Backdoor.Tidserv.K is a Trojan that will monitor Internet access to various web sites and tries to steal information from the infected computer. Backdoor.Tidserv.K may also create a back door and allow remote access without users consent.

JS.SecurityToolFraud.C is a generic detection for malicious JavaScript files that prompts visitors on a fake security website into downloading unwanted program that are detected by Symantec products as SecurityToolFraud.

Trojan horse PSW.Generic7.BEMV is a generic detection for a Trojan that can be dropped by another threat. Trojan horse PSW.Generic7.BEMV is capable of stealing sensitive information such as user name and passwords from an infected computer.

Backdoor.Noppuca!inf is a detection for malicious files already infected with the virus called Backdoor.Noppuca. Backdoor.Noppuca!inf infected file can open a backdoor port in compromised computer that will allow a remote attacker to gain control.

Backdoor.Tidserv!gen1 is a generic detection used to identify computer threats associated with the Backdoor.Tidserv family. Files detected with Backdoor.Tidserv!gen1 has similarities of backdoor functionalities that may allow a remote attacker to gain access on infected computer.

Backdoor.Noppuca is a Trojan that can allow a remote attacker to gain access on infected computer via backdoor. Backdoor.Noppuca will modify Windows registry to run itself when computer is booted.

Packed.Generic.280 is a detection for malicious files that was intentionally encrypted in order to conceal them from antivirus programs.  Packed.Generic.280 detection was used to detect security risks involving W32.IRCBot
W32.SillyFDCand Downloader.

Trojan.FakeAV!gen16 is a generic detection to identify security risks that belongs to a Trojan.FakeAV family. Detected Trojan.FakeAV!gen16 can be different variations but with similar characteristics.

W32.Ramnit!html is a heuristic detection for malicious HTML files that were infected with W32.Ramnit.

Roarur is a description for an attack that launches in multiple stages or also known as the “Operation Aurora” that spreads by exploiting a vulnerability in Internet Explorer and Windows. Associated threats with Roarur are Exploit-Comele (stage one), Roarur.dr (stage two) and Roarur.dll (stage three).