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Rinbot.B

 
Threat LevelLow threatDamageHighDistributionNot widespread

Effects 

Rinbot.B carries out the following actions:

  • It connects to an IRC server in order to receive remote control commands, which allow its author to gain total control over the affected computer.
  • It downloads the Trojan detected as Spammer.ZV in the affected computer from the website:
    http://217.6<blocked>12/phpbb/uploads

Infection strategy 

Rinbot.B creates the following files:

  • ECLIPSE.EXE, in the Windows system directory. This file is a copy of the worm.
  • LSAASVR.EXE, in the Windows directory. This file belongs to Trj/Spammer.ZV and it is registered as a system service called LSA Server.

 

Rinbot.B creates the following entries in the Windows Registry:

  • HKEY_LOCAL_MACHINE\ SOFTWARE\ Microsoft\ Windows\ CurrentVersion\ Run
    Eclipse Environment = %sysdir%\eclipse.exe

    where %sysdir% is the Windows system directory.
    By creating this entry, Rinbot.B ensures that it is run whenever Windows is started.
  • HKEY_LOCAL_MACHINE\ SYSTEM\ ControlSet002\ Enum\ USBSTOR\ Disk&Ven_LG&Prod_X-TICK_2.0&Rev_1.00\ 7&329ea97c&0
    Mfg = (standard drive units)

    By creating this entry, Rinbot.B searches drives connected via USB.
  • HKEY_LOCAL_MACHINE\ SYSTEM\ ControlSet002\ Services\ SharedAccess\ Parameters\ E
    By creating this entry, Rinbot.B obtains permission to copy in the mapped drives.

Means of transmission 

Rinbot.B spreads across the Internet, computer networks, via mapped drives and through storage devices.

1.- Transmission across the Internet.

  • It generates random IP addresses.
  • It attempts to exploit the vulnerabilities LSASS and RPC DCOM on the remote computers.
  • If successful, it uses a script in order to transfer a copy of itself to the compromised computer.

 

2.- Transmission across networks.

  • If the affected computer belongs to a network, Rinbot.B attempts to access the network shared resources.
  • In order to do so, it uses passwords or user names that are typical or easy to guess.
  • If successful, Rinbot.B makes copies of itself to the shared resources.

 

3.- Transmission via mapped drives.

  • Rinbot.B checks if the infected computer is connected to a network.
  • If so, it makes an inventory of all mapped drives and creates a copy of itself in each of them.

 

4.- Transmission through storage devices.

  • Rinbot.B creates a copy of itself in the storage devices connected via USB.

Further Details  

Rinbot.B is written in the programming language Visual C++ v6. This worm is 212,992 bytes in size and it is compressed.

Additionally, in the code of the worm there is a fake CNN interview with the author of Rinbot.B:

- Who are you?

- Hacker(s).

- Are you actually disgruntled?

- No.

- Then why are you actively going after Symantec?

- The worm is designed for getting the highest yield of computers infected, not to aggravate Symantec; there is no hate.

- So why attack the Symantec anti-virus program?

- A lot of businesses and universities run the application, making it a prime target for exploitation.

- Are you aware that your worm is crippling computer networks?

- Yes that can happen on slow networks or networks with many computers; the worm also searches and removes other worms from the system, acting as a small anti-virus program if you will. If you wish not to have those problems keep your software updated.

- Why did you taunt Symantec and other security companies?

- They were the first to list the worm on their site and try and get servers shut down.

- What do you intent to use the infected computers for?

- Nothing very malicious; no fraud or anything like that.

- What is the real name of the worm and how did you come up with it?

- The real name is IrnBot, it is named after a popular soft drink called IrnBru.

- Thank you for your time author of Rinbot. You are very welcome CNN, thank you for the opportunity to explain.

Last updated:  05/03/2007 

Thanks to Collective Intelligence, Panda's exclusive cloud-computing technology, the company's 2010 solutions leverage the knowledge gathered from the community of millions of Panda users around the world. Each new file received is automatically classified within six minutes and the Collective Intelligence servers classify more than 50,000 new malware samples every day. These technologies correlate information on malware received from each computer to continuously improve the protection level for the worldwide community of users. Panda's 2010 solutions have continuous, real-time contact with this vast knowledge base allowing the company to offer users the fastest response against the new malware that appears every day.

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