Miner Security Level Filtering for Blockchain Energy Optimization

The patent applies local quality by assigning different security levels to different messages and selectively involving miners based on the specific security requirements of each message. High-security messages trigger full miner participation, while low-security messages use reduced verification, thereby optimizing energy consumption according to local security needs rather than applying uniform high-security processing to all messages.

The patent changes the parameter of miner participation intensity based on the security level indication of messages. By dynamically adjusting the degree of computational verification (from full proof-of-work to reduced checks) according to message classification, the system resolves the contradiction between maintaining high security and reducing energy consumption for routine low-risk transactions.

The patent implements partial action by applying different levels of computational verification to different messages. For low-security messages, only essential validation is performed with reduced miner involvement, while high-security messages receive full computational scrutiny. This prevents excessive computational power expenditure on messages that do not require maximum security verification.

The system applies local quality by tailoring the intensity of message validation to the specific security requirements of each message type. Routine transactions use streamlined verification processes, while suspicious or high-value transactions trigger comprehensive multi-miner validation, thereby eliminating wasteful uniform application of maximum validation to all messages.

The patent applies universality by designing miners with multi-functionality to handle multiple security levels within a single device. Rather than requiring separate specialized miners for different security requirements, the system enables each miner to adaptively perform various validation intensities based on message classification, reducing overall network complexity while maintaining versatility.

The patent implements dynamics by enabling miners to dynamically adjust their operational mode based on the security level indication of incoming messages. Miners transition between different verification intensities (from light to heavy computational effort) depending on real-time message characteristics, providing adaptability without requiring static complex configurations for each security level.