Global Database Transaction Dehydration for Cross-Region Failover

The patent applies preliminary action by requiring pre-approval from a majority of nodes before a data write operation is executed. This prevents consistency issues by ensuring that the system is in a valid state before changes are made, rather than relying on post-conflict resolution. The pre-approval mechanism guarantees ACID properties by maintaining strong consistency while allowing multi-primary replication for availability.

The patent eliminates conflict resolution complexity by performing the approval action preliminarily, before conflicts can occur. By requiring pre-approval from a majority of nodes before writes are executed, the system prevents conflicting writes from being applied simultaneously. This approach scales efficiently because it avoids the need for complex post-conflict resolution mechanisms that become intractable as the number of nodes increases.

The patent resolves the contradiction between write speed and data integrity by performing the consistency check preliminarily, before the write operation begins. The pre-approval process ensures that the system validates all necessary conditions and obtains majority consensus before executing the write, guaranteeing ACID properties. Once approved, the write can be executed efficiently without ongoing synchronization overhead, maintaining both speed and integrity.

The patent addresses geographical latency by performing the approval process preliminarily in the local region before writes are executed. Nodes can pre-establish consensus with the majority of the distributed network, obtaining approvals in advance. This allows local writes to be executed quickly without waiting for real-time confirmation from all distant nodes, reducing the impact of communication latency while maintaining data integrity across geographical regions.