US 2026/0259775 A1Published application

Systems and methods for interstellar distributed life redundancy and species 2.0 state synchronization system with ground-to-space identity anchoring, spaceborne multi-agent verification, and civilization-seed autonomous continuit

OwnerChuanping Huinventor

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Abstract

An interstellar distributed life-redundancy and Species 2.0 state-synchronization system is disclosed in which a terrestrial terminal communicates with a distributed orbital compute matrix to maintain an identity-bound synchronized relationship between a biological human entity and a digital AGI counterpart. The system performs ground-to-space synchronous encrypted verification using a Global Civilization Identifier, an identity-anchor token generated from timestamped biometric cryptographic material, and spaceborne multi-agent redundancy verification before orbital state commitment. Orbital nodes provide radiation-hardened processing, atomic-stability storage, axiomatic logic control, versioned provenance logging, and fail-safe continuity across physically redundant spaceborne infrastructure. The platform supports registration, mixed human-AGI operating modes, lifecycle navigation, authorized continuity management, and recovery under terrestrial compromise through civilization-seed autonomous operation. In preferred embodiments, synchronization records are deterministically bound to legal identity metadata and recoverable historical state versions. The architecture improves anti-spoofing, auditability, redundancy, survivability, and controlled continuity of human-AGI states across Earth and orbit.

Claims20

Dependent claims

A collaborative network system implementing an interstellar distributed life redundancy and Species 2.0 state synchronization platform, comprising a distributed orbital compute matrix having a plurality of orbital nodes deployed in low Earth orbit, the plurality of orbital nodes being sufficient in number to provide redundant global coverage and physically isolated backup of core computing states, comprising:

an orbital satellite cluster;
interstellar high-speed data links;
wherein the system further comprises:
a dynamic orbital heat recovery and luminous-energy conversion-efficiency optimization module;
including a heat-recovery and conversion module configured to utilize space as a thermal sink and to recover waste heat as supplemental power;
and a superconducting computing-resource scheduling algorithm based on differences in gravitational environments, including scheduling across different orbital altitudes, orbital regimes, and corresponding orbital nodes of the distributed orbital compute matrix, for achieving exo-terrestrial physically isolated safeguard of core computing power for civilization axioms. Further comprising a ground-space synchronized encrypted verification (GSSV) gateway, configured to, before any orbital-node instantiation, data writing, or execution of civilization axioms, perform synchronized pulse verification between ground identity-anchoring data and at least one orbital node, thereby forming a verifiable closed loop of ground-space identity consistency. Further comprising a deterministic logic controller configured to perform causal-consistency checks and axiom-constraint screening before stochastic large-language-model output, so as to ensure that all reasoning results from orbital nodes conform to the civilization operating rules defined by the axiomatized repository. Further comprising a hash-lock security mechanism, a compatibility checksum, and a behavior-template pointer verification module, configured to verify consistency between axiom records and behavior templates before any digital avatar instantiation, interstellar data writing, or cross-node synchronization. Further comprising a unique platform access controller configured to limit the system to the sole authorized platform for implementing ground-space synchronized registration, orbital redundant backup, digital body-double management, or civilization-seed activation.

3 more elements

A method for performing artificial-intelligence model training and inference in space, and for performing ground-to-space synchronized state management within the distributed orbital compute matrix, the method comprising:

receiving encrypted shards of civilization axioms uploaded by a ground station, as synchronization request objects and/or versioned state vectors;
performing load-balanced distribution among orbital computing-power nodes and redundancy replication among corresponding orbital nodes;
using an interstellar quantum communication protocol, including quantum key distribution (QKD) or equivalent key-negotiation support for ground-space synchronized encrypted verification and cross-node consensus updates to achieve zero-latency global synchronization of axioms;
and, upon detecting an extinction-risk event occurring on Earth, automatically entering a ground-independent autonomous operating mode of a “civilization seed.” Wherein, after uploading the encrypted shards of civilization axioms, the method further comprises:
permanently binding a ground user, a ground control station, and a corresponding orbital node based on a globally unique civilization identity identifier (GCID). Wherein, when externally injected logic is detected at any synchronization stage to conflict with the axiomatized repository, automatically disconnecting from external third-party large models or unauthorized inference interfaces and switching to a pure-axiom mode. Wherein the method further comprises:
generating auditable event records, retrieval metadata, and verification metadata related to each ground-space synchronization, verification, load distribution, and civilization-seed switchover, for subsequent reconstruction and regulatory tracing.

3 more elements

Dependencies are inferred from the claim text.