Token Reference Register for Secure Electronic Transfers

The patent extracts the security verification function from the transaction data itself and places it in a separate token reference register. Instead of embedding complex encryption and signing processes within each transaction record, the system uses a centralized register to store token references and their associated public keys, allowing participating units to verify transactions by simply checking whether the token reference exists in the register. This separation removes the computational burden from individual transactions while maintaining security.

The patent creates a copy of the token reference in the token reference register rather than storing the full transaction data with complex encryption. The register stores only the essential token reference identifier and public key, allowing multiple transactions to be verified against the same reference without repeating complex cryptographic operations. This copying approach reduces computational intensity while maintaining verification reliability.

The patent extracts the validation function from the transaction processing itself and places it in a separate token reference register lookup operation. Instead of performing complex blockchain validation and ring signature verification for each transaction, the system simply checks whether the token reference exists in the register, which is a much faster operation that significantly improves processing speed while maintaining verifiability.

The patent uses simple, lightweight token references instead of complex blockchain transactions with ring signatures. The token reference acts as a disposable identifier that can be quickly looked up in the register without requiring computationally intensive verification processes. This approach trades the complexity of blockchain validation for simple register lookup, dramatically improving productivity.

The patent extracts the monitoring function from the transaction data and places it in a separate token reference register. Instead of masking and monitoring complex electronic coin data records with centralized or decentralized layers, the system uses simple token references that are directly stored and looked up in the register. This extraction eliminates the need for masking operations and complex monitoring logic while maintaining transaction anonymity through the token reference mechanism.

The patent creates a simplified copy of the token reference in the register rather than storing and processing full masked eMD data records. This copying approach reduces the data size and computational requirements significantly, eliminating the need for complex masking operations while maintaining the anonymity property through the token reference identifier.

The patent performs the preliminary action of storing token references in the token reference register before transactions occur. Once the token reference is registered, participating units can perform quick lookups without needing constant communication to validate each transaction. The register is pre-populated with valid token references, allowing rapid verification while maintaining reliability.

The patent extracts the communication requirement from the transaction validation process and separates it into an initial registration phase. The token reference register is updated during registration, but subsequent transactions can be validated through simple local lookups without constant communication. This extraction reduces communication overhead while maintaining the reliability provided by the register.