Beschreibung
Multiple serious vulnerabilities have been found in Microsoft Internet Explorer 9 through 11. Malicious users can exploit these vulnerabilities to execute arbitrary code, gain privileges, obtain sensitive information, spoof user interface or possibly to cause a denial of service.
Below is a complete list of vulnerabilities:
- An improper handling of objects in memory done by affected components can be exploited remotely via specially designed content to obtain sensitive information;
- An improper access to objects in memory in affected Microsoft browsers can be exploited remotely via specially designed websites or specially designed content to gain privileges;
- A type confusion issue in the Layout::MultiColumnBoxBuilder::HandleColumnBreakOnColumnSpanningElement function in mshtml.dll can be exploited remotely via vectors involving a specially designed CSS token sequence and specially designed JavaScript code working with a TH element to execute arbitrary code and possibly to cause a denial of service;
- An improper parsing of HTTP responses in a Microsoft browser via a specially designed URL or website to spoof content or possibly to trigger another attacks;
- An incorrect handling of objects in memory done by JScript and VBScript while rendering can be exploited remotely via a specially designed website or Microsoft Office document that hosts the IE engine to execute arbitrary code and gain privileges;
- An improper handling of objects in memory in the JScript scripting engine can be exploited remotely to obtain sensitive information;
- An improper enforcement of cross-domain policies can be exploited remotely to gain privileges.
Ursprüngliche Informationshinweise
- CVE-2017-0065
- CVE-2017-0066
- CVE-2017-0067
- CVE-2017-0068
- CVE-2017-0069
- CVE-2017-0070
- CVE-2017-0071
- CVE-2017-0094
- CVE-2017-0037
- CVE-2017-0131
- CVE-2017-0132
- CVE-2017-0133
- CVE-2017-0134
- CVE-2017-0135
- CVE-2017-0136
- CVE-2017-0137
- CVE-2017-0138
- CVE-2017-0140
- CVE-2017-0141
- CVE-2017-0150
- CVE-2017-0151
- CVE-2017-0009
- CVE-2017-0010
- CVE-2017-0011
- CVE-2017-0012
- CVE-2017-0015
- CVE-2017-0017
- CVE-2017-0023
- CVE-2017-0032
- CVE-2017-0033
- CVE-2017-0034
- CVE-2017-0035
- CVE-2017-0049
- CVE-2017-0059
- CVE-2017-0130
- CVE-2017-0149
- CVE-2017-0154
- CVE-2017-0008
- CVE-2017-0018
- CVE-2017-0040
CVE Liste
- CVE-2017-0065 critical
- CVE-2017-0066 critical
- CVE-2017-0067 critical
- CVE-2017-0068 critical
- CVE-2017-0069 critical
- CVE-2017-0070 critical
- CVE-2017-0071 critical
- CVE-2017-0094 critical
- CVE-2017-0037 critical
- CVE-2017-0131 critical
- CVE-2017-0132 critical
- CVE-2017-0133 critical
- CVE-2017-0134 critical
- CVE-2017-0135 critical
- CVE-2017-0136 critical
- CVE-2017-0137 critical
- CVE-2017-0138 critical
- CVE-2017-0140 critical
- CVE-2017-0141 critical
- CVE-2017-0150 critical
- CVE-2017-0151 critical
- CVE-2017-0009 critical
- CVE-2017-0010 critical
- CVE-2017-0011 critical
- CVE-2017-0012 critical
- CVE-2017-0015 critical
- CVE-2017-0017 critical
- CVE-2017-0023 critical
- CVE-2017-0032 critical
- CVE-2017-0033 critical
- CVE-2017-0034 critical
- CVE-2017-0035 critical
- CVE-2017-0049 critical
- CVE-2017-0059 critical
- CVE-2017-0130 critical
- CVE-2017-0149 critical
- CVE-2017-0154 critical
- CVE-2017-0008 critical
- CVE-2017-0018 critical
- CVE-2017-0040 critical
KB Liste
Mehr erfahren
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