Title: Blackberry Enterprise Server Attachment Service TIFF Attachment Denial Of Service Vulnerability
Severity: MODERATE
Description:
Research In Motion Blackberry Enterprise Server is communications middleware for Blackberry devices.
Research In Motion Blackberry Enterprise Server is prone to denial of service attacks. This issue affects the Attachment Service and may be triggered by a malformed TIFF attachment.
This issue only affects the server's ability to process attachments for the duration of the denial of service. The denial of service will persist until the Attachment Service is restarted. The service may restart automatically or after a timeout, which defaults to 25 minutes.
The issue is reportedly caused by a heap-based buffer overflow. The vendor has stated that this issue will result in a denial of service, and it is therefore not believed that the issue is exploitable beyond a denial of service. However, other sources indicate that this issue may allow arbitrary code execution to occur upon successful exploitation. Specific details regarding code execution are not currently available and have not been confirmed. This record will be updated when more information is available.
Affected Products:
- Research In Motion Blackberry Enterprise Server for Domino 4.0.0
- Research In Motion Blackberry Enterprise Server for Exchange 4.0.0 SP1
References:
- Research In Motion: Known Issues - Corrupt TIFF file may cause heap overflow resulting in denial of
- Security Fix: Security Hole Claimed for BlackBerrys
Juniper Networks provides this content via a wide variety of sources and production methods. If notified of errors or omissions in the content of this page, Juniper Networks, at its discretion, will modify or remove the page or leave the content as is, depending on various factors including but not limited to the reputation and authority of the party providing the notification. Please use the contact information displayed elsewhere on this page to report any errors or omissions regarding the content on this page.