Key Distribution For Secure Communication TRIZ Cases
- SRNS Relocation Key Derivation for Wireless Security
First node derives a second key from the first key during SRNS relocation, reducing key exposure risk when mobile terminals support enhanced capabilities.
- Secure Data Shredding in Non-Volatile Memory Using Secret Sharing
A data shredding method applies a hash function to generate an output value and stores secret shares separately for targeted erasure.
- Cloud Server ECU Secure Channel via Information Processing Unit
A cloud server establishes a secure channel with an electronic control unit using a key derived from the unit identifier and security information.
- Privacy-Preserving Vehicle Platoon Communication Using Ring Signatures
Ring signatures authenticate vehicle platoon members while obfuscating sender identity during data exchange.
- Key Per IO Crypto-Erasure via Internal Key Segmentation
A Key per IO storage device generates media encryption keys by combining an internal key with external host keys for operational data protection.
- Multi-mode Device Registration for WHDI Security
A multi-mode device registration system manages access control using domain keys and PINs to secure wireless multimedia networks.
- Blockchain Event-Lock Encryption via Congress Threshold Signatures
Congress-based threshold signature scheme secures blockchain event-lock encryption for automated task execution.
- Authentication Server Password Grouping and ID-Based Scrambled Input
Authentication server apparatus divides password characters into groups associated with identifiers to generate scrambled input codes for terminal devices.
- Three-Party Garbled Circuit Protocol for Active Security
A three-party garbled circuit protocol splits cryptographic keys across a mobile device and two servers to enable secure computation.