New data records are written strictly in an append-only manner, while read operations automatically retrieve the latest valid and consistent entry for a given ID. Due to the underlying failsafe design, the data remains in a valid state at all times, even in the event of unexpected power loss or system interruptions.
In addition, the system simplifies the centralized storage of distributed module data, as only a single ID is required per data record.
Once a memory block is completely filled, a block switch is performed: a new block is erased and then written with the consolidated current data records. This approach enables robust, efficient, and wear-optimized data storage in resource-constrained embedded systems.
