BEI _24HWS Audit_Resilient Global Sovereign Ecosystem Extension: Securing Behavioral, Resource, and Temporal Sovereignty at Global and Interstellar Scales
OwnerFurong Beiinventor
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OwnerFurong Beiinventor
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An audit-resilient distributed ecosystem framework records behavior, resource, and time-stamped events across sovereign nodes and coordinates resource and energy flows under smart-contract policies. The framework stores periodic signed state snapshots in a rollback chain, detects ledger divergences and network partitions, generates compensation transactions, and temporarily encrypts and locally queues transactions during partitions. Upon network restoration, queued transactions are replayed in first-in-first-out order and reconciled with the ledger. A security and storage layer uses quantum-resistant encryption, multi-replica partitioned chains, optional IPFS integration, and privacy-preserving data handling, while an adaptive network layer supports self-healing operation and multi-frequency links. Signed snapshots, compensation events, replay records, and reconciliation results form tamper-evident audit logs for continuous operation across terrestrial and optional non-terrestrial nodes.
A computer-implemented method for providing audit-resilient distributed sovereign ecosystem operation in a network comprising a plurality of sovereign nodes, the method comprising:
A distributed sovereign ecosystem system comprising:
A non-transitory computer-readable medium storing instructions that, when executed by one or more processors, cause the one or more processors to perform operations comprising:
Dependencies are inferred from the claim text.