This SEU number: 1650
Previous SEU number: 1648
Corresponding SRU number: 2017-04-11-001
Applies to:
| Component | Change |
|---|---|
| Total new rules | 73 |
| Total rule modifications | 7 |
| Policy change | Yes |
| Online help change | No |
| Detection Engine change | No |
| User Interface change | No |
Note: SEU packages are cumulative. The installation of prior SEU packages is not required before installing the current package.
WARNING: The time taken to install the latest SEU will depend on the last time the 3D System was updated with an SEU. Installing SEUs weekly can help lessen the installation time. Additionally, SEUs require 50 Megabytes of free space in /tmp and 250 Megabytes of free space in /var to install successfully.
Talos is aware of vulnerabilities affecting products from Microsoft Corporation.
Microsoft Vulnerability CVE-2017-0106:
A coding deficiency exists in Microsoft Outlook that may lead to remote code execution.
Previously released rules will detect attacks targeting these vulnerabilities and have been updated with the appropriate reference information. They are also included in this release and are identified with GID 1, SIDs 41962 through 41963.
Microsoft Vulnerability CVE-2017-0155:
A coding deficiency exists in Microsoft Graphics that may lead to an escalation of privilege.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42173 through 42174.
Microsoft Vulnerability CVE-2017-0156:
A coding deficiency exists in Microsoft Graphics Component that may lead to an escalation of privilege.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42199 through 42200.
Microsoft Vulnerability CVE-2017-0158:
A coding deficiency exists in Microsoft Scripting Engine that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42156 through 42157.
Microsoft Vulnerability CVE-2017-0160:
A coding deficiency exists in Microsoft .NET that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42185 through 42186.
Microsoft Vulnerability CVE-2017-0165:
A coding deficiency exists in Microsoft Windows that may lead to an escalation of privilege.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42187 through 42188.
Microsoft Vulnerability CVE-2017-0166:
A coding deficiency exists in Microsoft LDAP that may lead to an escalation of privilege.
A rule to detect attacks targeting this vulnerability is included in this release and is identified with GID 1, SID 42160.
Microsoft Vulnerability CVE-2017-0167:
A coding deficiency exists in Microsoft Windows Kernel that may lead to information disclosure.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42154 through 42155.
Microsoft Vulnerability CVE-2017-0188:
A coding deficiency exists in Microsoft Win32k that may lead to information disclosure.
Previously released rules will detect attacks targeting these vulnerabilities and have been updated with the appropriate reference information. They are also included in this release and are identified with GID 1, SIDs 41997 through 41998.
Microsoft Vulnerability CVE-2017-0189:
A coding deficiency exists in Microsoft Win32k that may lead to an escalation of privilege.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42158 through 42159.
Microsoft Vulnerability CVE-2017-0192:
A coding deficiency exists in Microsoft ATMFD.dll that may lead to information disclosure.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42148 through 42151.
Microsoft Vulnerability CVE-2017-0194:
A coding deficiency exists in Microsoft Office that may lead to information disclosure.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42161 through 42162.
Microsoft Vulnerability CVE-2017-0197:
A coding deficiency exists in Microsoft Office that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42163 through 42164.
Microsoft Vulnerability CVE-2017-0199:
A coding deficiency exists in Microsoft Outlook that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42189 through 42190.
Microsoft Vulnerability CVE-2017-0200:
Microsoft Edge suffers from programming errors that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42210 through 42211.
Microsoft Vulnerability CVE-2017-0201:
A coding deficiency exists in Microsoft Scripting Engine that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42152 through 42153.
Microsoft Vulnerability CVE-2017-0202:
Microsoft Internet Explorer suffers from programming errors that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42165 through 42166.
Microsoft Vulnerability CVE-2017-0204:
A coding deficiency exists in Microsoft Office that may lead to a security feature bypass.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42167 through 42168.
Microsoft Vulnerability CVE-2017-0205:
Microsoft Edge suffers from programming errors that may lead to remote code execution.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42183 through 42184.
Microsoft Vulnerability CVE-2017-0210:
Microsoft Internet Explorer suffers from programming errors that may lead to an escalation of privilege.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42204 through 42205.
Microsoft Vulnerability CVE-2017-0211:
A coding deficiency exists in Microsoft Windows OLE that may lead to an escalation of privilege.
Rules to detect attacks targeting these vulnerabilities are included in this release and are identified with GID 1, SIDs 42208 through 42209.
Talos has also added and modified multiple rules in the browser-ie, deleted, file-flash, file-image, file-office, file-other, file-pdf, malware-cnc, os-windows and server-webapp rule sets to provide coverage for emerging threats from these technologies.
SEU packages are cumulative. The installation of prior SEU packages is not required before installing the current package. However, because SEUs are cumulative, issues identified in previous SEUs can require your attention when you import the current SEU. To review a cumulative list of recent feature updates and resolved issues since the last SEU you imported, view the Cumulative SEU Release Notes here.
SEU installation instructions can be found in the Cumulative SEU Release Notes on the Sourcefire Customer Support Site and in your Sourcefire 3D System user guide.
For information on obtaining documentation, using the Cisco Bug Search Tool (BST), submitting a service request, and gathering additional information about Cisco ASA devices, see What's New in Cisco Product Documentation.
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The Talos Security Intelligence and Research Group (Talos) is made up of leading threat researchers supported by sophisticated systems to create threat intelligence for Cisco products that detects, analyzes and protects against both known and emerging threats. Talos maintains the official rule sets of Snort.org, ClamAV, SenderBase.org and SpamCop. The team's expertise spans software development, reverse engineering, vulnerability triage, malware investigation and intelligence gathering.