kanaria007/agi-structural-intelligence-protocols
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✅ New Article: *Deep-Space SI-Core — Autonomy Across Light-Hours*
Title:
🚀 Deep-Space SI-Core: Autonomy Across Light-Hours - How an onboard SI-Core evolves safely while Earth is hours away
🔗 https://huggingface.co/blog/kanaria007/deep-space-si-core
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Summary:
Most autonomy stories quietly assume “someone can intervene in minutes.” Deep space breaks that assumption.
With 2–6 hours round-trip latency and intermittent links, an onboard SI-Core must act as a *local sovereign*—while remaining *globally accountable* to Earth.
This note sketches how mission continuity survives when nobody is listening: DTN-style semantic bundles, local vs. global rollback, bounded self-improvement, and auditability that still works after contact windows return.
> Autonomy isn’t a divorce from governance—
> it’s a measured loan of authority, under a constitution, with evidence.
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Why It Matters:
• Makes “autonomous” mean *operational*, not rhetorical, under light-hour delays
• Clarifies how rollback works when you can’t undo physics—only *policy trajectories*
• Shows how an onboard core can *self-improve without drifting out of spec*
• Treats *silence itself as an observation* (missing logs are governance signals)
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What’s Inside:
• Two-core model: *Earth-Core (constitutional/strategic)* vs *Ship-Core (tactical/operational)*
• *SCP over DTN* as semantic bundles (priorities, idempotency, meaning checkpoints)
• Local rollback vs. epoch-level governance (“retroactive” steering without pretending to reverse time)
• Bounded onboard learning + LearningTrace for later audit and resync
• Stress scenario walkthrough: micrometeoroid storm, compound failures, and graceful degradation
• Metrics framing for deep space: governability, audit completeness, ethics uptime, rollback integrity
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📖 Structured Intelligence Engineering Series
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