d4a565f7268e7 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <e27b58095d7d3ac72f230e318838dee956258460 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <02ff8a7d3d0eecc546b9ab4c07b3d7c65d485583 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <d8a541906860aa3519b1874780d933c766918a7c || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <8165e8b28fdf392c2c7412518d602b4f193812a8 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <fe1f80f8f6e8611ac6349b9d464e8750443390cf || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <872d923b852705054bc099af663da862fdc1097d || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <779ec12c85c9e4547519e3903a371a3b26a289de | a3a2a9bdc0f9c2d863a5a290cb2d4a565f7268e7, e27b58095d7d3ac72f230e318838dee956258460, 02ff8a7d3d0eecc546b9ab4c07b3d7c65d485583, d8a541906860aa3519b1874780d933c766918a7c, 8165e8b28fdf392c2c7412518d602b4f193812a8, fe1f80f8f6e8611ac6349b9d464e8750443390cf, 872d923b852705054bc099af663da862fdc1097d, 779ec12c85c9e4547519e3903a371a3b26a289de |
| Linux/Linuxgeneric | 5.3 | Not reported |
Published upstream
Jun 24, 2026
Evidence: source:cvelist:source_dates:source-dates:recordSource modified
Aug 5, 2026
Evidence: source:cvelist:source_dates:source-dates:recordFirst seen by HOL
Jun 24, 2026
In the Linux kernel, the following vulnerability has been resolved: drm/komeda: fix integer overflow in AFBC framebuffer size check The AFBC framebuffer size validation calculates the minimum required buffer size by adding the AFBC payload size to the framebuffer offset. This addition is performed without checking for integer overflow. If the addition oveflows, the size check may incorrectly succed and allow userspace to provide an undersized drm_gem_object, potentially leading to out-of-bounds memory access. Add usage of check_add_overflow() to safely compute the minimum required size and reject the framebuffer if an overflow is detected. This makes the AFBC size validation more robust against malformed. Found by Linux Verification Center (linuxtesting.org) with SVACE.
Quoted source text, attributed separately from HOL analysis.
CVSS is 7.1. The current sources do not mark it as known exploited. Treat this as a source-backed prioritization signal, not a statement about your environment.
Analysis status
Analysis pending evidence review
Factual feed record only; HOL analysis is not approved for indexing. Read the methodology.
The current feed maps Linux/Linux (generic), Linux/Linux (generic). Check affected ranges and fixed versions before updating.
| Package | Affected range | Fixed version |
|---|---|---|
| Linux/Linuxgeneric | >=65ad2392dd6d1691db93e82b08d3311298b9d64a <a3a2a9bdc0f9c2d863a5a290cb2d4a565f7268e7 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <e27b58095d7d3ac72f230e318838dee956258460 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <02ff8a7d3d0eecc546b9ab4c07b3d7c65d485583 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <d8a541906860aa3519b1874780d933c766918a7c || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <8165e8b28fdf392c2c7412518d602b4f193812a8 || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <fe1f80f8f6e8611ac6349b9d464e8750443390cf || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <872d923b852705054bc099af663da862fdc1097d || >=65ad2392dd6d1691db93e82b08d3311298b9d64a <779ec12c85c9e4547519e3903a371a3b26a289de | a3a2a9bdc0f9c2d863a5a290cb2d4a565f7268e7, e27b58095d7d3ac72f230e318838dee956258460, 02ff8a7d3d0eecc546b9ab4c07b3d7c65d485583, d8a541906860aa3519b1874780d933c766918a7c, 8165e8b28fdf392c2c7412518d602b4f193812a8, fe1f80f8f6e8611ac6349b9d464e8750443390cf, 872d923b852705054bc099af663da862fdc1097d, 779ec12c85c9e4547519e3903a371a3b26a289de |
| Linux/Linuxgeneric | 5.3 | Not reported |
Published upstream
Jun 24, 2026
Evidence: source:cvelist:source_dates:source-dates:recordSource modified
Aug 5, 2026
Evidence: source:cvelist:source_dates:source-dates:recordFirst seen by HOL
Jun 24, 2026
In the Linux kernel, the following vulnerability has been resolved: drm/komeda: fix integer overflow in AFBC framebuffer size check The AFBC framebuffer size validation calculates the minimum required buffer size by adding the AFBC payload size to the framebuffer offset. This addition is performed without checking for integer overflow. If the addition oveflows, the size check may incorrectly succed and allow userspace to provide an undersized drm_gem_object, potentially leading to out-of-bounds memory access. Add usage of check_add_overflow() to safely compute the minimum required size and reject the framebuffer if an overflow is detected. This makes the AFBC size validation more robust against malformed. Found by Linux Verification Center (linuxtesting.org) with SVACE.
Quoted source text, attributed separately from HOL analysis.