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kanaria007
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Recent Activity
posted
an
update
about 12 hours ago
✅ New Article: *Genius Replay Protocol* (v0.1)
Title:
🧠 Genius Replay Protocol: Capturing and Replaying High-Value Jumps
🔗 https://huggingface.co/blog/kanaria007/genius-replay-protocol
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Summary:
“Genius” isn’t magic—it’s a **high-value Jump (or short Jump sequence)** that reliably produces outsized GCS gains with strong robustness and reuse potential.
This article defines the **Genius Replay Protocol (GRP)**: a safe way to **capture, validate, store, and replay** those exceptional moves as reusable macro-intelligence—without turning them into copy-pasted folklore.
At the core is a **GeniusTrace** bundle: *ContextSignature* (where it applies) + *JumpSequence* (what was done) + *EvalSummary* (why it worked) + *EthicsTrace* (why it’s allowed).
> Don’t replay outcomes.
> Replay **structure**, under today’s constraints.
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Why It Matters:
• Turns “it worked once” into a **reproducible asset**
• Prevents unsafe cargo-culting by replaying **structure**, not brittle outputs
• Ensures every replay is re-checked against **current ETH / goal surfaces / OBS requirements**
• Enables a pipeline: **automatic discovery → robustness checks → promotion**, not anecdote collection
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What’s Inside:
• A concrete definition of “Genius” (GCS outliers + robustness + generalizability)
• The GeniusTrace schema: ContextSignature / JumpRecord / EvalSummary / EthicsTrace
• Three replay modes: **Exact / Structural / Suggestion** (human-facing)
• A **Replay Safety Checker**: context distance, under-observation, ETH compatibility, drift risk
• Operational patterns: policy bootstraps, incident recovery, cross-domain structural motifs
• Governance: re-validation cadence, fairness/privacy constraints, sharing + semantic redaction
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📖 Structured Intelligence Engineering Series
published
an
article
about 12 hours ago
Genius Replay Protocol: Capturing and Replaying High-Value Jumps
posted
an
update
2 days ago
✅ New Article: *Jumps as Atomic Moves* (v0.1)
Title:
🧠 Jumps: Atomic Moves in Structured Intelligence (and How to Make Them Safe)
🔗 https://huggingface.co/blog/kanaria007/jumps-atomic-moves-in-si
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Summary:
In SI-Core, a *Jump* is the smallest *effectful* unit of reasoning+action: a move that consumes observations, proposes/chooses an action, and (optionally) commits results + memory updates.
This article makes Jumps operational: *what a Jump must declare*, how it is gated (OBS/ETH/RML), how it produces auditable traces, and how to keep it safe under uncertainty—without collapsing into “just prompt chaining.”
> If you can’t name the Jump, you can’t audit it.
> If you can’t gate it, you can’t ship it.
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Why It Matters:
• Stops hidden behavior: every effectful move becomes *declared + inspectable*
• Prevents “jumping in the dark” via *OBS gating + sandbox-only paths*
• Makes policy enforceable: ETH overlay can *allow/modify/block/escalate* per Jump type
• Improves rollback reality: map Jump effects to *RML level*, not vibes
• Enables evaluation that matters: jump traces → *SCover / CAS / RIR / SCI* and failure taxonomy
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What’s Inside:
• A practical Jump contract: inputs/required obs, scope, candidate generation, chooser policy, outputs, memory writes
• Gate sequence: *OBS → eval_pre → (sandbox) → ETH → commit → RML trace → ledger*
• Jump taxonomy: read-only / advisory / effectful / irreversible, and how to treat each
• Safety patterns: conservative defaults, human-in-loop, break-glass, and “publish_result=false” sandboxes
• Testing: golden traces, property tests, chaos drills, and “why this jump?” explainability hooks
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📖 Structured Intelligence Engineering Series
this is the *how-to-implement / how-to-operate* layer for Jumps as atomic, auditable moves.
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