Model: ZTE ZXHN H3601P
ISP: TurkNet (Turkey)
Hardware Version: V9.0.7
Software Version: V9.0.0P8_TN2
Boot Version: V1.0.0
Manufacture Date: June 2024
I have tried several combinations using decode.py but all resulted in Failed to decrypt payload or No keygens matched.
Standard Decryption: Ran with --try-all-known-keys and --little-endian.
Manual Signatures/Prefixes: Tried TurkNet, turknet, turk.net, ZTE, E10B, and V9.0.7.
Advanced Parameters: Tried combinations of --key-prefix, --iv-prefix, and --key-suffix TN2.
Access Check: Telnet (Port 23) is closed (Connection refused) even with firewall set to Low.
It seems that for the newer 2024 models (Hardware V9.0.7), TurkNet has implemented a new key derivation algorithm or a different salt/prefix that is not yet covered in the current library. The standard Type 4 approach with existing TurkNet prefixes does not work.
Model: ZTE ZXHN H3601P
ISP: TurkNet (Turkey)
Hardware Version: V9.0.7
Software Version: V9.0.0P8_TN2
Boot Version: V1.0.0
Manufacture Date: June 2024
I have tried several combinations using decode.py but all resulted in Failed to decrypt payload or No keygens matched.
Standard Decryption: Ran with --try-all-known-keys and --little-endian.
Manual Signatures/Prefixes: Tried TurkNet, turknet, turk.net, ZTE, E10B, and V9.0.7.
Advanced Parameters: Tried combinations of --key-prefix, --iv-prefix, and --key-suffix TN2.
Access Check: Telnet (Port 23) is closed (Connection refused) even with firewall set to Low.
It seems that for the newer 2024 models (Hardware V9.0.7), TurkNet has implemented a new key derivation algorithm or a different salt/prefix that is not yet covered in the current library. The standard Type 4 approach with existing TurkNet prefixes does not work.