CA ARCserve Backup Message Engine Denial Of Service
Publish date: February 15, 2011
Severity: MEDIUM
CVE Identifier: CVE-2009-1761
Advisory Date: FEB 15, 2011
DESCRIPTION
The message engine in CA ARCserve Backup r12.0 and r12.0 SP1 for Windows allows remote attackers to cause a denial of service (crash) via (1) an invalid 0x13 message, which is not properly handled in the ASCORE module, or (2) a 0x3B message with invalid stub data that triggers an RPC marshalling error.
TREND MICRO PROTECTION INFORMATION
Trend Micro Deep Security shields networks through Deep Packet Inspection (DPI) rules. Trend Micro customers using OfficeScan with Intrusion Defense Firewall (IDF) plugin are also protected from attacks using these vulnerabilities. Please refer to the filter number and filter name when applying appropriate DPI and/or IDF rules.
SOLUTION
Trend Micro Deep Security DPI Rule Number: 1003588
Trend Micro Deep Security DPI Rule Name: 1003588 - CA ARCserve Backup Message Engine Denial Of Service
AFFECTED SOFTWARE AND VERSION
- ca arcserve_backup r12.0
Featured Stories
- Open RAN: Attack of the xAppsThis article discusses two O-RAN vulnerabilities that attackers can exploit. One vulnerability stems from insufficient access control, and the other arises from faulty message handlingRead more
- A Closer Exploration of Residential Proxies and CAPTCHA-Breaking ServicesThis article, the final part of a two-part series, focuses on the details of our technical findings and analyses of select residential proxies and CAPTCHA-solving services.Read more
- How Residential Proxies and CAPTCHA-Solving Services Become Agents of AbuseThis article, the first of a two-part series, provides insights on how abusers and cybercriminals use residential proxies and CAPTCHA-solving services to enable bots, scrapers, and stuffers, and proposes security countermeasures for organizations.Read more
- Abusing Argo CD, Helm, and Artifact Hub: An Analysis of Supply Chain Attacks in Cloud-Native ApplicationsWe provide an overview of cloud-native tools and examine how cybercriminals can exploit their vulnerabilities to launch supply chain attacks.Read more