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kanaria007
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posted
an
update
about 20 hours ago
✅ New Article: *From Effect Ledger to Goal-Aware Training Data*
Title:
🧾 From Effect Ledger to Goal-Aware Training Data — How SI-Core turns runtime experience into safer models
🔗 https://huggingface.co/blog/kanaria007/effect-ledger-to-training
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*Summary:*
Most ML pipelines treat “training data” as an opaque byproduct of logs + ETL.
SI-Core flips that: runtime experience is already structured (observations, decisions, effects, goals, ethics traces), so learning can be *goal-aware by construction* — and *auditable end-to-end*.
> Models don’t just learn from data.
> They learn from *traceable decisions with consequences.*
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*Why It Matters:*
• *Provable lineage:* answer “what did this model learn from?” with ledger-backed evidence
• *Safer learning loops:* labels come from realized goal outcomes (not ad-hoc annotation)
• *Governance-native training:* ethics and risk are first-class signals, not bolt-ons
• *Redaction-compatible ML:* erasure/remediation ties back to the same ledger fabric
• *Real deployment gates:* rollout is constrained by system metrics, not leaderboard scores
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*What’s Inside:*
• A clean mental model: *event / episode / aggregate* layers for SI-native learning data
• How to define training tasks in *goal + horizon* terms (and derive labels from GCS/rollback signals)
• A practical ETL sketch: extract → join → label → filter → splits (with SI-native filters like OCR)
• Continual/online learning patterns with *automatic rollback on degradation*
• Distributed learning with *federation + DP*, bounded by governance scopes
• Lineage + audit templates: from a trained model *back to the exact ledger slices* it used
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📖 Structured Intelligence Engineering Series
A practical bridge from “structured runtime” to *goal-aware training* you can explain, govern, and repair.
published
an
article
about 20 hours ago
From Effect Ledger to Goal-Aware Training Data
posted
an
update
2 days ago
✅ New Article: *Proving Your SIL Code Behaves*
Title:
🧪 Proving Your SIL Code Behaves - Property Tests and Structured Checks for SIL / SIR / sirrev
🔗 https://huggingface.co/blog/kanaria007/proving-your-sil-code
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Summary:
SIL is meant to make decision logic *auditable* — but you still need a practical way to say: *“this code still behaves, and we can show you why.”*
This mini-guide is a *non-normative* “Hello, Structured Testing” playbook for SIL: turn domain rules into QuickCheck-style properties, wire SIR/*sirrev* into structural checks, and run it all in CI like SIL patches are potentially dangerous code.
> Tests aren’t a vibe.
> *They’re part of the structured stack.*
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Why It Matters:
• Makes “trustworthy decision code” achievable for normal engineers (without turning everyone into a formal methods specialist).
• Separates what to test at each layer (*SIL → SIR → sirrev*) so you can catch semantic drift, compiler regressions, and structural weirdness early.
• Connects local tests to global system signals (e.g., determinism / consistency / coverage), so “testing” feeds the same measurement language as the rest of the SI stack.
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What’s Inside:
*Foundation stack:*
• Mental model: *SIL → SIR → sirrev → metrics* (and why each needs different checks).
*Practical recipes:*
• Property tests for invariants (bounds, monotonicity, determinism).
• Golden diffs for SIR (did the compiler preserve meaning?).
• sirrev structural checks (no nondet in DET, effects guarded by CON, balanced frames).
*Escalation ladder (when you need stronger guarantees):*
• V1 property testing → V2 symbolic execution → V3 SMT → V4 theorem proving (and when to climb).
📖 Structured Intelligence Engineering Series
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