February 18, 2010
VALDOSTA—Valdosta State University continues to investigate unauthorized access to a computer server. The breached server contained employee and student information.
Joe Newton, director of Information Technology, said the breech was first detected on Dec. 11, 2009; however, unauthorized access dated back to Nov. 11, 2009. On Dec. 11, the university posted a news release that communicated the extent of the breach. http://www.valdosta.edu/news/releases/computer.121109
“An initial investigation has found no evidence that any personal data was accessed or transferred,” Newton said. “The breached server was secured and removed from the network. We are continuing the investigation with assistance from University Police and the Georgia Bureau of Investigation. ”
The university is in the process of contacting all individuals whose information might have been exposed. Individuals wanting to confirm the status of their information should visit the Information Technology notification Web site at www.valdosta.edu/notify.
“We regret the incident and are reviewing and revising our procedures and practices to minimize the risk of a reoccurrence,” Newton said.
Kaspersky Lab warns users about the emergence online of a new version of the Gpcode ransomware program.
The program spreads via malicious websites and P2P networks.
Kaspersky Lab products detect the program as Trojan-Ransom.Win32.Gpcode.ax.
You can read more on our blog.
Kaspersky Lab is monitoring a new email worm which is currently spreading. Emails spreading the worm say “Here you have” in the subject line.
We detect the worm as Email-Worm.Win32.VBMania.
While the servers hosting related downloads have been taken down, we are keeping customers updated and protected against any new variants.
Net-Worm.Win32.Kido exploits a critical vulnerability (MS08-067) in Microsoft Windows to spread via local networks and removable storage media.
The worm disables system restore, blocks access to security websites, and downloads additional malware to infected machines.
Users are strongly recommended to ensure their antivirus databases are up to date. A patch for the vulnerability is available from Microsoft.
The new Gpcode variant encrypts files with extensions DOC, TXT, PDF, XLS, JPG, PNG, CPP, H etc. on hard drives using an RSA algorithm with a 1024-bit key.
After encrypting files, the virus leaves a text file in the folder next to the encrypted files with following message:
Currently, we detect the new variant, but we are unable to crack the 1024-bit key. Our analysts are continuing to work on both the key and the virus to resolve this issue.
Kaspersky Lab recommends that all Internet users enable maximum protection from malicious code and network attacks on their computers, refrain from executing suspicious programs received from untrustworthy sources and back up any important information on their computers.
Detection of Virus.Win32.Gpcode.ak was added to Kaspersky Anti-Virus signature databases yesterday, on June 4th, at 15:39 GMT. Please make sure to update if you haven’t already.
If you have fallen victim to Gpcode.ak, try to contact us using another computer connected to the Internet. DO NOT RESTART or POWER DOWN the potentially infected machine. Contact us by email firstname.lastname@example.org and tell us the exact date and time of infection, as well everything you did on the computer in the 5 minutes before the machine was infected: which programs you have executed, which websites you have visited, etc. We'll try and help you recover any data that has been encrypted.
For more information about the malicious program, please read our weblog.
A few hours before this point, there was a noticeable increase in mail traffic of an earlier modification of Warezov - Warezov.do which featured in the October 2006 Top 20.
If you are using Kaspersky Anti-Virus 6.0 or Kaspersky Internet Security 6.0 with Proactive Protection turned on, new variants will be detected without the need to update your antivirus databases.
A full description of Email-Worm.Win32.Warezov.nf is now available in the Virus Encyclopaedia.