MiniDuke
Posted: February 28, 2013
Threat Metric
The following fields listed on the Threat Meter containing a specific value, are explained in detail below:
Threat Level: The threat level scale goes from 1 to 10 where 10 is the highest level of severity and 1 is the lowest level of severity. Each specific level is relative to the threat's consistent assessed behaviors collected from SpyHunter's risk assessment model.
Detection Count: The collective number of confirmed and suspected cases of a particular malware threat. The detection count is calculated from infected PCs retrieved from diagnostic and scan log reports generated by SpyHunter.
Volume Count: Similar to the detection count, the Volume Count is specifically based on the number of confirmed and suspected threats infecting systems on a daily basis. High volume counts usually represent a popular threat but may or may not have infected a large number of systems. High detection count threats could lay dormant and have a low volume count. Criteria for Volume Count is relative to a daily detection count.
Trend Path: The Trend Path, utilizing an up arrow, down arrow or equal symbol, represents the level of recent movement of a particular threat. Up arrows represent an increase, down arrows represent a decline and the equal symbol represent no change to a threat's recent movement.
% Impact (Last 7 Days): This demonstrates a 7-day period change in the frequency of a malware threat infecting PCs. The percentage impact correlates directly to the current Trend Path to determine a rise or decline in the percentage.
Ranking: | 8,733 |
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Threat Level: | 2/10 |
Infected PCs: | 14,345 |
First Seen: | February 28, 2013 |
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Last Seen: | October 7, 2023 |
OS(es) Affected: | Windows |
'MiniDuke' is a malware threat that aims at European government entities and institutions in the Ukraine, Portugal, Romania, and other countries via Adobe affecting vulnerable computers through PDFs that seem to be real. Once the malicious PDF file is downloaded to a targeted computer system, the exploit, which was written in Assembler, takes advantage of unpatched flaws in Reader versions 9, 10, and 11. Once MiniDuke is running on the computer system, it creates a unique identifier and encrypts any communication it might have with its authors. MiniDuke also includes mechanisms created in an effort to dupe anti-virus software into believing it's harmless. MiniDuke connects to Twitter to look for tweets on premade account. Those tweets carry tags with encrypted URLs for backdoors that can transfer it commands and open up other backdoors through GIF files.
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