Define the actual factors and values
Owner role · Test planner
Evidence: A,B,C are three declared binary factors, not undocumented product fields.
Review coverage / Delivery leads, planning owners and acceptance reviewers
Drafting workbenchInspect pairwise coverage in a small test plan
Verify all value pairs in an authored three-factor example without claiming complete fault detection.
This verifies a fully inspectable small combination plan, rather than giving a generic regression checklist.
Opens the current invite-request page. Access is subject to approval; this example is not imported automatically.
Original worked case · Manual planning resource
Inspect the decision, not just the summary.
Start with the invented evidence, follow the reasoning, and retain its limits when adapting the brief.
02 · Follow the reasoning
How the case leads to a decision
Pairs AB,AC and BC each contain four value combinations across these rows:3×4=12 pair obligations. The full binary triple space contains 2³=8 combinations, of which this plan lists four.
The bounded result
All twelve required pair-value combinations appear in the four-row plan. Four of eight full triples are present, so pairwise coverage is not exhaustive triple coverage or proof of fault detection.
01 · Inspect the inputs
Every record stays visible
| Row | Factor A | Factor B | Factor C |
|---|---|---|---|
| 1 | 0 | 0 | 0 |
| 2 | 0 | 1 | 1 |
| 3 | 1 | 0 | 1 |
| 4 | 1 | 1 | 0 |
Use horizontal scrolling for wide tables. These records are invented, not customer data.
Definitions and method context
Records, decisions and policies are original synthetic examples. External references supply context; they do not validate these cases or TeamBoostAI capabilities.
NIST combinatorial testing ↗
Combination-coverage context. Invented review/state examples do not prove full fault coverage, certification or product behavior.
External references checked 6 October 2026. Demand for these topics has not been measured.
Prepare a brief for human review
Drafting workbenchSynthetic planning case: An external toy test plan has three binary factors A,B,C. Its four rows are 000,011,101 and 110. Each pair of factors should include 00,01,10 and 11.
Enumerate pair coverage
Owner role · Reviewer
Evidence: Every pair has 00,01,10 and 11 in the authored rows.
Retain higher-order limits
Owner role · Quality lead
Evidence: Missing triples and required targeted tests remain separate planning decisions.
Decision to make: All twelve required pair-value combinations appear in the four-row plan. Four of eight full triples are present, so pairwise coverage is not exhaustive triple coverage or proof of fault detection.
Use the downloaded brief as planning input. AI suggestions remain proposals; review scope, owners and acceptance evidence yourself.
Filled manual planning note
Invented planning text. Adapt it to your evidence and confirmed owners.
All twelve required pair-value combinations appear in the four-row plan. Four of eight full triples are present, so pairwise coverage is not exhaustive triple coverage or proof of fault detection. Pairs AB,AC and BC each contain four value combinations across these rows:3×4=12 pair obligations. The full binary triple space contains 2³=8 combinations, of which this plan lists four. The example is an external test-design worksheet. It does not configure a test runner or establish complete assurance.
Put the outline to work
- Define the actual factors and values. Check: A,B,C are three declared binary factors, not undocumented product fields.
- Enumerate pair coverage. Check: Every pair has 00,01,10 and 11 in the authored rows.
- Retain higher-order limits. Check: Missing triples and required targeted tests remain separate planning decisions.
From a useful outline to team work
Explore TeamBoostAI for your team
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 the workflows available in your account before adopting this outline.
Request TeamBoostAI access
Opens the current invite-request page. Access is subject to approval; this example is not imported automatically.
Questions about this workflow
Does pairwise coverage test every triple?
No. This plan has four of the eight triples.
Does full pair coverage prove no defect remains?
No. Higher-order interactions, state, timing and omitted requirements can still matter.
Does this create tasks in the product?
No. The brief is a manual planning resource. Use the product access link to check onboarding and the workflows available in your account.