diff --git a/.claude/agent-memory/parallel-planner/MEMORY.md b/.claude/agent-memory/parallel-planner/MEMORY.md
new file mode 100644
index 000000000..2299e3edc
--- /dev/null
+++ b/.claude/agent-memory/parallel-planner/MEMORY.md
@@ -0,0 +1,4 @@
+# Parallel Planner Memory Index
+
+- [Parallel surface is a partial port](project_parallel_surface_partial_port.md) — cohort computation never landed in TaskMaster or drm-copilot; /parallel-plan cannot reach a ready checkpoint
+- [drm-copilot is the governance upstream](reference_drm_copilot_upstream.md) — check it when a rule/config/library a skill references is missing locally
diff --git a/.claude/agent-memory/parallel-planner/project_parallel_surface_partial_port.md b/.claude/agent-memory/parallel-planner/project_parallel_surface_partial_port.md
new file mode 100644
index 000000000..207c6728a
--- /dev/null
+++ b/.claude/agent-memory/parallel-planner/project_parallel_surface_partial_port.md
@@ -0,0 +1,40 @@
+---
+name: parallel-surface-partial-port
+description: The parallel orchestration surface is only partially ported into TaskMaster from drm-copilot; cohort computation never landed in either repo, so parallel-plan cannot reach a ready checkpoint
+metadata:
+  type: project
+---
+
+As of 2026-08-10 the `parallel` orchestration surface in TaskMaster is an **incomplete port** from
+the upstream [[drm-copilot-is-claude-governance-upstream]] repo. Verify current state before
+relying on this — the gaps are expected to close as the port continues.
+
+**Present in TaskMaster:** `.claude/lib/blast-radius/*.psm1` (PowerShell port, includes
+`Test-BlastRadiusConflict`), `.claude/hooks/enforce-parallel-*.ps1`, the six `.claude/skills/parallel-*`
+skills, both `.claude/agents/parallel-*.md`, and settings.json hook wiring. The MCP validators
+`parallel-planner-state` and `parallel-kickoff` dispatch correctly (verified by probe).
+
+**Missing in TaskMaster:** `config/blast-radius.json`, `.claude/rules/parallel-orchestration.md`,
+and `route_id: parallel` in `config/orchestration-routing.json` (routes are only small, large,
+remediation, preparation, epic).
+
+**Missing in BOTH repos:** the cohort-computation library (`compute_cohorts` / Welsh-Powell
+coloring). `git grep -in "compute_cohorts|welsh"` returns nothing tracked in drm-copilot. The
+`feature/parallel-cohort-scheduler-445` branch and its feature folder exist, but no code landed;
+the parallel epic merged F7/F8 (hooks, drift, schemas, validators) without it.
+
+**Why:** the parallel surface was built in drm-copilot and is being distributed into consumer repos
+like TaskMaster; the port is mid-flight and F2 (cohort scheduler) was never implemented upstream.
+
+**How to apply:** `/parallel-plan` cannot produce a valid ready checkpoint in TaskMaster. Cohort
+seeding and the P5 recomputation-parity check both require the absent library, and self-implementing
+the coloring would make the parity check compare an implementation against itself. Halt and report
+rather than fanning out preparation delegations. Note also that the skill's
+`poetry run python -c "from scripts.dev_tools..."` invocation form does not apply here: TaskMaster has
+no `scripts/dev_tools/`, no `pyproject.toml`, and no `poetry.lock` — the port is PowerShell.
+
+Also note drm-copilot's `config/blast-radius.json` is **not** reusable in TaskMaster: its modules
+(`scripts/dev_tools`, `packages/mcp-server`, `extensions/drm-copilot`) and shared surfaces
+(`poetry.lock`, `package-lock.json`) describe drm-copilot's own layout, not a C#/VSTO repo. Copying
+it would under-report contention, the opposite of the fail-closed direction the F1a corrections
+(issue #452 / PR #453) established.
diff --git a/.claude/agent-memory/parallel-planner/reference_drm_copilot_upstream.md b/.claude/agent-memory/parallel-planner/reference_drm_copilot_upstream.md
new file mode 100644
index 000000000..886fb9e34
--- /dev/null
+++ b/.claude/agent-memory/parallel-planner/reference_drm_copilot_upstream.md
@@ -0,0 +1,25 @@
+---
+name: drm-copilot-is-claude-governance-upstream
+description: C:\Users\DanMoisan\repos\drm-copilot is the upstream source for TaskMaster's .claude governance surface (rules, skills, agents, hooks, orchestration libraries) and the MCP server
+metadata:
+  type: reference
+---
+
+`C:\Users\DanMoisan\repos\drm-copilot` is the upstream repository for TaskMaster's `.claude`
+governance surface and for the `drm-copilot` MCP server itself.
+
+Useful locations there when a TaskMaster governance file seems missing or stale:
+
+- `.claude/rules/`, `.claude/skills/`, `.claude/agents/`, `.claude/hooks/`, `.claude/lib/` — the
+  canonical copies that get distributed into consumer repos.
+- `extensions/drm-copilot/resources/claude-customizations/.claude/**` — the packaged copy shipped
+  by the VS Code extension.
+- `extensions/drm-copilot/src/lib/validate/*.ts` — the TypeScript validators behind the MCP tool
+  `validate_orchestration_artifacts`, including the `parallel-*` artifact types.
+- `config/blast-radius.json` — the blast-radius truth table (drm-copilot-specific; see
+  [[parallel-surface-partial-port]] for why it is not portable as-is).
+
+**How to apply:** when a skill in TaskMaster references a rule file, config, or library that does
+not exist locally, check drm-copilot before concluding the reference is wrong — it usually means the
+port into TaskMaster is incomplete rather than that the skill is stale. Confirm whether the upstream
+artifact is repo-specific before copying it across.
diff --git a/docs/research/2026-08-10-parallel-bug-flighting-and-surface-blockers.md b/docs/research/2026-08-10-parallel-bug-flighting-and-surface-blockers.md
new file mode 100644
index 000000000..c3c2e9278
--- /dev/null
+++ b/docs/research/2026-08-10-parallel-bug-flighting-and-surface-blockers.md
@@ -0,0 +1,381 @@
+# Parallel Bug Flighting and Parallel-Surface Blockers
+
+**Date:** 2026-08-10
+**Status:** Blocked — analysis complete, execution cannot start
+**Purpose:** Resumable plan for fixing the open bug backlog via `/parallel-plan` + `/parallel-run`, plus the infrastructure gaps that currently prevent that surface from producing a valid run.
+**Resume trigger:** All four items in [Unblock Checklist](#unblock-checklist) are closed.
+
+---
+
+## 1. Executive Summary
+
+A `/parallel-plan` run was attempted against the open bug backlog on 2026-08-10. Planning halted
+before any preparation delegation was launched. No manifest, checkpoint, kickoff artifact, feature
+folder, or branch was created, and no execution started.
+
+The halt was correct: the scheduling half of the parallel surface is not implemented in this
+repository, so preparation delegations would have produced feature folders and atomic plans that
+could never be scheduled.
+
+The sequencing analysis that the run was intended to produce is recorded here instead, as analysis
+rather than as a machine-consumable manifest. When the blockers close, this document supplies the
+lane structure, the ordering rationale, and the revalidation steps needed to resume.
+
+---
+
+## 2. Blocking Findings
+
+Each finding below was verified directly in this worktree on 2026-08-10.
+
+### 2.1 The cohort-computation library does not exist — in either repository
+
+`compute_cohorts` (Welsh-Powell graph coloring) is specified in
+`.claude/skills/parallel-plan/SKILL.md` as a landed, import-only library at
+`scripts/dev_tools/parallel_cohort_computation.py`.
+
+- It is absent from TaskMaster. `scripts/dev_tools/` does not exist at all.
+- It is absent from the upstream governance repository. `git grep -in "compute_cohorts|welsh"`
+  across all tracked files in `C:\Users\DanMoisan\repos\drm-copilot` returns nothing.
+- The upstream branch `feature/parallel-cohort-scheduler-445` and its feature folder exist, but no
+  code landed. The upstream parallel epic merged F7/F8 (hooks, drift detection, schemas, validators)
+  without F2.
+
+This blocks two mandatory completion requirements: seeding `cohorts[]`, and the P5 recomputation-parity
+check. P5 is defined as re-invoking the landed library. Self-implementing the coloring would make the
+parity check compare an implementation against itself, certifying nothing.
+
+**Severity: hard blocker. This is new work, not a port.**
+
+### 2.2 `config/blast-radius.json` is absent and the upstream copy is not portable
+
+`config/` in this repository contains only `orchestration-routing.json`. The blast-radius truth table
+is a required argument to both `Get-BlastRadius` and `Test-BlastRadiusConflict`.
+
+The upstream copy at `C:\Users\DanMoisan\repos\drm-copilot\config\blast-radius.json` enumerates
+modules `scripts/dev_tools`, `packages/mcp-server`, `extensions/drm-copilot` and shared surfaces
+`poetry.lock`, `package-lock.json`. None of those exist in a C#/VSTO repository. Applied here it
+would attribute zero modules and miss every real TaskMaster shared surface.
+
+TaskMaster's actual shared surfaces, for whoever authors the replacement:
+
+- `TaskMaster.sln`
+- `Directory.Build.props` / `Directory.Build.targets`
+- `.editorconfig` / `.globalconfig`
+- `quality-tiers.yml`
+- `coverage.config`
+- `.github/workflows/**`
+
+Copying the upstream file would under-report contention. That is the opposite of the fail-closed
+direction established by the F1a corrections (upstream issue #452, PR #453), and the skill explicitly
+forbids narrowing radii to suppress conflict edges.
+
+**Severity: hard blocker. Authoring it is a design decision about which surfaces are shared in a
+C#/VSTO repository, not a mechanical port.**
+
+### 2.3 Supporting gaps
+
+| Gap | Detail |
+|---|---|
+| `.claude/rules/parallel-orchestration.md` | Absent. Exists upstream only. It is the schema authority named by the planner startup protocol. |
+| `route_id: parallel` | Absent from `config/orchestration-routing.json`. Routes are `small`, `large`, `remediation`, `preparation`, `epic`. Orchestrator invariant 2 would reject any execution checkpoint even if planning completed. |
+| Invocation form | The skill's `poetry run python -c "from scripts.dev_tools..."` form does not apply. TaskMaster has no `scripts/dev_tools/`, no `pyproject.toml`, no `poetry.lock`. The port here is PowerShell at `.claude/lib/blast-radius/*.psm1`. |
+
+### 2.4 What does work
+
+Do not re-investigate these when resuming:
+
+- MCP validators `parallel-planner-state` and `parallel-kickoff` dispatch correctly (verified by probe).
+- Enforcement hooks `.claude/hooks/enforce-parallel-*.ps1` are wired in `.claude/settings.json`.
+- The PowerShell blast-radius port is complete, including the contention relation
+  `Test-BlastRadiusConflict`: `.claude/lib/blast-radius/{BlastRadius,BlastRadiusConfig,BlastRadiusExtraction,BlastRadiusGlob,BlastRadiusValidation}.psm1`.
+- Both `.claude/agents/parallel-*.md` and all six `.claude/skills/parallel-*` skills are present.
+
+---
+
+## 3. Backlog Snapshot (2026-08-10)
+
+- **89 open issues** total: **69 bug**, 17 feature, 3 refactor.
+- None assigned.
+- The five bugs with live worktrees at the time of analysis (503, 505, 507, 508, 438) were already
+  closed and are not among the 69.
+
+Counts verified with:
+
+```
+gh issue list --label bug --state open --limit 300 --json number --jq 'length'
+gh issue list --state open --limit 300 --json number --jq 'length'
+```
+
+---
+
+## 4. Lane Structure
+
+Parallelism is bounded by file-level contention, not by issue count. The 69 bugs collapse into 13
+lanes. Items **within** a lane touch the same files and must serialize. Lanes are mutually
+independent except where noted in [§6](#6-cross-lane-couplings).
+
+Realistic concurrency is therefore `max_concurrency` (1–8, default 4) across ~13 independent chains,
+not 69 simultaneous items.
+
+> **Lane assignments below are provisional.** They were derived from issue titles and subject-matter
+> clustering, not from computed blast radii. When the surface is unblocked, the authoritative grouping
+> comes from `Get-BlastRadius` + `Test-BlastRadiusConflict`. Treat this table as the expected shape
+> to sanity-check the computed result against, not as a substitute for it.
+
+### Lane A — Build / CI / coverage tooling (10)
+
+| # | Title |
+|---|---|
+| 394 | utilitiescs-test-cs2002-duplicate-compile-entry |
+| 441 | Cobertura post-processing double-counts `<line>` nodes, inflating lines-valid and every coverage rate |
+| 457 | excludefromcodecoverage-does-not-suppress-nested-lambdas |
+| 478 | merge-cobertura-classes-blends-union-with-primary-methods |
+| 492 | nullable-gate-masked-by-incremental-build |
+| 494 | conflicting-coverage-thresholds-across-policy-docs |
+| 509 | csharpier-documented-command-incompatible-with-pinned-version |
+| 512 | nullable-gate-cannot-fail-incremental-build |
+| 513 | collect-pr-context-misclassifies-csharp-as-documentation |
+| 522 | claudemd-nullable-gate-diverges-from-ci |
+
+### Lane B — Test determinism / flakiness (7)
+
+| # | Title |
+|---|---|
+| 285 | timeouttask-runwithtimeout-exception-type-mismatch |
+| 446 | iteratequeueasync-deadline-closes-queue-early |
+| 491 | quickfiler-test-form1-live-form |
+| 493 | uithread-dispatcher-static-swap-no-restore |
+| 511 | winformspumphost-tests-load-flaky-visible-window |
+| 516 | timeoutafter-tests-race-real-wall-clock-deadline |
+| 520 | console-setout-races-under-class-parallelism |
+
+### Lane C — Ribbon (3)
+
+| # | Title |
+|---|---|
+| 504 | ribbon-dead-callback-names |
+| 524 | ribbon-controller-intelligence-unguarded-globals-deref |
+| 525 | engine-toggle-prime-last-writer-race |
+
+### Lane D — Breadcrumb router / hub / dropdown (9)
+
+| # | Title |
+|---|---|
+| 439 | efcviewer-missing-lineage-and-segment-navigation |
+| 440 | breadcrumb-left-right-arrow-parent-child-navigation |
+| 462 | breadcrumb-dropdown-coordinator-stale-closepending-drops-reopen |
+| 475 | breadcrumb-capturecurrentortests-silently-degrades-in-production |
+| 498 | breadcrumb-router-segment-index-unvalidated-host-crash |
+| 499 | breadcrumb-router-stale-selectedfolderpath-after-rebind |
+| 500 | breadcrumb-webview-post-executes-under-upgrade-lifetime-lock |
+| 501 | breadcrumb-hub-postjson-caches-before-broadcast-starves-attachments |
+| 502 | breadcrumb-suggestions-upgrade-silently-stale-on-superseded-lease |
+
+### Lane E — WebView2 host / initializer (4)
+
+| # | Title |
+|---|---|
+| 458 | webview2breadcrumbhost-handler-retention-pooled-viewer |
+| 463 | quickfiler-webview2-incognito-arg-en-dash |
+| 476 | webview2breadcrumbhost-unmarshalled-sdk-call-and-unsynchronized-state |
+| 477 | iwebviewcoreinitializer-contract-defects |
+
+### Lane F — QuickFiler item controller (6)
+
+| # | Title |
+|---|---|
+| 480 | qfc-item-controller-togglenavigation-double-toggle |
+| 481 | qfc-item-controller-no-event-unwiring-path |
+| 482 | qfc-item-controller-expansion-registry-divergence |
+| 483 | qfc-item-controller-mailactions-error-handling-defects |
+| 484 | qfc-item-controller-cleanup-timer-and-stale-field-defects |
+| 485 | qfc-item-controller-webview-handler-unguarded-inputs |
+
+### Lane G — QuickFiler collection controller (8)
+
+| # | Title |
+|---|---|
+| 286 | qfc-collectioncontroller-removespecificcontrolgroup-counter-leak |
+| 468 | qfc-collection-controller-unreachable-load-paths |
+| 469 | qfc-collection-move-diagnostics-defects |
+| 470 | qfc-collection-conversation-index-defects |
+| 471 | qfc-collection-eliminate-space-sign-error |
+| 472 | qfc-collection-navigation-digits-desync |
+| 473 | qfc-collection-background-task-and-catch-defects |
+| 474 | qfc-collection-controller-coupling-and-modal-getter |
+
+### Lane H — QuickFiler home controller (2)
+
+| # | Title |
+|---|---|
+| 442 | qfc-home-controller-metrics-never-flushed |
+| 443 | qfc-home-controller-metrics-duration-misread |
+
+### Lane I — EFC controllers (8)
+
+| # | Title |
+|---|---|
+| 451 | efc-home-controller-metrics-inert-duration |
+| 459 | efc-item-controller-keyboard-registration-defects |
+| 460 | efc-item-controller-cleanup-nre-and-timer-leak |
+| 461 | efc-item-controller-dead-conversation-expanded-handler |
+| 464 | efc-controllers-null-guard-and-async-void-boundary-defects |
+| 465 | efc-form-controller-lifecycle-and-selection-defects |
+| 466 | efc-dead-code-and-latent-nre-traps |
+| 467 | efc-viewer-processcmdkey-swallows-alt-mnemonics |
+
+### Lane J — ItemViewer (5)
+
+| # | Title |
+|---|---|
+| 486 | itemviewer-move-option-menu-defects |
+| 487 | itemviewer-parentchanged-console-and-cast |
+| 488 | itemviewer-breadcrumb-pipeline-lifecycle |
+| 489 | itemviewer-ui-thread-marshalling-divergence |
+| 490 | itemviewer-display-and-folder-contract-defects |
+
+### Lane K — Keyboard actions (2)
+
+| # | Title |
+|---|---|
+| 444 | kbdactions-enumerable-ctor-bypasses-duplicate-guard |
+| 445 | quickfiler-keyboard-action-contract-defects |
+
+### Lane L — QuickFiler miscellaneous (3)
+
+| # | Title |
+|---|---|
+| 427 | quickfiler-post-show-duplicate-scoring |
+| 448 | quickfiler-undoconsumer-nonterminating-loop |
+| 449 | quickfiler-explorer-controller-latent-defects |
+
+### Lane M — Singletons (2)
+
+| # | Title |
+|---|---|
+| 287 | storewrapper-dialog-imprecise-for-genuine-failure |
+| 426 | emailmovemonitor-rejected-item-hook-retention |
+
+---
+
+## 5. Flight Order
+
+Three flights. The ordering is driven by evidence trustworthiness, not by lane size.
+
+### Flight 0 — Lane A alone (10 issues)
+
+**Lane A must run first and must run alone.**
+
+Issues 512 and 492 report that the nullable gate cannot fail under incremental build. Issues 441,
+478, and 457 report that coverage figures are inflated or wrongly merged. Issues 494 and 522 report
+that the documented thresholds and gate commands disagree with what CI actually runs.
+
+Until these land, every other bug's QA evidence is unverifiable. Running Flight 1 or 2 first would
+certify 59 fixes against gates that cannot fail. Lane A is also the lane most likely to change
+`Directory.Build.props`, `coverage.config`, `.github/workflows/**`, and `CLAUDE.md` — the exact
+shared surfaces that would force serialization against everything else anyway.
+
+Related prior finding, worth reading before starting Lane A: memory entry
+`project_nullable_gate_diverges_from_ci.md` records that `CLAUDE.md`'s `/p:Nullable=enable` step does
+not match `ci.yml` and can never pass (~200–414 errors red on `main`). Issues 492, 512, and 522 are
+the tracked form of that finding; resolve them as a set rather than individually.
+
+### Flight 1 — Lane B alone (7 issues)
+
+Flaky tests make pass/fail non-deterministic. With Lane A's gates fixed but Lane B's flakiness
+unresolved, a red result still cannot be distinguished from noise. Lane B also touches shared test
+infrastructure (`UiThread` dispatcher, `WinFormsPumpHost`, console redirection under class
+parallelism), which contends broadly across the C, D, E, F, G, H, I, J lanes' test projects.
+
+### Flight 2 — Lanes C through M (52 issues)
+
+The genuinely parallel body of the run. Eleven independent chains, subject to the couplings in §6.
+Expected wall-clock is bounded by the longest chain — Lane G (8) or Lane I (8) — not by the total.
+
+---
+
+## 6. Cross-Lane Couplings
+
+These will appear as conflict edges and will force the coupled lanes into distinct cohorts. They are
+the reason Flight 2 cannot simply be launched as eleven fully independent streams.
+
+| Coupling | Issues | Effect |
+|---|---|---|
+| J ↔ D | 488 (`itemviewer-breadcrumb-pipeline-lifecycle`) | ItemViewer and breadcrumb pipeline share lifecycle code. |
+| E ↔ D | 458, 476 (`webview2breadcrumbhost-*`) | The WebView2 breadcrumb host bridges the host lane and the router lane. |
+| I ↔ D (provisional) | 439 (`efcviewer-missing-lineage-and-segment-navigation`) | Titled as an EFC viewer defect but scoped to breadcrumb segment navigation. Lane placement must be confirmed by computed blast radius. |
+
+Lanes D, E, and J must therefore land in three different cohorts, or the coupled items must be
+serialized within a merged D∪E∪J chain.
+
+---
+
+## 7. Unblock Checklist
+
+Work these in order. Items 1 and 2 are the hard blockers.
+
+- [ ] **1. Implement `compute_cohorts`.** The algorithm is fully specified in
+      `.claude/skills/parallel-plan/SKILL.md`: visit vertices by `(-degree, item_key)` ascending;
+      each vertex takes the lowest cohort index not held by a neighbour. This is genuinely missing
+      upstream as well, so it is new work. **It should land in `drm-copilot` first** — if it is
+      written only in TaskMaster, the P5 recomputation-parity check compares the implementation
+      against itself and certifies nothing. Note the TaskMaster port is PowerShell
+      (`.claude/lib/`), not Python (`scripts/dev_tools/`), so either the library or the skill's
+      invocation contract needs reconciling.
+- [ ] **2. Author `config/blast-radius.json` for TaskMaster's layout.** Enumerate real modules
+      (the `.csproj` set) and real shared surfaces (§2.2). Fail closed: when in doubt, widen the
+      radius. Narrowing radii to suppress conflict edges is explicitly forbidden by the skill.
+- [ ] **3. Copy `.claude/rules/parallel-orchestration.md` from `drm-copilot`,** confirming that
+      nothing in it is drm-copilot-specific before committing.
+- [ ] **4. Add `route_id: parallel` to `config/orchestration-routing.json`,** including its
+      `language_budgets` and `complexity_to_model` entries, matching the shape of the existing
+      `epic` route.
+
+---
+
+## 8. Resume Procedure
+
+Once §7 is complete:
+
+1. **Revalidate the backlog.** Issue state will have drifted. Re-run the §3 counts and diff the
+   result against the §4 lane tables. Closed issues drop out; new bugs need lane assignment.
+2. **Confirm Flight 0 is still needed.** If Lane A has been fixed in the interim (for example via
+   the fallback path in §9), Flight 0 is already satisfied and the run starts at Flight 1.
+3. **Verify the surface end to end** before committing 69 items to it. Run `/parallel-plan` against a
+   deliberately small set first — two or three items from a single lane — and confirm it reaches a
+   valid ready checkpoint, that `cohorts[]` is seeded, and that the P5 parity check passes.
+4. **Recompute lanes from blast radii, not from this document.** Use §4 as a sanity check on the
+   computed grouping. Investigate any large divergence before proceeding — it likely indicates an
+   incomplete `blast-radius.json`.
+5. **Run the flights in §5 order.** Do not collapse Flight 0 or Flight 1 into Flight 2.
+
+---
+
+## 9. Fallback Path (available today)
+
+Lane A can be run now as a conventional epic, without any of the parallel surface:
+
+```
+/epic-plan   # scope Lane A: issues 394, 441, 457, 478, 492, 494, 509, 512, 513, 522
+/epic-orchestrate
+```
+
+Ten issues with genuine shared-file contention fit the epic surface's explicit dependency graph
+better than blast-radius cohorts do, and Lane A is the prerequisite for trusting any of the other
+59 fixes regardless of which surface eventually runs them. Doing this first also means that when the
+parallel surface is unblocked, the run starts at Flight 1 with trustworthy gates already in place.
+
+Lane B is a reasonable second epic on the same rationale.
+
+---
+
+## 10. Provenance
+
+- Analysis performed 2026-08-10 by the `parallel-planner` agent via `/parallel-plan`; blocking
+  findings independently re-verified in the session worktree.
+- Issue numbers and titles retrieved via `gh issue list --label bug --state open --limit 300`.
+- Agent-scoped findings recorded at `.claude/agent-memory/parallel-planner/`:
+  - `project_parallel_surface_partial_port.md`
+  - `reference_drm_copilot_upstream.md`
+- Upstream governance repository: `C:\Users\DanMoisan\repos\drm-copilot`.
+- No manifest, checkpoint, kickoff artifact, feature folder, or branch was created by the halted run.