CVE-2026-68168

In the Linux kernel, the following vulnerability has been resolved: afs: Fix afseditdirremove to get, not find, block 0 Fix afseditdirremove to use afsdirgetblock to get block 0 rather than afsdirfindblock as the latter caches the found block in the afsdiriter and may switch out the page it's on ...

CVE-2026-68168 afs: Fix afs_edit_dir_remove() to get, not find, block 0

In the Linux kernel, the following vulnerability has been resolved: afs: Fix afseditdirremove to get, not find, block 0 Fix afseditdirremove to use afsdirgetblock to get block 0 rather than afsdirfindblock as the latter caches the found block in the afsdiriter and may switch out the page it's on ...

EUVD-2026-55554

In the Linux kernel, the following vulnerability has been resolved: afs: Fix afseditdirremove to get, not find, block 0 Fix afseditdirremove to use afsdirgetblock to get block 0 rather than afsdirfindblock as the latter caches the found block in the afsdiriter and may switch out the page it's on ...

CVE-2026-68168

The CVE describes a Linux kernel AFS fix: afs_edit_dir_remove() now uses afs_dir_get_block() to obtain block 0 instead of afs_dir_find_block(), because the latter caches the found block in afs_dir_iter and can switch the page if a subsequent find occurs. This change aligns with the existing afs_e...

Malicious Package

Overview tailwind-gutenberg-block-zero is a malicious package. This package contains malicious code, and its content was removed from the official package manager. While this package might be attempting to impersonate a valid organization, there is no connection between that organization and this...

Malicious code in tailwind-gutenberg-block-zero (npm)

The npm package tailwind-gutenberg-block-zero is a supply-chain dropper disguised as a WordPress / Gutenberg block plugin. The published tarball carries the trappings of a real plugin a my-tailwind-blocks.php, a wp-scripts build configuration, a README and a screenshot, but its real behaviour liv...

CVE-2025-68348

CVE-2025-68348 : In the Linux kernel block layer, a memory leak in __blkdev_issue_zero_pages was fixed by moving the fatal signal check before bio_alloc(). If a fatal signal was pending and BLKDEV_ZERO_KILLABLE was set, the code could allocate a bio and then exit the loop without freeing it. The ...