Hardware Configuration Identity Verification via Composite Hashing

The patent combines multiple types of configuration information (IP address, Cookie information, hardware device information) into a comprehensive verification mechanism. By merging these different data sources, the system achieves both simplicity in the verification process and high accuracy in user discrimination, resolving the contradiction between ease of operation and measurement precision.

The patent uses composite verification information that combines multiple data types (network information, local storage information, hardware device information) to create a more robust verification system. This composite approach maintains operational simplicity while significantly improving user discrimination accuracy through the synergistic effect of multiple information sources.

The patent introduces hardware device information as an intermediary element that is difficult to clear or modify. By using hardware characteristics (such as device identifiers, processor information, or unique hardware fingerprints) as a mediator for verification, the system maintains simplicity while achieving high reliability, as hardware information cannot be easily manipulated like software-based Cookie information.

The patent performs preliminary verification by capturing and storing hardware device information during the initial registration or first login process. This preliminary action establishes a baseline of reliable identification data before any potential data clearance or evasion attempts can occur, ensuring long-term verification reliability without complicating the ongoing verification process.

The patent segments the verification system into distinct modules: network information collection, local storage information collection, and hardware device information collection. Each module handles a specific type of data independently, then the results are integrated. This segmentation reduces overall system complexity by making each component manageable and maintainable while achieving high accuracy through the combined output of all segments.

The patent implements partial verification by selectively collecting and verifying relevant configuration information based on the specific verification scenario. Rather than always collecting all possible data types, the system adapts to collect only the necessary information for each verification case, reducing complexity when full verification is not required while maintaining high accuracy when needed.