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20e99f434c
Wave 1 remainder + Wave 2 design-first specs, completing one build plan per sub-organ: - B1 tarot emulator, B2 SOUL/Big-3, B3 Celtic Cross - C2 4+4 metacog, C3 inference cycle, C4 Brain - D1 Ada border, D2 the medium, D3 mini-rag - E1 3 GnuCOBOL invariant stores, E2 VARIANT stores, E3 RAG family - F1 MoRAG, F2 SAE monitor, F3 subagents - G1 stress-loop contract, G2 governance, G3 defense model Each: contract + stubs for independent build; unfitted constants marked C1. https://claude.ai/code/session_015hmgREHNsxYCuim33yUF2c
39 lines
1.9 KiB
Markdown
39 lines
1.9 KiB
Markdown
# F1 — MoRAG (mixture-of-RAG) *(DESIGN-FIRST)*
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## 1. Component
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The context assembler in the periphery: **BERT** classifies/routes the incoming situation, **LoRAs**
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specialise, and it **injects** the assembled context on its way to the inference loop (crossing Ada).
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## 2. Status / certainty
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DESIGN-FIRST · ABSENT (no code). Role C4; implementation C1.
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## 3. Language & location
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TBD · new location e.g. `src/morag/`. ML toolchain (BERT classifier + LoRA adapters).
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## 4. Does / does-not
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- **Does:** classify/route (BERT), specialise (LoRA), assemble + inject context at cycle step 2.
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- **Does-not:** police (D1 — and note **modulators like LoRA cross Ada too**, so a poisoned adapter meets
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Ada first); decide (C2/C4); hold the memory it draws from (E3).
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## 5. Interface contract (proposed)
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- `assemble(input, room_ns) -> injected_context` (BERT route → select LoRA(s) → pull E3 RAG → pack).
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- Output crosses **Ada (D1)** before reaching the Brain; modulators (LoRA deltas) also pass D1's BBB.
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## 6. Dependencies & stubs
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E3 RAG (declarative source) — *stub:* fixed context. D1 (crossing) — *stub:* allow-all. Brain C4 consumes injection.
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## 7. Invariants / laws
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- **L1 (C5):** MoRAG **injects**, Ada **polices** — assembly is the organ's job, admission is Ada's.
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- **L2 (C5):** modulators (steering vectors / LoRA) reach the Brain only by clearing Ada's BBB.
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- **L3 (C4):** it is a **mixture** — BERT routes among specialised LoRAs.
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## 8. Build steps
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1. Define the assemble contract. 2. Stand up a BERT router (classify situation → LoRA selection).
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3. Wire LoRA adapters + E3 retrieval. 4. Route output through D1 into step-2 enrich (C3).
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## 9. Tests
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Routing test (situation → expected LoRA); injection crosses a D1 stub; modulator blocked when provenance bad.
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## 10. Open items
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- Model/adapter choices + hosting (C1). LoRA adapter set (C1). Copyleft posture for ML deps.
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