CVE-2008-0655
Published: June 8, 2022
Official Description
Adobe Acrobat and Reader contains an unespecified vulnerability described as a design flaw which could allow a specially crafted file to be printed silently an arbitrary number of times.
CISA KEV Advisory
Adobe Acrobat and Reader Unspecified Vulnerability
Adobe Acrobat and Reader contains an unespecified vulnerability described as a design flaw which could allow a specially crafted file to be printed silently an arbitrary number of times.
Apply updates per vendor instructions.
Risk Analysis
Adobe Acrobat and Reader have a design flaw that allows a specially crafted file to be printed silently an arbitrary number of times. The high EPSS score of 0.68768 indicates a high likelihood of exploitation, and its presence in CISA's KEV confirms active exploitation.
This vulnerability has been actively exploited in the wild, as confirmed by its inclusion in CISA's KEV. The flaw likely involves user interaction with a malicious file.
Users of Adobe Acrobat and Reader should update to the latest versions. Exercise caution when opening or printing untrusted PDF files and disable automatic printing features if possible.
Technical Analysis
CVE-2008-0655 requires local access, meaning attackers must already have a foothold on the target system.
Exploitation requires some privileges, which limits the exposure to scenarios where an attacker has already gained initial access.
CISA has added CVE-2008-0655 to the Known Exploited Vulnerabilities (KEV) catalog, confirming active exploitation in the wild. U.S. federal agencies are required to patch this within the mandated timeframe, and all organizations should treat remediation as urgent.
Affected Vendors & Products
Exploit & PoC Resources
All References (1)
Quick Facts
Recommended Actions
- →Apply vendor patches immediately
- →Monitor CVE-2008-0655 in threat intel feeds
- →Review IDS/IPS signatures for exploitation attempts
- !CISA KEV: Federal agencies must patch per BOD 22-01 timeline
- !Active exploitation confirmed — treat as P1