Bobax Removal Tool Free [Mac/Win]

Bobax Removal Tool is a lightweight application that can fight off the Bobax worm, versions A and C.
Version A (exploits the LSASS vulnerability – see Microsoft Security Bulletin MS04-011):
The worm comes as an EXE, but its main functionality is contained in a DLL embedded in the EXE. The EXE was written in Assembler and/or C, linked with the linker in Visual C++ 6 and encrypted with a simple algorithm; the DLL was written in Visual C++ 7.10 and packed with UPX.
When run, the EXE decrypts itself, gets the functions it needs from kernel32 and user32, drops the embedded DLL to a temporary file with the name starting with a ‘~’ character and attempts to inject and run the DLL in the address space of the process that owns the Shell_TrayWnd window (Windows Explorer) using the classic VirtualAllocEx/WriteProcessMemory/CreateRemoteThread method (this works on NT versions of Windows); if it fails, it calls RegisterServiceProcess to hide itself from the Task Manager (on Windows 9x) and loads and runs the DLL in its own address space. In either case, the DLL’s exported function “Run” is called with a parameter containing the current command line; this way, the pathname of the EXE is known by the DLL.
The DLL uses a mutex called “00:24:03:54A9D” to avoid multiple copies of itself running. A thread is created to check for Internet connection and copy the IP of the local machine to a global string every 5 seconds.
In order to uniquely identify the infected machine, the serial number of the harddisk drive containing the Windows folder (or the C: drive) is used to generate an 8 hexadecimal digits string.
All files in the temporary folder that have the name starting with ‘~’ are deleted (including the dropped DLL); the EXE is copied to the Windows System folder in two files named [5 to 14 random letters].exe; the registry entries HKLM\Software\Microsoft\Windows\CurrentVersion\Run\[hdd id] and HKLM\Software\Microsoft\Windows\CurrentVersion\RunServices\[hdd id] are created to run these files at every startup.
The main routine waits for a connection to Internet; it attempts to access a script on the following hosts:
– http://chilly[X].no-ip.infob
– http://kwill[X].hopto.org
– http://cheese[X].dns4biz.org
– http://butter[X].dns4biz.org
– http://[5 to 12 random letters].dns4biz.org
where [X] loops through all hexadecimal digits.
The script is called “reg”; the worm reports the hdd id and the version of the worm (114 for Bobax.A). The reply must include the hdd id as the first 8 characters; the rest of the reply specifies a command and an argument to that command; the following actions can be performed, depending on the command:
– “upd”: An EXE is downloaded from a specified URL and launched; the worm ends its execution;
– “exe”: An EXE is downloaded from a specified URL; the worm doesn’t end its execution;
– “scn”: Infects other machines. The worm creates an HTTP server on a random port between 2000 and 61999; any client that connects is given the copy of the worm to download (as image/gif); this is used to upload the copy of the worm to the exploited machines.
The IP’s to infect are generated from the local IP by keeping the first 1 or 2 bytes and generating random values for the last bytes; 128 threads are created in order to infect 128 machines (65 of these threads keep only the 1st byte of the local IP and modify the other 3; the other 63 keep the first 2 bytes of the local IP and modify the other 2). The worm first attempts a connection to TCP port 5000 of the target IP; it then sends the exploit SMB packets to the LSASS service on TCP port 445. The exploit code will download a copy of the worm from the HTTP server as “svc.exe” and run it.
– the worm can download some data that is used to set up an email relay; the data is downloaded from a specified host’s “get” script to a temporary file named [crc of full URL]_[hdd id].tmp; the data is checked for integrity using a simple hash function; a status
– the worm can also report some progress information to a “status” script on a specified website;
– “spd”: reports the following information to a “speed” script running on a specified website: hdd id, Internet connection speed (number of bytes per second when downloading a maximum of 512 KB from a specified URL), RAM size, total free space on fixed drives, operating system version, CPU type & speed, IP, screen resolution.
Version C is similar to version A, but besides the LSASS vulnerability, it also attempts to infect other machines by exploiting the DCOM RPC vulnerability (see Microsoft Security Bulletin MS03-039) (packets are sent to TCP port 135).
It reports version 117 instead of 114 to the “reg”scripts; it opens one of the following URL’s:
– g.msn.com/7MEEN_US/EN/SETUPDL.EXE;
– ftp.newaol.com/aim/win95/Install_AIM.exe;
– download.microsoft.com/download/f/a/a/faa796aa-399d-437a-9284-c3536e9f2e6e/Windows2000-KB835732-x86-ENU.EXE;
– download.microsoft.com/download/6/1/5/615a50e9-a508-4d67-b53c-3a43455761bf/WindowsXP-KB835732-x86-ENU.EXE;
– download.yahoo.com/dl/mac/ymsgr_2.5.3-ppc_install.bin.
It also tries to open the following URL besides the ones listed for A:
– http://[5 to 12 random letters].no-ip.info.

Download » DOWNLOAD

Bobax Removal Tool Crack Activation Key Free X64 [April-2022]

Bobax Removal Tool Crack Keygen is a small.NET application. Its functionality is limited to remove the worm; the process cannot be terminated.
Bobax Worm:
Bobax worm (aka Bobax.C) is a worm which can infect computers in a Local Area Network (LAN). It does not spread to other computers on the LAN.
The worm uses the LSASS vulnerability (see Microsoft Security Bulletin MS04-011) to infect a computer in the LAN. It uses the DCOM RPC vulnerability (see Microsoft Security Bulletin MS03-039) to spread itself to other computers on the LAN.
The worm is an executable file, but it is packed using the UPX packer.
The worm uses a mutex called ’00:24:03:54A9D’ to prevent other copies of the worm from running.
The worm’s main functionality is contained in a DLL embedded in the EXE. The EXE was written in Assembler and/or C, linked with the linker in Visual C++ 6 and encrypted with a simple algorithm; the DLL was written in Visual C++ 7.10 and packed with UPX.
When run, the EXE decrypts itself, gets the functions it needs from kernel32 and user32, drops the embedded DLL to a temporary file with the name starting with a ‘~’ character and attempts to inject and run the DLL in the address space of the process that owns the Shell_TrayWnd window (Windows Explorer) using the classic VirtualAllocEx/WriteProcessMemory/CreateRemoteThread method (this works on NT versions of Windows); if it fails, it calls RegisterServiceProcess to hide itself from the Task Manager (on Windows 9x) and loads and runs the DLL in its own address space. In either case, the DLL’s exported function “Run” is called with a parameter containing the current command line; this way, the pathname of the EXE is known by the DLL.
The DLL uses a mutex called ’00:24:03:54A9D’ to avoid multiple copies of itself running. A thread is created to check for Internet connection and copy the IP of the local machine to a global string every 5 seconds.
In order to uniquely identify the infected machine, the serial number of the harddisk drive containing the Windows folder (or the C: drive) is used to generate an 8 hexadecimal digits string.
All files in the

Bobax Removal Tool

FailedRetrySleep: The user entered a keystring, but the protocol failed to authenticate.
FailedRetrySleepDebug: A keystring was entered, but the protocol failed to authenticate.
FailedRetrySleepNotification: The user entered a keystring, but the protocol failed to authenticate.
FailedRetrySleepConnectionFailed: Failed to establish a connection to the host ‘%s’.
FailedRetrySleepCanceled: The user canceled the password authentication request.
FailedRetrySleepInvalidClient: The user entered an invalid username or password.
FailedRetrySleepInvalidPayload: The client has provided an invalid or corrupt password file.
FailedRetrySleepNoPasswordFile: The client has not provided a password file.
FailedRetrySleepPasswordFileRequest: The client requested an invalid password file or the specified password file is corrupt or not found.
FailedRetrySleepNoPasswordFile: The client has not provided a password file.
FailedRetrySleepNoHostResponse: The server has failed to respond to the authentication request.
FailedRetrySleepInvalidResponse: The server failed to respond with a proper password file in response to the authentication request.
FailedRetrySleepNoResponse: No server response received.
FailedRetrySleepNoProtocol: The requested protocol is not implemented.
FailedRetrySleepNoPassword: The user did not enter a password.
FailedRetrySleepNoUser: The user has not entered a valid username.
FailedRetrySleepNoLogin: The user has not entered a valid login name.
FailedRetrySleepNoAuthenticate: Authentication failed because the client is not authenticated.
FailedRetrySleepFailed: The requested username or password is incorrect.
FailedRetrySleepUserChanged: The user name is too long or too short.
FailedRetrySleepNoUsername: The user has not entered a username.
FailedRetrySleepMaxRetries: The user has tried to use the ‘%s’ protocol too many times.
FailedRetrySleepProtocolError: The requested protocol is not supported by this host.
FailedRetrySleepNoMatchingProtocol: The requested protocol could not be found on the server.
FailedRetrySleepNoUsername: The user has not entered a username.
FailedRetrySleepExpired
a86638bb04

Bobax Removal Tool Crack + Latest

This virus is a version of the original Bobax virus that attempts to infect other machines by exploiting the DCOM RPC vulnerability (see Microsoft Security Bulletin MS03-039). It opens an HTTP server on a random port between 2000 and 61999, similar to the original version; the URL is specified by the [crc of full URL]_[hdd id] lines in the registry.
In addition, the virus checks for the presence of its embedded DLL in the Windows System folder. It copies itself to [X] files in that folder and tries to run them. If it finds the file, it deletes it. If that doesn’t work, it tries to run the file in its own address space.
It makes the following actions in this process:
– when the virus detects that its embedded DLL is present in the Windows System folder, it drops the DLL in the temporary folder and tries to run it; if it runs successfully, it loads and runs the EXE;
– if that fails, it reports itself as a new EXE file to the registry (HKLMSoftwareMicrosoftWindowsCurrentVersionRun);
– if that fails, it copies itself to [X] files in the Windows System folder and tries to run them; if it finds the file, it deletes it;
– if that doesn’t work, it tries to run the file in its own address space;
– it reports itself as a new EXE file to the registry (HKLMSoftwareMicrosoftWindowsCurrentVersionRun);
– if that fails, it reports itself as a new EXE file to the registry (HKLMSoftwareMicrosoftWindowsCurrentVersionRun);
– if that fails, it tries to start the process known as “system”;
– it checks for a host on port 445 (SMB) to download a copy of itself;
– if that succeeds, it reports itself as an EXE file to the registry (HKLMSoftwareMicrosoftWindowsCurrentVersionRun);
– it checks for a host on port 6001 to run a program (there are three different programs with different URLs; the URL is specified in the [crc of full URL]_[hdd id] lines in the registry);
– it checks if that URL is an EXE (the URL is specified in the [crc of full URL]_[hdd id] lines in the registry);
– it reports itself as a new EXE

What’s New in the Bobax Removal Tool?

The Bobax worm starts by trying to connect to TCP port 5000 of the target machine (SMB, DCOM, HTTP or URL). If no connection is established, it connects to an HTTP server in order to upload a copy of the worm (by having the HTTP server send an image as a GIF). This is done in order to allow the worm to infect other machines through infection of compromised machines.
Infected machines are given a copy of the worm to run as “svc.exe” and then the worm sets up an email relay by downloading a script from a specified URL to a temporary file.
A few files are created at random locations on the infected machine. The following messages are displayed every 5 minutes:
– to 12 random letters].no-ip.info/62100/
– to 12 random letters].no-ip.info/72100/
– to 12 random letters].no-ip.info/72100/
If the machine gets disconnected, the connection is not restored.
The worm opens a mutex named “00:24:03:54A9D”, and then waits a specified interval (every 5 minutes). It then checks for Internet connection (via an HTTP script on TCP port 5999) and if no connection is available, it waits until a connection is established; if a connection is established, the hdd id of the harddisk is checked against the target machine’s hdd id; if the hdd id doesn’t match, the worm immediately terminates.
It then tries to connect to TCP port 445 (LSASS) of the target machine; if it succeeds, it opens a mutex named “00:24:03:54A9D” and then sleeps for a specified interval (every 2 minutes). When the machine is connected, the hdd id is checked against the target machine’s hdd id; if the hdd id doesn’t match, the worm terminates.
The worm then launches a DCOM RPC (installing a copy of the worm on the target machine as “svc.exe”). It connects to an HTTP server running on a specified TCP port and downloads a copy of the worm from that server to the target machine; this step is done in order to allow the worm to infect other machines.
The worm installs the mutex “00:24:03:54A9D”, opens the file c:\sysinfo.ini and the registry key HKLM\System\CurrentControlSet\Services\Tcpip\Status\Running\[hdd id] (if not present, it creates the key) and attempts to add a new service called “svc.exe”; this is done in order to report some

System Requirements For Bobax Removal Tool:

For Mac OS X:
Mac OS X 10.7 or later
1 GB RAM
100 MB HD space
An OpenGL-compatible graphics card
For Linux:
Ubuntu or Fedora or Mint or other Debian-based distro
8 GB RAM or more
512 MB of video RAM
For Windows 7 or later:
Windows 7 or later
1024 MB of video RAM
Your application must have no more than three states at a time. This rule is enforced by tesseract.

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Bobax Removal Tool Crack Activation Key Free X64 [April-2022]

Bobax Removal Tool

Bobax Removal Tool Crack + Latest

What’s New in the Bobax Removal Tool?

System Requirements For Bobax Removal Tool:

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