PivotSuite

PivotSuite: Hack The Hidden Network - A Network Pivoting Toolkit

Description

PivotSuite is a portable, platform independent and powerful network pivoting toolkit, Which helps Red Teamers / Penetration Testers to use a compromised system to move around inside a network. It is a Standalone Utility, Which can use as a Server or as a Client.

PivotSuite as a Server :

If the compromised host is directly accessable (Forward Connection) from Our pentest machine, Then we can run pivotsuite as a server on compromised machine and access the different subnet hosts from our pentest machine, Which was only accessable from compromised machine.

PivotSuite as a Client :

If the compromised host is behind a Firewall / NAT and isn't directly accessable from our pentest machine, Then we can run pivotsuite as a server on pentest machine and pivotsuite as a client on compromised machine for creating a reverse tunnel (Reverse Connection). Using this we can reach different subnet hosts from our pentest machine, which was only accessable from compromised machine.

Key Features:

Supported Forward & Reverse TCP Tunneling
Supported Forward & Reverse socks5 Proxy Server
UDP over TCP and TCP over TCP Protocol Supported
Corporate Proxy Authentication (NTLM) Supported
Inbuilt Network Enumeration Functionality, Eg. Host Discovery, Port Scanning, OS Command Execution
PivotSuite allows to get access to different Compromised host and their network, simultaneously (Act as C&C Server)
Single Pivoting, Double Pivoting and Multi-level pivoting can perform with help of PivotSuite.
PivotSuite also works as SSH Dynamic Port Forwarding but in the Reverse Direction.

Advantage Over Other tools:

Doesn't required admin/root access on Compromised host
PivotSuite also works when Compromised host is behind a Firewall / NAT, When Only Reverse Connection is allowed.
No dependency other than python standard libraries.
No Installation Required
UDP Port is accessable over TCP

Installation

You can download the latest version of pivotsuite by cloning the Git repository or PyPI Package.
```
git clone https://github.com/RedTeamOperations/PivotSuite.git
     
           OR
           
 pip install PivotSuite
```
PivotSuite works out of the box with Python version 2.7.x and 3.6.x on any platform.
PivotSuite Standalone Executable Download from Github Release Section
```
https://github.com/RedTeamOperations/PivotSuite/releases
```
No installation require, No python interpreter require

Requirements:

a. Only Python Standard Libraries are Required
b. Compatible for both Python 2.7.x & Python 3.6.x
c. Tested on Windows and Linux.

Usages :

$ pivotsuite.py [options] SERVER-IP SERVER-PORT

Options:

 --version             show program's version number and exit

-h, --help            show this help message and exit

-S, --server          Run PivotSuite as a Server

-C, --client          Run PivotSuite as a Client

 - -server-ip=SERVER_IP

                    Server Listen/Connect IP address, Default  0.0.0.0
                    
 --server-port=SERVER_PORT

                    Server Listen/Connect Port, Default 7777

PivotSuite Server Options:

-F, --forward-connection

                    Forward Network Traffic
                    
--server-option=SP/PF

                    Use Server as Socks_Proxy(SP)/Port_Forward(PF),
                    Default SP
                    
--network-protocol=T/U

                    Select Protocol For Port Forwarding TCP(T)/ UDP(U),
                    Default T
                    
--forward-ip=Remote-Host-IP

                    Remote Host IP for Port Forwarding
                    
--forward-port=Remote-Host-Port

                    Remote Host Port for Port Forwarding
                    
-W, --reverse-connection

                    Reverse Network Traffic

PivotSuite Client Options:

-O SP/PF/NE, --option=SP/PF/NE
                    Use Client as Socks_Proxy(SP)/ Port_Forwarding(PF)/
                    Network_Enumeration(NE), Default SP
                    
-L, --local-forward

                    Use Local Port Forwarding
                    
-R, --remote-forward

                    Use Remote Port Forwarding
                    
-P T/U, --protocol=T/U

                    Select Protocol For Port Forwarding TCP(T)/ UDP(U),
                    Default T
                    
--local-ip=LOCAL_IP

                    Local IP For Port Forwarding
                    
--local-port=LOCAL_PORT

                    Local Port For Port Forwarding
                    
--remote-ip=REMOTE_IP

                    Remote IP For Port Forwarding
                    
--remote-port=REMOTE_PORT

                    Remote Port For Port Forwarding

NTLM Proxy Authentication Options:

--ntlm-proxy-ip=NTLM_PROXY_IP

                    IP address of NTLM proxy
                    
--ntlm-proxy-port=NTLM_PROXY_PORT

                    Port of NTLM proxy
                    
--username=USERNAME

                    Username to authenticate with NTLM proxy
                    
--domain=DOMAIN     Domain to authenticate with NTLM proxy

--password=PASSWORD

                    Password to authenticate with NTLM proxy
                    
--hashes=HASHES     Hashes to authenticate with instead of password.
                    Format - LMHASH:NTHASH

Documentation

Case 1 : (Forward TCP Tunneling)

IF the Compromised host is directly accessible from our pentest machine.

Then run PivotSuite as a server on the compromised machine as per our requirements:

    a. Dynamic Port Forwarding (Socks5 Proxy Server) On Compromised machine:

         $  python pivotsuite.py -S -F --server-option SP --server-ip IP --server-port PORT


    b. Single Port Forwarding (TCP/UDP Relay) On Compromised machine :

        $ python pivotsuite.py -S -F --server-option PF --network-protocol T/U --remote-ip IP --remote-port PORT 
          --server-ip IP (local-ip) --server-port PORT (local-port)

Case 2 : (Reverse TCP Tunneling)

IF the Compromised host is behind a Firewall / NAT and directly not accessible from our pentest machine.

Then run PivotSuite as a Server on pentest machine and PivotSuite as a Client on compromised machine.


  i. Run PivotSuite as a Sever On Pentest Machine :

      $ python pivotsute.py -S -W 


  ii. Run PivotSuite as a Client on Compromise Machine as per our requirements:

      a. Dynamic Port Forwarding (Socks5 Proxy Server) On Pentest Machine:

          $ python pivotsuite.py -C -O SP --server-ip IP --server-port PORT

      b. Local / Remote Port Forwarding On Pentest Machine:

           $ python pivotsuite.py -C -O PF  - L / -R (local or remote port forwarding) -P T/U  --local-ip IP 
              --local-port PORT --remote-ip IP --remote-port PORT  --server-ip IP --server-port PORT

      c. Network Enumeration of Compromised Machine:

            $ python pivotsuite.py -C -O NE --server-ip IP --server-port PORT

IF Corportate Proxy Authentication (NTLM) required for reverse connection on Compromised Host :

  $ python pivotsuite.py -C -O SP --ntlm-proxy-ip IP --ntlm-proxy-port PORT --username USERNAME --password PASSWORD 
    --server-ip IP --server-port PORT

gracesun / PivotSuite