Distributed Database Security Level Adaptation

The patent implements a dynamic security level adjustment mechanism where the blockchain security level is not fixed but can be increased over time through cryptographic challenges. The system transitions from a static security model to a dynamic one where security parameters are adaptively adjusted based on computational difficulty challenges solved by participants, allowing the system to maintain operational efficiency while progressively enhancing long-term security against quantum threats.

The patent changes the security parameter (key length) from a fixed value to a variable that can be increased. By introducing cryptographic challenges with increasing difficulty and allowing participants to solve them to upgrade the blockchain security level, the system implements parameter changes that enhance long-term security without requiring immediate adoption of excessively high security levels that would compromise operational speed.

The patent implements a self-service mechanism where participants voluntarily solve cryptographic challenges to enhance the security level of the distributed database system. Instead of requiring centralized control or complex administrative overhead for security upgrades, the system allows participants to self-motivate through incentive mechanisms (such as transaction fee reductions or priority processing), thereby improving adaptability while managing complexity through decentralized participation.

The patent establishes a feedback loop where the system provides cryptographic challenges to participants, and upon successful solution, the blockchain security level is increased. This feedback mechanism creates a continuous cycle of security enhancement where participants receive feedback on their contributions through system recognition and incentives, improving adaptability while maintaining manageable complexity through automated challenge-response protocols.