NFT Digital Wallet Segmentation for Transaction Validation

The patent segments the digital wallet into two distinct address types: public addresses for receiving transactions and private addresses for validating transactions. This segmentation allows incoming resource-related events to be routed through different processing paths - automatic processing for public addresses and user-controlled validation for private addresses - thereby maintaining efficiency while enhancing security.

The patent introduces an intermediary validation mechanism where private addresses act as a mediator between incoming transactions and the distributed trust computing network. Transactions received at public addresses can be automatically processed, but those requiring validation are directed to private addresses where users can review and approve them before processing, serving as a security intermediary.

The patent applies local quality by assigning different validation requirements to different address types within the same wallet system. Public addresses are configured with automatic processing (no validation required), while private addresses require user validation. This localized differentiation ensures security where needed without imposing it universally, thus maintaining processing speed for routine transactions.

The patent implements partial validation action by requiring user approval only for transactions directed to private addresses, while transactions to public addresses proceed automatically. This partial application of validation ensures security for high-value or sensitive transactions without slowing down routine operations, achieving the right balance between security and speed.

The patent implements preliminary action by providing users with multiple public addresses in advance. Users can configure the wallet to rotate through different public addresses for receiving transactions. This preliminary preparation allows the system to proactively address exposure risks by having ready-to-use alternative addresses before any security incident occurs.

The patent enables dynamic parameter changes by allowing users to modify which public address is actively receiving transactions. The system can switch between different public address configurations based on security requirements, usage patterns, or exposure risks, thereby adapting the wallet's receiving behavior to minimize vulnerability while maintaining operational convenience.