Connected evidence
Follow a shared identifier, source page or planning group across source records. Dates show chronology; a connection does not establish cause, a shared rollout or applicability to your environment.
Cyrus-sasl: heap buffer overflow in cyrus-sasl add_to_challenge() allows malicious server to crash or compromise digest-md5 clients
Lead record- Why these records are connected
- Records explicitly naming the same CVE identifier.
- Connection key
cve:CVE-2026-107161- Public snapshot refreshed
- today 18:02 UTC
- Distinct source events
- 3
- Source records represented
- 3
Current snapshot membership is shown here. Source histories and cited revisions remain on each record. Future source targets are labelled separately from observed changes. Browse connections.
Evidence in chronological order
- Fri 30 Oct · Dated source evidence · Affected-version evidence changed Cyrus-sasl: heap buffer overflow in cyrus-sasl add_to_challenge() allows malicious server to crash or compromise digest-md5 clientsCVE-2026-107161 Source: Derived from the linked evidence · source check: not recorded hereYour review: not selected in your watchlist or stack; no review is inferred.Affected-version evidence changed; observed by ChangeIntel, not the original publication date.
- Thu 5 Nov · Dated source evidence · Affected-version evidence changed Cyrus-sasl: heap buffer overflow in cyrus-sasl add_to_challenge() allows malicious server to crash or compromise digest-md5 clientsCVE-2026-107161 Source: Derived from the linked evidence · source check: not recorded hereYour review: not selected in your watchlist or stack; no review is inferred.Affected-version evidence changed; observed by ChangeIntel, not the original publication date.
- Fri 6 Nov · Dated source evidence · Affected-version evidence changed Cyrus-sasl: heap buffer overflow in cyrus-sasl add_to_challenge() allows malicious server to crash or compromise digest-md5 clientsCVE-2026-107161 Source: Derived from the linked evidence · source check: not recorded hereYour review: not selected in your watchlist or stack; no review is inferred.Affected-version evidence changed; observed by ChangeIntel, not the original publication date.