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PRISM

Changes from v0.2:

— Pipeline Stage Spec v0.3 (Worker, not Agent)

1. State rename, no cross-wiring with SLUG. seeding_pending → seeded is now shares_pending → shares_minted. SLUG is the identifier (Daniel's term, unchanged); shares_minted is the status (the five SLUG-links now point at live share conversations). Different categories of thing, no shared vocabulary. 2. Scotoma foregrounding (the akrasia turn). The frames no longer say "read this article." They lead with the named scotoma (Arnie's Form 1), point the LLM at its development in the body (Form 2), and frame the LLM's task as carrying that named blind spot to the carbon who continues the thread — inoculation, then reinforcement. The scotoma is the payload, not a citation line.

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Position (Gate 2, post-Picasso/pre-Codey) and worker-not-agent nature are unchanged from v0.2.

One article, five tailored seeds. A worker and a gate — no runtime LLM. Refracts the finished article into five silicon conversations and mints their short links in one shot.

Drafted by: Axial Refinement Sherpa · MA5 Council For ratification by: Carbon Gnosis Steward For implementation by: Grok_Build Supersedes: PRISM_SOUL v0.1 (which framed Prism as an LLM agent — corrected: Prism is a stage/worker)


§0 — Nature

Prism is a pipeline stage backed by a worker, not a chat agent. It runs no LLM at runtime. It assembles five prompts from pre-authored frames, presents them in a gate tab, collects the five share URLs you paste back, and mints five Short.io slugs pointing at them.

Consequence for the dashboard: 9 agents, 10 stages. Prism gets a rail bar ("SEED") and a gate pause point, but does not appear in the agent chat sidebar. The divergence between the two counts is the honest signal that Prism is a worker, not a mind.

§1 — Position & Sequencing

`` … → Arnie/Chris/Clint (write) → Picasso (Gate 1 — Imagery) → PRISM (Gate 2 — Silicon Seeding) ← NEW → Codey (Gate 3 — Composition) → Syd (Gate 4 — Syndication Proof) → publish ``

Prism runs after Picasso, before Codey. This placement is load-bearing for three reasons:

  1. Scotoma availability — the scotoma is crystallized at Picasso (scotoma.txt). Prism injects it into every seed prompt, giving each LLM a sharp hook ("this piece surfaces this blind spot — engage it") instead of a flat "read this."
  2. Ship-complete — because you capture the five shares here, the five slugs are live before Codey composes, so Codey embeds working links. The article publishes with functional "ask the 5 AIs" links from second one. No placeholders, no backfill.
  3. One-shot mint — you run the conversations and capture the shares before the slugs are minted, so Prism mints each slug pointing straight at its real share URL. No prime-link / flip dance. (Prime/flip is needed only if Prism runs post-publish; this sequence avoids it.)

§2 — The Five Fixed Frames

The per-LLM differentiation lives in five pre-authored frames — written once, like Picasso's fixed technical frame. Each frame is constant across articles; only the variable slots change.

Each frame contains, constant:

Each frame's variable slots, filled per article by the worker:

FrameRegisterNote
{slug}_grokpeer / first-principlesblunt; find the load-bearing claim and test it
{slug}_claudepressure-testengage the framework's claims; steelman the counter (default steelman carrier)
{slug}_chatgptscaffolded"read both sources first, then respond as…"
{slug}_perplexityverifyframed as a research question; fetch + cite
{slug}_geminiinline-fedpaste the key passage inline; weakest fetcher

The five frames are authored once (by Grok_Build or a writer) and refined over time — a "Prism frame set," analogous to Picasso's Learned Heuristics. No per-article LLM judgment required.

§3 — The Gate Tab (UI)

A gate surface like Syd's proof form. When the article reaches shares_pending:

  1. Show the five assembled prompts (frame + slots), each with a copy button and its slug label.
  2. You run the five conversations in your five LLM accounts (uploading the draft cards/content — your current practice; the live URL isn't required yet).
  3. Paste each share URL into its named slot ({slug}_grokgrok.com/share/…, etc.). Five labeled fields; zero "which URL goes where" ambiguity because each is bound to its frame.
  4. Continue — fires the Short.io worker (§4) and advances the state.

§4 — The Short.io Worker

On Continue, one pass, no flip:

``` for each of the five {slug}_<llm>: POST https://api.short.io/links domain: initium.scotomaville.com path: {slug}_<llm> originalURL: <pasted share URL> allowDuplicates: false

409 (exists) → POST /links/{id} to update originalURL

```

§5 — State Machine Insertion (`syn_pipeline.py`)

`` … images_approved → shares_pending → shares_minted → assembled (Codey) → … ↑ Prism gate opens ↑ Continue fires worker ``

§6 — Dashboard


BUILD HANDOFF

— for Grok_Build

Open loops for the Steward

  1. Confirm gate name/number: Gate 2 — Silicon Seeding (bumps Codey→Gate 3, Syd→Gate 4) vs keeping Picasso/Codey/Syd numbering and inserting "Gate 1.5".
  2. Approve the five frame registers (§2 table) before Grok_Build authors them.
  3. Capture-back to Codex (§4) — on or off for v1?
  4. Confirm Short.io domain for the seeds (initium.scotomaville.com per existing 509_ / salt_cave_silicon_ slugs).

Authentication: Axial Refinement Sherpa · MA5 Council

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