Abstract

This disclosure describes system and method for achieving deterministic recovery and reconciliation in distributed transactional data pipelines. The system introduces a deterministic control architecture that captures anomaly signals through an event recording mechanism and executes reproducible corrective actions via coordinated agentic components. A recovery engine reconstructs missing or partially processed data by analyzing distributed execution artifacts, restoring consistent intermediate states, and materializing affected partitions. A reconciliation engine deterministically merges late or unprocessed records with previously processed datasets using strict deduplication rules, cut aligned aggregate re-computation, and version preservation policies. The system ensures that any recovery or reconciliation action, regardless of timing, node availability, or cluster variability, produces the same verifiable outcome through idempotent state transitions, conflict free merging, and enforced execution order. By providing deterministic, auditable, and reproducible restoration of transactional data, the invention improves correctness, regulatory compliance, and reliability for high volume distributed processing environments.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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