Staggered Data Update Mechanism for Server Load Reduction

The system performs preliminary actions by notifying devices of upcoming updates in advance, allowing devices to prepare for updates at staggered times rather than simultaneously. The notification mechanism provides update information including version details and timing, enabling devices to schedule their data acquisition at different moments while still achieving eventual synchronization.

The system introduces dynamic timing mechanisms where each device determines its own data acquisition time based on notification received, rather than using a fixed simultaneous update time. This dynamic approach allows devices to spread out their access to the server, reducing peak load while maintaining update consistency across the system.

The system employs feedback mechanisms where devices report their update status and version information back to the server. The server tracks which devices have received notifications and which have actually updated their data, allowing it to manage the update process systematically and ensure all devices eventually reach the same data state.

The update process occurs in periodic phases: notification phase, waiting phase, and execution phase. Devices receive notifications, wait for determined periods, then execute updates at their own timing. This periodic structure ensures that while individual devices update at different times, the overall system progresses through consistent stages, maintaining data consistency.