Concierge Testing

Validate a gap hypothesis before any code is written. Manually simulate the proposed feature for ONE user whose canvas shows the strongest evidence, then measure commitment — not satisfaction, not compliments, commitment.

This skill sits between /analyze-gap and /file-gap in the pipeline. It is the validation step that separates Level 4 (Obstacle) from Level 5 (Validated Obstacle).

Core Principle

Commitment is the only metric that matters. "That's cool" is a kill signal. "How do I keep this?" is a build signal. The difference between a feature worth building and a feature that wastes Zerker's time is whether users change their behavior when given the thing.

Triggers

/concierge-test {hypothesis-id}
/concierge-test {hypothesis-id} --canvas {username}
/experiment {hypothesis-id}
/experiment {hypothesis-id} --canvas {username}

Examples:

/concierge-test H3                              # Test hypothesis H3, auto-select best user
/concierge-test H3 --canvas xabbu              # Test H3 specifically with xabbu
/experiment H5 --canvas el-capitan             # Alias: test H5 with el-capitan

Arguments:

• {hypothesis-id}: Hypothesis ID from canvas Level 3 Hypotheses (required)
• --canvas {username}: Override user selection (optional — auto-selects strongest evidence)

When to Use

• A gap hypothesis has reached Pattern level (3+ canvases with supporting evidence)
• Before filing a GitHub issue that would trigger implementation
• When the team is debating whether to build a feature
• When a workaround has been detected but commitment to a solution is unknown

When NOT to Use

• Hypothesis has < 3 canvas sources (not yet Pattern level — gather more evidence)
• The gap is a confirmed bug (bugs get fixed, not tested)
• The user is unresponsive or churning (can't measure commitment from silence)
• The feature already exists but is undiscoverable (that's a UX fix, not a validation question)

Workflow

Step 1: Select Hypothesis

1. Read canvas(es) containing the target hypothesis
2. Verify hypothesis has reached Pattern level (3+ independent sources)
3. Extract:
   • Hypothesis text and confidence level
   • Supporting quotes with provenance hashes
   • Workaround evidence (if any)
   • Journey context (which step this maps to)

If hypothesis has fewer than 3 sources, WARN:

Hypothesis {id} has only {N} source(s). Concierge tests are most
reliable at Pattern level (3+ sources). Proceed anyway? Results
will carry lower confidence.

Step 2: Select User

If --canvas provided, use that user. Otherwise, select the best candidate:

Selection Criteria (in priority order):

1. Strongest evidence — most quotes supporting this hypothesis
2. Active lifecycle — power_user or reactivating preferred over churning
3. Reachable — has existing DM channel or known contact method
4. Signal weight diversity — prefer users whose tier is underrepresented in existing evidence

Load selected canvas:

grimoires/observer/canvas/{username}-canvas.md

Extract:

• User profile and score context
• Relevant quotes for this hypothesis
• Conversation frameworks (how to approach this user)
• Prior follow-ups (avoid repeating questions)

Step 3: Design Simulation

Create a manual simulation of the proposed feature. The simulation must be:

• Concrete: Not "imagine if you could..." but actually doing the thing
• Minimal: Smallest possible version that tests the hypothesis
• Reversible: Can be undone without lasting effects

Simulation Types:

Draft the DM message. Use the user's own words as anchors:

hey {username} — you mentioned "{exact quote from canvas}". we
[describe simulation]. does that help with what you're doing?

Step 3.5: Provenance Gate

Before sending, record the simulation in provenance:

echo -n "{simulation_message}" | scripts/provenance/gate.sh \
  --source-type concierge_test \
  --confidence exact \
  --canvas-target "{username}" \
  --raw-source-ref "concierge-{hypothesis_id}-{username}-{date}" \
  --ingested-by concierge-test

Step 4: Execute

This step requires human action. The agent prepares the message; the operator sends it.

Output the prepared message:

--- CONCIERGE TEST: {hypothesis_id} ---

Target: @{username}
Hypothesis: {hypothesis text}
Simulation: {what we're manually doing}

Message to send:
─────────────────────────────────────
{prepared DM message}
─────────────────────────────────────

After sending, run:
  /concierge-test {hypothesis_id} --record {commitment_level}

Commitment levels:
  strong  — asked how to keep it, changed behavior
  social  — bragged to others, shared it
  kill    — "that's cool, thanks" (polite dismissal)
  silence — no response after 72 hours

Step 5: Measure Commitment

When the operator reports back with --record {level}:

Step 6: Record Result

Update the user's canvas with concierge test result:

## Concierge Tests

### Test: {hypothesis_id} — {date}

| Field | Value |
|-------|-------|
| **Hypothesis** | {hypothesis text} |
| **Simulation** | {what we manually did} |
| **Commitment Level** | {strong / social / kill / silence} |
| **User Response** | "{exact response quote}" |
| **Provenance** | `[prov:{hash}]` |

**Interpretation**: {what this tells us about the hypothesis}

Update hypothesis confidence:

• Strong/Social → confidence: High, validated: true
• Kill → confidence: Low, status: falsified
• Silence → confidence: unchanged, status: inconclusive

Step 7: Route Result

If Strong or Social signal:

1. Generate Problem-Constraint Doc from template:
   bashCopy

   grimoires/observer/templates/problem-constraint-doc.md
   

2. Populate with:
   • 3 evidence quotes from canvases (with provenance hashes)
   • Workaround evidence
   • Concierge test result and commitment level
   • Build spec (WHAT to build, not HOW)
3. Write to:
   bashCopy

   grimoires/observer/problem-constraints/{hypothesis_id}-{date}.md
   

4. Report: ready for Zerker handoff via /file-gap

If Kill or Silence signal:

1. Update canvas hypothesis status to falsified or inconclusive
2. Record as Atomic Learning in grimoires/observer/learnings/:
   markdownCopy

   ## Learning: {hypothesis_id} — {date}
   
   **Hypothesis**: {text}
   **Test**: {simulation description}
   **Result**: {kill/silence}
   **Lesson**: {what we learned — why the need wasn't strong enough}
   **Reuse**: {when this learning applies to future hypotheses}
   

3. Close the gap. Do NOT file a GitHub issue.

Output

Concierge Test Complete

Hypothesis: {id} — {text}
Target User: @{username}
Simulation: {description}
Commitment: {strong / social / kill / silence}

Result:
  {If strong/social:}
  ✓ Problem-Constraint Doc created: grimoires/observer/problem-constraints/{id}-{date}.md
  ✓ Ready for Zerker handoff: /file-gap {id}

  {If kill/silence:}
  ✗ Hypothesis {falsified/inconclusive}
  ✓ Learning recorded: grimoires/observer/learnings/{id}-{date}.md
  ✗ No issue filed — need not validated

Next Steps:
  {If validated:} /file-gap {id} — file as GitHub issue for implementation
  {If falsified:} Review canvas for alternative hypotheses
  {If inconclusive:} Consider re-testing with different user or different simulation

Error Handling

Integration Points

• analyzing-gaps: Provides hypotheses to test (upstream)
• filing-gaps: Receives validated obstacles for issue creation (downstream)
• observing-users: Canvas data as input
• generating-followups: Prior follow-ups inform simulation design
• Problem-Constraint Doc: Output format for validated obstacles
• Provenance system: All test messages tracked with content hashes

Validation

After concierge test:

• Hypothesis existed at Pattern level (3+ sources) or warning issued
• User selected with documented rationale
• Simulation message anchored on exact user quote
• Provenance gate recorded the simulation
• Commitment level classified correctly (not mistaking politeness for signal)
• Canvas updated with test result
• If validated: Problem-Constraint Doc complete with 3 quotes + provenance
• If falsified: Learning recorded, hypothesis status updated, NO issue filed
• No future-tense language in simulation message
• No feature announcements in simulation message

Related

• /analyze-gap — Upstream: identifies gaps to test
• /file-gap — Downstream: files validated obstacles as issues
• /observe — Signal capture that populates canvases
• /follow-up — Prior messages inform simulation design
• grimoires/observer/ARCHETYPE.md — The Listener archetype governing this skill
• grimoires/observer/templates/problem-constraint-doc.md — Output template