# Review a pilot's speed and quality together

Illustrative planning brief; no automatic product import.

Synthetic planning case: A local pilot requires zero incorrect dates in final proofs. The proposed process changes mean completion from ten to eight toy minutes but produces two incorrect dates among ten proofs.

## Decision

The faster mean does not meet the declared accuracy guardrail. Hold the broad adoption decision while investigating the date failures and preserving the observed timing result.

## Owned work

- Verify the adoption guardrail
  - Owner role: Receiving owner
  - Acceptance evidence: Zero incorrect dates is the accepted local condition for this pilot decision.
- Retain both observations
  - Owner role: Pilot reviewer
  - Acceptance evidence: Eight-minute mean and two failed date cases appear together.
- Investigate before adoption
  - Owner role: Process owner
  - Acceptance evidence: The incorrect-date fixtures receive a bounded correction and fresh guardrail review.

## Workflow

1. Verify the adoption guardrail. Check: Zero incorrect dates is the accepted local condition for this pilot decision.
2. Retain both observations. Check: Eight-minute mean and two failed date cases appear together.
3. Investigate before adoption. Check: The incorrect-date fixtures receive a bounded correction and fresh guardrail review.

## Judgment

The guardrail is supplied, not a universal standard. Causation, future performance and broader work contexts remain unverified.


## Filled manual planning note

The faster mean does not meet the declared accuracy guardrail. Hold the broad adoption decision while investigating the date failures and preserving the observed timing result. Mean time decreases two minutes, while observed incorrect-date count rises from zero to two. A speed gain does not compensate for the separately declared hard guardrail. The guardrail is supplied, not a universal standard. Causation, future performance and broader work contexts remain unverified.


## Working artifact

- Date guardrail / Zero incorrect dates required / Hold adoption if failed
- Timing observation / Ten to eight toy mean minutes / Retain without causal claim
- Correction review / Two failed fixtures need explanation / Fresh evidence before adoption


## Workflow questions

### Does this mean speed never matters?

No. It matters within the accepted decision rules; here it cannot waive the separate guardrail.

### Do ten invented proofs establish a defect rate?

No. The counts describe this toy cohort, not population reliability.

## Product connection

Use the owned checks and downloaded brief to discuss this planning decision alongside your TeamBoostAI tasks. Confirm available fields, roles and account features separately. The example is manual; it does not calculate live analytics, create work or run an experiment in the product.

Confirm account availability before adopting this manual outline.

## Original worked case

Synthetic records, manual planning only. No account import or live analytics.

### Inspect the invented case records

Measure | Earlier toy process | Proposed toy process | Declared decision role
--- | --- | --- | ---
Mean minutes | 10 | 8 | Speed observation
Incorrect dates | 0 of 10 | 2 of 10 | Zero-error local guardrail

### Reasoning

Mean time decreases two minutes, while observed incorrect-date count rises from zero to two. A speed gain does not compensate for the separately declared hard guardrail.

### Bounded result

The faster mean does not meet the declared accuracy guardrail. Hold the broad adoption decision while investigating the date failures and preserving the observed timing result.

### Distinct decision

This evaluates a process adoption decision across speed and an explicit outcome guardrail, rather than scoring one artifact’s preferences.

### Limits

The guardrail is supplied, not a universal standard. Causation, future performance and broader work contexts remain unverified.

### Definitions and method context

- NIST combinatorial testing — https://www.nist.gov/publications/combinatorial-testing — Combination-coverage context. Invented review/state examples do not prove full fault coverage, certification or product behavior.