Search
Keyword: troj_crypctb
It drops a distributed denial of service (DDoS) component that targets primary and secondary DNS name servers of record for multiple South Korean government sites. To get a one-glance comprehensive
This malware was found in January 2014 to be distributed as a key generator. Instead of generating keys, it downloads malware onto the affected system. Affected users may find malicious routines
http://SJC1-TE-CMSAP1.sdi.trendnet.org/dumpImages/108201163522.jpeg Using open source software (OSS) has, like all things, advantages and disadvantages. While these boast of convenience, ease of
http://SJC1-TE-CMSAP1.sdi.trendnet.org/dumpImages/1392011111158.jpeg Cybercriminals seem to be targeting tourists and vacationers as the recent attack TrendLabs engineers managed to catch in progress
http://sjc1-te-cmsap1.sdi.trendnet.org/dumpImages/207201045255.jpeg How do users get this Web threat? Users searching for information via search engines unwittingly fall prey for a new Blackhat SEO
http://SJC1-TE-CMSAP1.sdi.trendnet.org/dumpImages/111120107264.jpeg Background of the Attack A series of attacks that exploited critical vulnerabilities identified in Adobe Reader and Acrobat
This Trojan may be downloaded by other malware/grayware from remote sites. It may be dropped by other malware. It may be unknowingly downloaded by a user while visiting malicious websites. Arrival
This malware is related to the security incident that affected certain government and news websites in South Korea. Cybercriminals compromised the auto-update mechanism of a file-sharing software in
This DLL file acts as a notify object DLL used by TROJ_GORIADU.SMM (NDIS Intermediate driver), which contains specific parameters and configuration information. This Trojan may be dropped by other
This Trojan may be unknowingly downloaded by a user while visiting malicious websites. Arrival Details This Trojan may be unknowingly downloaded by a user while visiting malicious websites.
This Trojan is a component of TROJ_ROOTER.DRL that infects the boot records of the affected system. It writes the said malware in the last sector of the hard disk. It then modifies the master boot
This malware was involved in the Red October campaign, a series of attacks targeting diplomatic and government agencies. It drops malicious files onto the affected system and executes them, causing
This malware was involved in the Red October campaign, a series of attacks targeting diplomatic and government agencies. It drops malicious files onto the affected system and executes them, causing
This malware injects certain processes with its malicious component, forcing the download and execution of malware on the affected system. This Trojan arrives on a system as a file dropped by other
This Trojan arrives as an attachment to email messages spammed by other malware/grayware or malicious users. It deletes the initially executed copy of itself. Arrival Details This Trojan arrives as
It displays fake alerts that warn users hard drive errors. It also displays fake system diagnostics results of the affected system. It then asks for users to purchase it once scanning is completed.
This Trojan has received attention from independent media sources and/or other security firms. To get a one-glance comprehensive view of the behavior of this Trojan, refer to the Threat Diagram shown
This malware exploits a vulnerability in Internet Explorer to enable remote attackers to execute arbitrary commands on the affected system. The said vulnerability is addressed in the bulletin
This Trojan may be unknowingly downloaded by a user while visiting malicious websites. It executes the dropped file(s). As a result, malicious routines of the dropped files are exhibited on the
This Trojan executes the dropped malware detected as TROJ_SRIAL.A. This Trojan may be unknowingly downloaded by a user while visiting malicious websites. It bears the file icons of certain