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Loomworks Session Handoff — Engagement-Creation Live Walk (2026-06-01) — v0.1

Plain-language summary. We walked a brand-new test engagement ("Fenwick," a houseplant) through the live engagement-creation flow, from first message to committed-and-active, verifying every step against the engine database rather than trusting the surface. The flow — the single most important write in the product — turned out to have a deep stack of latent faults, every one hidden behind a green test suite. We fixed all of them at root, with revert-verified guards, and landed two tags on engine main. Creation now works end to end and commits the exact seed the Operator reviewed. The walk also uncovered the real blocker for rendering: committing an engagement does not populate its Memory with assertions — the creation-conversation contribution pathway named in the architecture is unwired. That is the next phase. The dev environment has been cleaned of the orphan engagements the walk produced. This document hands the next session: the banked fixes, the next phase precisely scoped against the design, the parked findings, and verified current state.


1. What landed (banked on engine main)

Two annotated tags, both fast-forward-merged, suites green (3 known pre-existing failures, zero new):

Live-verified on E0060: active, is_divergent=true, clean seed 6db3f37c (5 structured constraints + 3 additional_assertions intact), promoted in place (no orphan), rationale "Operator elected to commit with 2 open findings remaining: [R-A9, R-A7]" — the two findings the Operator actually reviewed.


2. THE HEADLINE FINDING — the next phase

Committing an engagement, even cleanly, does not populate its Memory with assertions. E0060 is active with a faithful seed but has zero committed assertions, and the seed itself lives on commons E0001, not on E0060. The render reads committed assertions (Render ← Shaping ← Manifestation ← committed assertions). With none, there is nothing to render. The render machinery was never the blocker — getting an engagement's facts into its Memory as assertions is.

The design was read (seed v0.9 + architecture spec v0.4) and it settles the shape of the fix:

So the next phase is: wire the creation-conversation → Memory-assertion pathway. The principle is settled; the mechanism is unbuilt. Zero assertions post-commit is an unwired pathway, not a designed resting state. The design does not specify when the assertions are written (at draft? at commit? extracted from turns?) — that mechanic is the thing to design and build.

Seed-scope sub-finding (fold into the same phase)

The committed seed lives on commons E0001, not on its engagement. The design's logical intent is unambiguous — "the engagement holds a seed" — so commons-scoping is a scoping bug, not a design choice. Doubly evidenced now: (a) the committed seed is on the commons; (b) the cleanup this session removed 6 candidate engagements but their seeds remain stranded on E0001 (deleting the engagement does not take its seed, because the seed isn't scoped to it). Fixing seed-scope-to-engagement resolves both faces.

Open design sub-question (settle as part of wiring)

The architecture spec (§16, deferred) leaves open whether the seed-creation conversation is itself an Engagement (an S#### prefix) or a dedicated surface. This governs where the draft seed and the creation-conversation assertions live before the engagement is born — directly relevant to wiring the pathway. Decide this as part of the phase.


3. Parked findings (none blocking; for the manifest)


4. Deferred direction


5. Verified current state


6. Recommended next action

Open the next phase as its own scoping cycle (scoping note → Step 0 inspection brief → CR drafting handoff): wire the creation-conversation → Memory-assertion pathway, with the seed-scope-to-engagement fix folded in, and the seed-creation-conversation-scope (S#### vs surface) settled as part of it. Once an engagement carries assertion-grain Memory, Manifestation → Shaping → Render becomes runnable — and the render the walk was always heading toward is finally reachable.

Walk methodology to carry forward (it earned its keep): drive a real engagement through the live flow and verify every claimed success against the engine DB — never trust the surface's "saved/created/ready." Every one of the faults above reported success at the UI and passed the test suite; only reading the engine caught them.