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CVE-2026-88046

rclone: source object names can escape the configured root on upload

5.3 MediumFix available

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Attack profile

How easy it is to exploit

Attack vector
Network
Complexity
High
Privileges needed
None
User interaction
Required

What an attacker can affect

Confidentiality
None
Integrity
High
Availability
None

Exploit likelihood

0.29%Unchanged since Sep 11, 2026
90%50%10%1%

What each source reports

CVE List Score used 5.3

rclone: source object names can escape the configured root on upload

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
CVE-2026-88046
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Weakness
CWE-22
Updated
2026-11-02
EUVDEUVD-2026-75589 5.3

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
EUVD-2026-75589
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Updated
2026-11-02
GitHub AdvisoriesGHSA-38xv-hf3p-h7mq 5.3

rclone: source object names can escape the configured root on upload

Summary

Multiple backends, when given a specially crafted object to copy, can escape the backend confinement.

| Backend | Keep/Close | Per-backend severity | |---|---|---| | sftp | Medium | Real filesystem escape, fires under default encoding. | | smb | Low-Medium | Escapes to a different SMB share the credential can reach. | | ftp | Low | Real, leading-.. overshoot PoC is partly neutralized by encoding; escape bounded to at/below the login base. | | webdav | Low | Server-side ACLs are the real boundary. | | b2 | Low | Same-account sibling bucket crossing on a flat keyspace. | | swift | Low | Same, container. | | qingstor | Low | Same. | | oracleobjectstorage | Low | Same. | | internetarchive | Low | IA items are owner-writable only; confined to user's own items. | | storj | Low | Can retarget a different bucket in the same access grant. | | filelu | Low | Confined to the user's own account. | | shade | Low | Confined to the user's own drive. | | sia | Low | siad API password already grants full-daemon access. |

Root cause

rclone core does not sanitize .. in a source object's Remote() - verified: nothing in fs/march, fs/sync, fs/list, or fs/operations rejects .. segments before the name reaches the destination backend's Put/Update/Mkdir. Confinement is therefore each backend's responsibility, and these backends join root + remote without a check.

This divides into two classes:

  • Bucket based backends - bucket.Split(path.Join(f.root, rootRelativePath)):

    • backend/b2/b2.go:404, backend/swift/swift.go:464, backend/qingstor/qingstor.go:198, backend/oracleobjectstorage/oracleobjectstorage.go:245, backend/internetarchive/internetarchive.go:1016, backend/smb/smb.go:885, backend/storj/fs.go:289.
    • path.Join collapses .. on the standard (ASCII) form before encoding is applied (e.g. FromStandardPath(path.Join(...)) at backend/b2/b2.go:1641), so EncodeDot never gets the chance to neutralize the ...
    • lib/bucket.Join does not clean paths (keeps .. as a literal key segment); path.Join does. backend/s3, backend/azureblob, backend/googlecloudstorage already use bucket.Join and are therefore not affected.

  • Path based backends - path.Join(root, remote) onto a real path:

    • sftp: remotePath = path.Join(f.absRoot, f.opt.Enc.FromStandardPath(remote)) (backend/sftp/sftp.go:2497). Default encoding is encoder.Display (== Standard), and FromStandardPath short-circuits to a pass-through in that mode, so .. survives; f.absRoot is absolute, so path.Join("/home/user/root", "../../../../etc/passwd") -> /etc/passwd.
    • webdav: filePath at backend/webdav/webdav.go:426-432.
    • ftp: path.Join(f.root, remote) at ~14 sites (e.g. backend/ftp/ftp.go:1247).
    • filelu, shade, sia: analogous joins.

Precondition that limits reachability

For any of these to fire, a source must hand rclone a Remote() containing raw ... That is only possible when:

  1. the source is a flat-keyspace object store (not a filesystem - a local/sftp/smb source cannot represent ../../x as one directory entry), and
  2. the offending key was written with native, non-rclone tooling - rclone's own writer applies EncodeDot and rewrites a .. segment to fullwidth ．．, so you cannot create such a key through rclone.

rclone's source-side listing does pass a natively-planted raw .. key through unchanged (verified for b2: remote := file.Name[len(prefix):] after ToStandardPath, backend/b2/b2.go:858,867). The reports never establish this precondition; it is the same omission across every member of the class.

Example attack

# Step 1 - attacker, using NATIVE S3 tooling (NOT rclone) on a source the victim ingests from:
aws s3api put-object --bucket shared-drop --key '../../victim-backups/pwned.txt' --body evil.txt

# Step 2 - victim's ordinary ingest:
rclone copy s3-drop:shared-drop b2:victim-uploads/incoming…
Record
GHSA-38xv-hf3p-h7mq
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Weakness
CWE-22
Updated
2026-11-02
NVD 5.3

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
CVE-2026-88046
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Weakness
CWE-22
Updated
2026-11-02
OSV 5.3

rclone: source object names can escape the configured root on upload

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
CVE-2026-88046
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Weakness
CWE-22
Updated
2026-11-02
OSVDEBIAN-CVE-2026-88046 5.3

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
DEBIAN-CVE-2026-88046
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Updated
2026-11-02
Show 7 moreShow less
OSVGHSA-38xv-hf3p-h7mq 5.3

rclone: source object names can escape the configured root on upload

Summary

Multiple backends, when given a specially crafted object to copy, can escape the backend confinement.

| Backend | Keep/Close | Per-backend severity | |---|---|---| | sftp | Medium | Real filesystem escape, fires under default encoding. | | smb | Low-Medium | Escapes to a different SMB share the credential can reach. | | ftp | Low | Real, leading-.. overshoot PoC is partly neutralized by encoding; escape bounded to at/below the login base. | | webdav | Low | Server-side ACLs are the real boundary. | | b2 | Low | Same-account sibling bucket crossing on a flat keyspace. | | swift | Low | Same, container. | | qingstor | Low | Same. | | oracleobjectstorage | Low | Same. | | internetarchive | Low | IA items are owner-writable only; confined to user's own items. | | storj | Low | Can retarget a different bucket in the same access grant. | | filelu | Low | Confined to the user's own account. | | shade | Low | Confined to the user's own drive. | | sia | Low | siad API password already grants full-daemon access. |

Root cause

rclone core does not sanitize .. in a source object's Remote() - verified: nothing in fs/march, fs/sync, fs/list, or fs/operations rejects .. segments before the name reaches the destination backend's Put/Update/Mkdir. Confinement is therefore each backend's responsibility, and these backends join root + remote without a check.

This divides into two classes:

  • Bucket based backends - bucket.Split(path.Join(f.root, rootRelativePath)):

    • backend/b2/b2.go:404, backend/swift/swift.go:464, backend/qingstor/qingstor.go:198, backend/oracleobjectstorage/oracleobjectstorage.go:245, backend/internetarchive/internetarchive.go:1016, backend/smb/smb.go:885, backend/storj/fs.go:289.
    • path.Join collapses .. on the standard (ASCII) form before encoding is applied (e.g. FromStandardPath(path.Join(...)) at backend/b2/b2.go:1641), so EncodeDot never gets the chance to neutralize the ...
    • lib/bucket.Join does not clean paths (keeps .. as a literal key segment); path.Join does. backend/s3, backend/azureblob, backend/googlecloudstorage already use bucket.Join and are therefore not affected.

  • Path based backends - path.Join(root, remote) onto a real path:

    • sftp: remotePath = path.Join(f.absRoot, f.opt.Enc.FromStandardPath(remote)) (backend/sftp/sftp.go:2497). Default encoding is encoder.Display (== Standard), and FromStandardPath short-circuits to a pass-through in that mode, so .. survives; f.absRoot is absolute, so path.Join("/home/user/root", "../../../../etc/passwd") -> /etc/passwd.
    • webdav: filePath at backend/webdav/webdav.go:426-432.
    • ftp: path.Join(f.root, remote) at ~14 sites (e.g. backend/ftp/ftp.go:1247).
    • filelu, shade, sia: analogous joins.

Precondition that limits reachability

For any of these to fire, a source must hand rclone a Remote() containing raw ... That is only possible when:

  1. the source is a flat-keyspace object store (not a filesystem - a local/sftp/smb source cannot represent ../../x as one directory entry), and
  2. the offending key was written with native, non-rclone tooling - rclone's own writer applies EncodeDot and rewrites a .. segment to fullwidth ．．, so you cannot create such a key through rclone.

rclone's source-side listing does pass a natively-planted raw .. key through unchanged (verified for b2: remote := file.Name[len(prefix):] after ToStandardPath, backend/b2/b2.go:858,867). The reports never establish this precondition; it is the same omission across every member of the class.

Example attack

# Step 1 - attacker, using NATIVE S3 tooling (NOT rclone) on a source the victim ingests from:
aws s3api put-object --bucket shared-drop --key '../../victim-backups/pwned.txt' --body evil.txt

# Step 2 - victim's ordinary ingest:
rclone copy s3-drop:shared-drop b2:victim-uploads/incoming…
Record
GHSA-38xv-hf3p-h7mq
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Weakness
CWE-22
Updated
2026-11-02
OSVUBUNTU-CVE-2026-88046 5.3

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
UBUNTU-CVE-2026-88046
CVSS 3.1
5.3 MediumCVSS:3.1/AV:N/AC:H/PR:N/UI:R/S:U/C:N/I:H/A:N
Updated
2026-11-02
OSVBIT-rclone-2026-88046 No score

rclone: source object names can escape the configured root on upload

rclone is a command-line program to sync files and directories to and from different cloud storage providers. Prior to 1.75.1, rclone core does not reject parent-directory segments in source Object.Remote() values before fs/list, fs/walk, fs/sync, and fs/operations pass those values to destination backends. A flat-keyspace source object store populated with native non-rclone tooling can contain a raw .. key segment, and affected b2, swift, qingstor, oracleobjectstorage, internetarchive, smb, storj, sftp, webdav, ftp, filelu, shade, and sia destinations use path.Join(root, remote) before EncodeDot can neutralize the segment. A copy or upload can therefore escape the configured root into another bucket, share, or path reachable by the victim credential, with sftp and smb potentially reaching other filesystem or share locations under the same login authority. This issue is fixed in version 1.75.1.

Record
BIT-rclone-2026-88046
Updated
2026-11-02
OSVGO-2026-6457 No score

rclone: source object names can escape the configured root on upload in github.com/rclone/rclone

rclone: source object names can escape the configured root on upload in github.com/rclone/rclone

Record
GO-2026-6457
Updated
2026-11-02
OSVopenSUSE-SU-2026:21897-1 No score

Security update for govulncheck-vulndb

This update for govulncheck-vulndb fixes the following issues:

Changes for govulncheck-vulndb:

  • Update to version 0.0.20260916T180043 2026-09-16T18:00:43Z (jsc#PED-11136).

Go CVE Numbering Authority IDs added or updated with aliases:

  • GO-2026-6348 CVE-2026-84304 GHSA-vp52-pcj8-j9qc
  • GO-2026-6356 CVE-2026-65959 GHSA-mhc4-g3wh-cw7m
  • GO-2026-6366 CVE-2026-61625 GHSA-8q3c-rjr9-xxrp
  • GO-2026-6372 CVE-2026-79921 GHSA-6c5v-hqjr-5xxp
  • GO-2026-6441 CVE-2026-84303 GHSA-qc2q-p7wx-3px3
  • GO-2026-6443 CVE-2026-84445 GHSA-2v4p-qf9q-27wj
  • GO-2026-6444 CVE-2026-53495 GHSA-7jxh-36q5-gcqv
  • GO-2026-6445 CVE-2025-58363 GHSA-c23q-fw86-9h5x
  • GO-2026-6446 CVE-2025-24978 GHSA-g8rh-fjm6-h2h9
  • GO-2026-6447 CVE-2025-24979 GHSA-pqqc-8v73-9gg2
  • GO-2026-6448 CVE-2026-59185 GHSA-cp3j-m783-3ph5
  • GO-2026-6449 GHSA-hxjg-93wc-h8p8
  • GO-2026-6450 CVE-2026-59172 GHSA-m835-3cm9-rggg
  • GO-2026-6451 CVE-2026-59157 GHSA-v25g-mvwr-f5fp
  • GO-2026-6452 CVE-2026-59162 GHSA-fx5j-qcqg-grpf
  • GO-2026-6453 CVE-2026-59161 GHSA-q5j5-6p94-4gwc
  • GO-2026-6454 CVE-2026-88012 GHSA-7ghq-v6jf-g56c
  • GO-2026-6455 CVE-2026-88011 GHSA-rf44-j88r-hh8c
  • GO-2026-6456 CVE-2026-88045 GHSA-2p48-j3qc-rx9f
  • GO-2026-6457 CVE-2026-88046 GHSA-38xv-hf3p-h7mq
  • GO-2026-6458 CVE-2026-88017 GHSA-c476-6w5q-jw77
  • GO-2026-6459 CVE-2026-88016 GHSA-f8g7-2xjc-7mfh
  • GO-2026-6460 CVE-2026-88044 GHSA-p569-5gjg-9cmj
  • GO-2026-6461 CVE-2026-88015 GHSA-p6m2-r3w9-mpxw
  • GO-2026-6462 CVE-2026-88018 GHSA-xwwr-4h3p-r22c
  • GO-2026-6463 CVE-2026-88013 GHSA-486v-q2wf-fp2r
  • GO-2026-6464 CVE-2026-88014 GHSA-66hp-wgxq-6f5q
  • GO-2026-6465 CVE-2026-88009 GHSA-f52w-8j3h-j724
  • GO-2026-6466 CVE-2026-88007 GHSA-qqjf-53cj-pwvv
  • GO-2026-6467 CVE-2026-88004 GHSA-v67p-phpq-fc8x
  • GO-2026-6468 CVE-2026-88008 GHSA-w4v4-9rw7-5326
  • GO-2026-6469 CVE-2026-56665 GHSA-v77h-2w3m-94hx
  • GO-2026-6470 CVE-2026-56666 GHSA-992q-9gwp-7r79
  • GO-2026-6473 CVE-2026-76081 GHSA-v859-c572-qh5p
  • GO-2026-6474 CVE-2026-56668 GHSA-vrh8-c9cm-wh8v
  • Update to version 0.0.20260910T144842 2026-09-10T14:48:42Z.
  • GO-2026-6302 GHSA-mf7q-r4rv-jv94
  • GO-2026-6343 CVE-2026-25782 GHSA-qm72-8prh-g92x
  • GO-2026-6344 CVE-2026-26292 GHSA-rc56-rj3f-xggf
  • GO-2026-6345 CVE-2026-27779 GHSA-v8f2-2ghq-9whv
  • GO-2026-6346 CVE-2026-27780 GHSA-vhq7-fwwh-7hjf
  • GO-2026-6347 CVE-2026-27660 GHSA-x92v-f5gc-r34v
  • GO-2026-6350 CVE-2026-59832 GHSA-275h-v5h9-vr82
  • GO-2026-6351 CVE-2026-72920 GHSA-2v6v-25fm-p4fg
  • GO-2026-6353 CVE-2026-59834 GHSA-h89q-4j2h-7h88
  • GO-2026-6357 CVE-2026-73667 GHSA-2mw5-23gm-pccq
  • GO-2026-6358 CVE-2026-73841 GHSA-52gf-6rpq-fgmx
  • GO-2026-6359 CVE-2026-67446 GHSA-75mr-qw9x-3r39
  • GO-2026-6360 CVE-2026-73840 GHSA-c5f6-2rm9-2w8g
  • GO-2026-6361 CVE-2026-72921 GHSA-gv5w-hfx8-8cwq
  • GO-2026-6362 CVE-2026-73843 GHSA-qh9r-j7rp-4x2m
  • GO-2026-6363 CVE-2026-67445 GHSA-w878-pj84-3j5v
  • GO-2026-6364 GHSA-99rq-75j6-5j9f
  • GO-2026-6365 GHSA-gw25-m53r-qh88
  • GO-2026-6367 CVE-2026-56743 GHSA-fm8w-2m5w-9j7r
  • GO-2026-6368 CVE-2026-75602 GHSA-h6cj-26g5-67fv
  • GO-2026-6369 CVE-2026-73232 GHSA-jcvh-xf52-2cwm
  • GO-2026-6370 CVE-2026-73292 GHSA-8cj9-r88m-8945
  • GO-2026-6371 CVE-2026-73293 GHSA-cxvf-gvfq-36w2
  • GO-2026-6373 CVE-2026-69086 GHSA-7hm9-v7vf-7g4w
  • GO-2026-6374 CVE-2026-69083 GHSA-fph3-ghq9-vw66
  • GO-2026-6377 CVE-2026-69084 GHSA-vh22-h7hf-www7
  • GO-2026-6379 CVE-2026-68586 GHSA-36v8-mpjm-8j5r
  • GO-2026-6381 CVE-2026-68587 GHSA-69mh-gvh4-8gp7
  • GO-2026-6382 CVE-2026-68584 GHSA-7j72-f6wg-cxw6
  • GO-2026-6384 CVE-2026-68585 GHSA-pm3w-vxp9-ccwc
  • GO-2026-6386 CVE-2026-72809 GHSA-3mp7-4rh5-jrv9
  • GO-2026-6387 CVE-2026-72805 GHSA-67x2-mq63-v9vm
  • GO-2026-6388 CVE-2026-72806 GHSA-6mcf-g667-w3qv
  • GO-2026-6392 CVE-2026-72801 GHSA-8x84-r2ff-h8pq
  • GO-2026-6395 CVE-2026-72800 GHSA-5fhr-f75j-8wr9
  • GO-2026-6398 CVE-2026-72802 GHSA-jv8v-xq2h-657v
  • GO-2026-6400 CVE-2026-72810 GHSA-mw8r-mw84-88v2
  • GO-2026-6402 CVE-2026-72811 GHSA-q2vg-7qgx-x5fc
  • GO-2026-6404 CVE-2026-72803…
Record
openSUSE-SU-2026:21897-1
Updated
2026-11-02
OSVSUSE-SU-2026:23855-1 No score

Security update for govulncheck-vulndb

This update for govulncheck-vulndb fixes the following issues:

Changes for govulncheck-vulndb:

  • Update to version 0.0.20260916T180043 2026-09-16T18:00:43Z (jsc#PED-11136).

Go CVE Numbering Authority IDs added or updated with aliases:

  • GO-2026-6348 CVE-2026-84304 GHSA-vp52-pcj8-j9qc
  • GO-2026-6356 CVE-2026-65959 GHSA-mhc4-g3wh-cw7m
  • GO-2026-6366 CVE-2026-61625 GHSA-8q3c-rjr9-xxrp
  • GO-2026-6372 CVE-2026-79921 GHSA-6c5v-hqjr-5xxp
  • GO-2026-6441 CVE-2026-84303 GHSA-qc2q-p7wx-3px3
  • GO-2026-6443 CVE-2026-84445 GHSA-2v4p-qf9q-27wj
  • GO-2026-6444 CVE-2026-53495 GHSA-7jxh-36q5-gcqv
  • GO-2026-6445 CVE-2025-58363 GHSA-c23q-fw86-9h5x
  • GO-2026-6446 CVE-2025-24978 GHSA-g8rh-fjm6-h2h9
  • GO-2026-6447 CVE-2025-24979 GHSA-pqqc-8v73-9gg2
  • GO-2026-6448 CVE-2026-59185 GHSA-cp3j-m783-3ph5
  • GO-2026-6449 GHSA-hxjg-93wc-h8p8
  • GO-2026-6450 CVE-2026-59172 GHSA-m835-3cm9-rggg
  • GO-2026-6451 CVE-2026-59157 GHSA-v25g-mvwr-f5fp
  • GO-2026-6452 CVE-2026-59162 GHSA-fx5j-qcqg-grpf
  • GO-2026-6453 CVE-2026-59161 GHSA-q5j5-6p94-4gwc
  • GO-2026-6454 CVE-2026-88012 GHSA-7ghq-v6jf-g56c
  • GO-2026-6455 CVE-2026-88011 GHSA-rf44-j88r-hh8c
  • GO-2026-6456 CVE-2026-88045 GHSA-2p48-j3qc-rx9f
  • GO-2026-6457 CVE-2026-88046 GHSA-38xv-hf3p-h7mq
  • GO-2026-6458 CVE-2026-88017 GHSA-c476-6w5q-jw77
  • GO-2026-6459 CVE-2026-88016 GHSA-f8g7-2xjc-7mfh
  • GO-2026-6460 CVE-2026-88044 GHSA-p569-5gjg-9cmj
  • GO-2026-6461 CVE-2026-88015 GHSA-p6m2-r3w9-mpxw
  • GO-2026-6462 CVE-2026-88018 GHSA-xwwr-4h3p-r22c
  • GO-2026-6463 CVE-2026-88013 GHSA-486v-q2wf-fp2r
  • GO-2026-6464 CVE-2026-88014 GHSA-66hp-wgxq-6f5q
  • GO-2026-6465 CVE-2026-88009 GHSA-f52w-8j3h-j724
  • GO-2026-6466 CVE-2026-88007 GHSA-qqjf-53cj-pwvv
  • GO-2026-6467 CVE-2026-88004 GHSA-v67p-phpq-fc8x
  • GO-2026-6468 CVE-2026-88008 GHSA-w4v4-9rw7-5326
  • GO-2026-6469 CVE-2026-56665 GHSA-v77h-2w3m-94hx
  • GO-2026-6470 CVE-2026-56666 GHSA-992q-9gwp-7r79
  • GO-2026-6473 CVE-2026-76081 GHSA-v859-c572-qh5p
  • GO-2026-6474 CVE-2026-56668 GHSA-vrh8-c9cm-wh8v
  • Update to version 0.0.20260910T144842 2026-09-10T14:48:42Z.
  • GO-2026-6302 GHSA-mf7q-r4rv-jv94
  • GO-2026-6343 CVE-2026-25782 GHSA-qm72-8prh-g92x
  • GO-2026-6344 CVE-2026-26292 GHSA-rc56-rj3f-xggf
  • GO-2026-6345 CVE-2026-27779 GHSA-v8f2-2ghq-9whv
  • GO-2026-6346 CVE-2026-27780 GHSA-vhq7-fwwh-7hjf
  • GO-2026-6347 CVE-2026-27660 GHSA-x92v-f5gc-r34v
  • GO-2026-6350 CVE-2026-59832 GHSA-275h-v5h9-vr82
  • GO-2026-6351 CVE-2026-72920 GHSA-2v6v-25fm-p4fg
  • GO-2026-6353 CVE-2026-59834 GHSA-h89q-4j2h-7h88
  • GO-2026-6357 CVE-2026-73667 GHSA-2mw5-23gm-pccq
  • GO-2026-6358 CVE-2026-73841 GHSA-52gf-6rpq-fgmx
  • GO-2026-6359 CVE-2026-67446 GHSA-75mr-qw9x-3r39
  • GO-2026-6360 CVE-2026-73840 GHSA-c5f6-2rm9-2w8g
  • GO-2026-6361 CVE-2026-72921 GHSA-gv5w-hfx8-8cwq
  • GO-2026-6362 CVE-2026-73843 GHSA-qh9r-j7rp-4x2m
  • GO-2026-6363 CVE-2026-67445 GHSA-w878-pj84-3j5v
  • GO-2026-6364 GHSA-99rq-75j6-5j9f
  • GO-2026-6365 GHSA-gw25-m53r-qh88
  • GO-2026-6367 CVE-2026-56743 GHSA-fm8w-2m5w-9j7r
  • GO-2026-6368 CVE-2026-75602 GHSA-h6cj-26g5-67fv
  • GO-2026-6369 CVE-2026-73232 GHSA-jcvh-xf52-2cwm
  • GO-2026-6370 CVE-2026-73292 GHSA-8cj9-r88m-8945
  • GO-2026-6371 CVE-2026-73293 GHSA-cxvf-gvfq-36w2
  • GO-2026-6373 CVE-2026-69086 GHSA-7hm9-v7vf-7g4w
  • GO-2026-6374 CVE-2026-69083 GHSA-fph3-ghq9-vw66
  • GO-2026-6377 CVE-2026-69084 GHSA-vh22-h7hf-www7
  • GO-2026-6379 CVE-2026-68586 GHSA-36v8-mpjm-8j5r
  • GO-2026-6381 CVE-2026-68587 GHSA-69mh-gvh4-8gp7
  • GO-2026-6382 CVE-2026-68584 GHSA-7j72-f6wg-cxw6
  • GO-2026-6384 CVE-2026-68585 GHSA-pm3w-vxp9-ccwc
  • GO-2026-6386 CVE-2026-72809 GHSA-3mp7-4rh5-jrv9
  • GO-2026-6387 CVE-2026-72805 GHSA-67x2-mq63-v9vm
  • GO-2026-6388 CVE-2026-72806 GHSA-6mcf-g667-w3qv
  • GO-2026-6392 CVE-2026-72801 GHSA-8x84-r2ff-h8pq
  • GO-2026-6395 CVE-2026-72800 GHSA-5fhr-f75j-8wr9
  • GO-2026-6398 CVE-2026-72802 GHSA-jv8v-xq2h-657v
  • GO-2026-6400 CVE-2026-72810 GHSA-mw8r-mw84-88v2
  • GO-2026-6402 CVE-2026-72811 GHSA-q2vg-7qgx-x5fc
  • GO-2026-6404 CVE-2026-72803…
Record
SUSE-SU-2026:23855-1
Updated
2026-11-02
OSVSUSE-SU-2026:23863-1 No score

Security update for govulncheck-vulndb

This update for govulncheck-vulndb fixes the following issues:

Changes for govulncheck-vulndb:

  • Update to version 0.0.20260916T180043 2026-09-16T18:00:43Z (jsc#PED-11136).

Go CVE Numbering Authority IDs added or updated with aliases:

  • GO-2026-6348 CVE-2026-84304 GHSA-vp52-pcj8-j9qc
  • GO-2026-6356 CVE-2026-65959 GHSA-mhc4-g3wh-cw7m
  • GO-2026-6366 CVE-2026-61625 GHSA-8q3c-rjr9-xxrp
  • GO-2026-6372 CVE-2026-79921 GHSA-6c5v-hqjr-5xxp
  • GO-2026-6441 CVE-2026-84303 GHSA-qc2q-p7wx-3px3
  • GO-2026-6443 CVE-2026-84445 GHSA-2v4p-qf9q-27wj
  • GO-2026-6444 CVE-2026-53495 GHSA-7jxh-36q5-gcqv
  • GO-2026-6445 CVE-2025-58363 GHSA-c23q-fw86-9h5x
  • GO-2026-6446 CVE-2025-24978 GHSA-g8rh-fjm6-h2h9
  • GO-2026-6447 CVE-2025-24979 GHSA-pqqc-8v73-9gg2
  • GO-2026-6448 CVE-2026-59185 GHSA-cp3j-m783-3ph5
  • GO-2026-6449 GHSA-hxjg-93wc-h8p8
  • GO-2026-6450 CVE-2026-59172 GHSA-m835-3cm9-rggg
  • GO-2026-6451 CVE-2026-59157 GHSA-v25g-mvwr-f5fp
  • GO-2026-6452 CVE-2026-59162 GHSA-fx5j-qcqg-grpf
  • GO-2026-6453 CVE-2026-59161 GHSA-q5j5-6p94-4gwc
  • GO-2026-6454 CVE-2026-88012 GHSA-7ghq-v6jf-g56c
  • GO-2026-6455 CVE-2026-88011 GHSA-rf44-j88r-hh8c
  • GO-2026-6456 CVE-2026-88045 GHSA-2p48-j3qc-rx9f
  • GO-2026-6457 CVE-2026-88046 GHSA-38xv-hf3p-h7mq
  • GO-2026-6458 CVE-2026-88017 GHSA-c476-6w5q-jw77
  • GO-2026-6459 CVE-2026-88016 GHSA-f8g7-2xjc-7mfh
  • GO-2026-6460 CVE-2026-88044 GHSA-p569-5gjg-9cmj
  • GO-2026-6461 CVE-2026-88015 GHSA-p6m2-r3w9-mpxw
  • GO-2026-6462 CVE-2026-88018 GHSA-xwwr-4h3p-r22c
  • GO-2026-6463 CVE-2026-88013 GHSA-486v-q2wf-fp2r
  • GO-2026-6464 CVE-2026-88014 GHSA-66hp-wgxq-6f5q
  • GO-2026-6465 CVE-2026-88009 GHSA-f52w-8j3h-j724
  • GO-2026-6466 CVE-2026-88007 GHSA-qqjf-53cj-pwvv
  • GO-2026-6467 CVE-2026-88004 GHSA-v67p-phpq-fc8x
  • GO-2026-6468 CVE-2026-88008 GHSA-w4v4-9rw7-5326
  • GO-2026-6469 CVE-2026-56665 GHSA-v77h-2w3m-94hx
  • GO-2026-6470 CVE-2026-56666 GHSA-992q-9gwp-7r79
  • GO-2026-6473 CVE-2026-76081 GHSA-v859-c572-qh5p
  • GO-2026-6474 CVE-2026-56668 GHSA-vrh8-c9cm-wh8v
  • Update to version 0.0.20260910T144842 2026-09-10T14:48:42Z.
  • GO-2026-6302 GHSA-mf7q-r4rv-jv94
  • GO-2026-6343 CVE-2026-25782 GHSA-qm72-8prh-g92x
  • GO-2026-6344 CVE-2026-26292 GHSA-rc56-rj3f-xggf
  • GO-2026-6345 CVE-2026-27779 GHSA-v8f2-2ghq-9whv
  • GO-2026-6346 CVE-2026-27780 GHSA-vhq7-fwwh-7hjf
  • GO-2026-6347 CVE-2026-27660 GHSA-x92v-f5gc-r34v
  • GO-2026-6350 CVE-2026-59832 GHSA-275h-v5h9-vr82
  • GO-2026-6351 CVE-2026-72920 GHSA-2v6v-25fm-p4fg
  • GO-2026-6353 CVE-2026-59834 GHSA-h89q-4j2h-7h88
  • GO-2026-6357 CVE-2026-73667 GHSA-2mw5-23gm-pccq
  • GO-2026-6358 CVE-2026-73841 GHSA-52gf-6rpq-fgmx
  • GO-2026-6359 CVE-2026-67446 GHSA-75mr-qw9x-3r39
  • GO-2026-6360 CVE-2026-73840 GHSA-c5f6-2rm9-2w8g
  • GO-2026-6361 CVE-2026-72921 GHSA-gv5w-hfx8-8cwq
  • GO-2026-6362 CVE-2026-73843 GHSA-qh9r-j7rp-4x2m
  • GO-2026-6363 CVE-2026-67445 GHSA-w878-pj84-3j5v
  • GO-2026-6364 GHSA-99rq-75j6-5j9f
  • GO-2026-6365 GHSA-gw25-m53r-qh88
  • GO-2026-6367 CVE-2026-56743 GHSA-fm8w-2m5w-9j7r
  • GO-2026-6368 CVE-2026-75602 GHSA-h6cj-26g5-67fv
  • GO-2026-6369 CVE-2026-73232 GHSA-jcvh-xf52-2cwm
  • GO-2026-6370 CVE-2026-73292 GHSA-8cj9-r88m-8945
  • GO-2026-6371 CVE-2026-73293 GHSA-cxvf-gvfq-36w2
  • GO-2026-6373 CVE-2026-69086 GHSA-7hm9-v7vf-7g4w
  • GO-2026-6374 CVE-2026-69083 GHSA-fph3-ghq9-vw66
  • GO-2026-6377 CVE-2026-69084 GHSA-vh22-h7hf-www7
  • GO-2026-6379 CVE-2026-68586 GHSA-36v8-mpjm-8j5r
  • GO-2026-6381 CVE-2026-68587 GHSA-69mh-gvh4-8gp7
  • GO-2026-6382 CVE-2026-68584 GHSA-7j72-f6wg-cxw6
  • GO-2026-6384 CVE-2026-68585 GHSA-pm3w-vxp9-ccwc
  • GO-2026-6386 CVE-2026-72809 GHSA-3mp7-4rh5-jrv9
  • GO-2026-6387 CVE-2026-72805 GHSA-67x2-mq63-v9vm
  • GO-2026-6388 CVE-2026-72806 GHSA-6mcf-g667-w3qv
  • GO-2026-6392 CVE-2026-72801 GHSA-8x84-r2ff-h8pq
  • GO-2026-6395 CVE-2026-72800 GHSA-5fhr-f75j-8wr9
  • GO-2026-6398 CVE-2026-72802 GHSA-jv8v-xq2h-657v
  • GO-2026-6400 CVE-2026-72810 GHSA-mw8r-mw84-88v2
  • GO-2026-6402 CVE-2026-72811 GHSA-q2vg-7qgx-x5fc
  • GO-2026-6404 CVE-2026-72803…
Record
SUSE-SU-2026:23863-1
Updated
2026-11-02

Affected products

Affected packages

Affected packages
PackageAffectedFixed
github.com/rclone/rclone
Go
 before 1.75.1
1.75.1
rclone
Bitnami
 before 1.75.1
1.75.1
rclone
Debian:12
 All versions, plus listed versions
1.60.1+dfsg-21.60.1+dfsg-31.60.1+dfsg-41.65.0+dfsg-11.65.0+dfsg-21.69.3+dfsg-11.69.3+dfsg-21.69.3+dfsg-3
 None known
rclone
Debian:13
 All versions, plus listed versions
1.60.1+dfsg-41.65.0+dfsg-11.65.0+dfsg-21.69.3+dfsg-11.69.3+dfsg-21.69.3+dfsg-3
 None known
govulncheck-vulndb
SUSE:Linux Enterprise Server 16.0
From an advisory covering 91 CVEs
 before 0.0.20260916T180043-160000.1.1
0.0.20260916T180043-160000.1.1
govulncheck-vulndb
SUSE:Linux Enterprise Server for SAP applications 16.0
From an advisory covering 91 CVEs
 before 0.0.20260916T180043-160000.1.1
0.0.20260916T180043-160000.1.1
rclone
Ubuntu:18.04:LTS
 All versions, plus listed versions
1.36-31.36-3ubuntu0.11.36-3ubuntu0.2
 None known
rclone
Ubuntu:Pro:20.04:LTS
 All versions, plus listed versions
1.47.0+ex1-61.47.0+ex1-71.49.5-21.49.5-31.50.2-21.50.2-2ubuntu0.11.50.2-2ubuntu0.21.50.2-2ubuntu0.2+esm1
 None known
rclone
Ubuntu:Pro:22.04:LTS
 All versions, plus listed versions
1.53.3-11.53.3-21.53.3-41.53.3-4ubuntu11.53.3-4ubuntu1.22.04.1
Show 7 moreShow less
1.53.3-4ubuntu1.22.04.21.53.3-4ubuntu1.22.04.31.53.3-4ubuntu1.22.04.3+esm11.53.3-4ubuntu1.22.04.41.53.3-4ubuntu1.22.04.4+esm11.53.3-4ubuntu1.22.04.51.53.3-4ubuntu1.22.04.5+esm1
 None known
rclone
Ubuntu:Pro:24.04:LTS
 All versions, plus listed versions
1.60.1+dfsg-2build11.60.1+dfsg-31.60.1+dfsg-3ubuntu0.24.04.11.60.1+dfsg-3ubuntu0.24.04.21.60.1+dfsg-3ubuntu0.24.04.3
Show 6 moreShow less
1.60.1+dfsg-3ubuntu0.24.04.41.60.1+dfsg-3ubuntu0.24.04.4+esm11.60.1+dfsg-3ubuntu0.24.04.51.60.1+dfsg-3ubuntu0.24.04.5+esm11.60.1+dfsg-3ubuntu0.24.04.61.60.1+dfsg-3ubuntu0.24.04.6+esm1
 None known
rclone
Ubuntu:26.10
 All versions, plus listed versions
1.60.1+dfsg-4ubuntu31.69.3+dfsg-31.69.3+dfsg-3ubuntu1
 None known
rclone
Ubuntu:Pro:26.04:LTS
 All versions, plus listed versions
1.60.1+dfsg-4ubuntu21.60.1+dfsg-4ubuntu31.60.1+dfsg-4ubuntu3.11.60.1+dfsg-4ubuntu3.1+esm11.60.1+dfsg-4ubuntu3.21.60.1+dfsg-4ubuntu3.2+esm1
 None known
govulncheck-vulndb
openSUSE:Leap 16.0
From an advisory covering 91 CVEs
 before 0.0.20260916T180043-160000.1.1
0.0.20260916T180043-160000.1.1

History

History
RecordedChangedSources
affected, facts
first indexedCVE List, EUVD, GitHub Advisories, NVD, OSV

Dates are when Every CVE recorded each change. Upstream dates may differ.

In short

CVE-2026-88046 is a medium vulnerability (CVSS 5.3) in Rclone, published September 10, 2026. No source lists public exploit code. EPSS puts the chance of exploitation in the next 30 days at 0.29%, the 22nd percentile. Fixed in github.com/rclone/rclone 1.75.1.

References

Show 97 moreShow less
This page doesn't list everything

Left out here: the rest of 5 source descriptions. The JSON record has them.

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