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memlnaut-nisps/docs/specs/README.md
monkey-w1n5t0n e28a4b0a3a docs(spec): add SLP-Workshop firmware spec (Jolt + OU-explore gestures) 
Self-contained stable reference spec crystallizing the SLP-Workshop
firmware: the MEMLCelium-based mode, the two adaptive-learning gestures
ported from upstream InterfaceRL (Jolt held weight-morph, OU output
walk) with exact constants, the runtime-not-compile-time + inert-by-
default design, the ModeBase integration incl. the GCC -Wstringop-
overflow workaround, control mappings, schema/codegen, and the
browser-parity caveat. Adds the spec to docs/specs/README.md and a
## Specs section to MAP.md per the specs-skill config format.

Refs commits 4e60d01, 57c9ede (merged at 527b8fc).
2026-06-28 22:36:58 +02:00

2.7 KiB
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Tiered Specs — MEMLNaut-NISPS

This corpus is the prescriptive plan for the project: what we are building and why, organised from high-level intent down to implementation specifics. It is distinct from the two orienting docs at the repo root:

  • MAP.md — "what is" (neutral inventory of the code as it stands). Voice: stenographer.
  • ALIGNMENT.md — "how good is what is, vs. what we need" (dated, opinionated gap diagnosis). Voice: critic.
  • docs/specs/ (this corpus) — "what we are going to build" (prescriptive, tiered). Voice: architect.

The five tiers

T0  Mission                        [SHARED across all products]
T1  Capabilities & Principles      [SHARED]
T2  Architecture & Contracts
     ├ contracts spine (schema/codegen, ML-core API, ControlEvent/outputs, crystallization)  [SHARED]
     ├ core engine architecture
     ├ firmware architecture
     ├ playground architecture
     └ backends architecture
T3  Component Design   →  core | playground | firmware | backends   (branches per product)
T4  Implementation specifics  →  (same branches)  →  spawn bd issues/epics

Files:

Tier File(s) Status
T0 T0-mission.md draft — awaiting audit
T1 T1-capabilities-and-principles.md draft — awaiting audit
T2 T2-architecture-and-contracts.md (+ per-product sections) not started
T3 T3-component-design/{core,playground,firmware,backends}.md not started
T4 T4-implementation/{core,playground,firmware,backends}.md → beads not started
— 00-decisions-log.md the interview outcomes that seed these tiers
ref slp-workshop-firmware.md stable reference — SLP-Workshop firmware mode + Jolt / OU-explore gestures (built + merged)

Audit protocol (why tiers exist)

The point of tiering: each tier is audited and agreed before the tier below it is authored. A change is only made downstream of a tier when that tier itself got something wrong. So:

  1. T0 + T1 are reviewed and approved first (they constrain everything).
  2. Only then is T2 authored; reviewed; approved.
  3. Only then T3; then T4 → beads → execution.

If review of a lower tier reveals that an upper tier is wrong, fix the upper tier first, then propagate. Every tier file ends with a "Traces up to" line citing the tier(s) above it that justify its content.

Keeping it honest

Per the project's doc-sync rule: when code changes invalidate a spec, update the spec in the same commit. When a T4 item is implemented and verified, it migrates from "spec" to MAP.md ("what is"); the spec entry is pruned. Stale prescription is worse than none.

Recon that seeded this corpus: .local/recon/dossier/00-GROUND-TRUTH.md + 00-DECISIONS.md.