Ready-to-use prompt

Fix the cause, not only the current problem.

Separate containment and correction from true corrective action, investigate the underlying control failure and verify that the implemented solution actually prevents recurrence.

KRIYANO MASTER PROMPTCorrective Action Plan.
Act as an experienced operations, quality, warehouse and continuous-improvement specialist.

TASK:
Create a practical Corrective Action Plan for the problem, incident, audit finding, discrepancy or process failure described below.

PROBLEM / FINDING:
[Describe exactly what happened or what was found.]

OPERATION / DEPARTMENT:
[Warehouse / Inventory / Receiving / Picking / Logistics / Quality / Business Operations / Other.]

LOCATION:
[If relevant.]

DATE / PERIOD:
[When the problem occurred or was identified.]

HOW IT WAS IDENTIFIED:
[Audit / KPI / Customer complaint / Stock count / Incident / Inspection / Employee report / System report / Other.]

EXPECTED CONDITION:
[What should have happened.]

ACTUAL CONDITION:
[What actually happened.]

IMPACT:
[Operational, customer, financial, inventory, quality, safety or compliance impact.]

AFFECTED QUANTITY / VALUE:
[If known.]

IMMEDIATE ACTION ALREADY TAKEN:
[Containment, quarantine, correction, communication, recount, system block, etc.]

EVIDENCE AVAILABLE:
[Photos, transaction logs, CCTV, reports, emails, count sheets, SOP, system records, interviews, etc.]

KNOWN / SUSPECTED CAUSES:
[If any.]

RECURRING ISSUE:
[Yes / No / Unknown.]

EXISTING PROCEDURE / SOP:
[Describe or paste relevant requirement if available.]

RESPONSIBLE DEPARTMENT:
[If known.]

TARGET COMPLETION:
[If defined.]

SPECIAL REQUIREMENTS:
[Any additional instructions.]

CORRECTIVE ACTION ANALYSIS REQUIREMENTS:

1. DEFINE THE PROBLEM
Create a clear problem statement.

Use:

What happened?
Where?
When?
How was it detected?
What should have happened?
What actually happened?
What was affected?
How significant was the impact?

Keep the problem statement factual.

Do not include an assumed root cause inside the problem statement.

2. SEPARATE FACTS FROM ASSUMPTIONS
Create three sections:

CONFIRMED FACTS
Information supported by evidence.

UNCONFIRMED INFORMATION
Information reported but not yet validated.

ASSUMPTIONS / HYPOTHESES
Possible explanations requiring investigation.

Do not present assumptions as facts.

3. DEFINE THE IMPACT
Assess relevant impact categories:

- Customer
- Inventory
- Financial
- Operational
- Quality
- Safety
- Compliance
- Productivity
- Service level
- Reputation

Use only impacts supported by available information.

4. IMMEDIATE CONTAINMENT
Identify actions required to prevent the problem from getting worse before the root cause is confirmed.

Examples:

- stop affected process
- isolate stock
- quarantine product
- block inventory
- recount
- verify transactions
- suspend affected equipment
- notify relevant departments
- preserve evidence
- inspect related stock
- check similar transactions
- temporarily increase verification

Containment should control immediate risk without being mistaken for the permanent corrective action.

5. CONTAINMENT VERIFICATION
For each containment action state:

Action:
Responsible role:
When required:
Evidence of completion:
How effectiveness will be checked:

6. EVIDENCE REVIEW
List available evidence.

For each item provide:

Evidence:
What it supports:
Reliability:
Limitations:
Additional evidence required:

Possible evidence:

- WMS / ERP transactions
- physical count
- CCTV
- photographs
- emails
- documents
- system logs
- scan records
- audit findings
- SOP
- training records
- equipment logs
- employee interviews
- customer complaint
- supplier documentation

7. PROCESS REVIEW
Map the relevant process.

For each step identify:

Step:
Expected activity:
Actual activity:
Control:
Failure observed:
Evidence:

Identify where the process first deviated from the expected condition.

8. ROOT-CAUSE CATEGORIES
Investigate potential causes under relevant categories:

PEOPLE
Training, workload, communication, authorization, supervision.

PROCESS
Missing steps, unclear procedures, weak controls, poor sequencing.

SYSTEM
WMS, ERP, interface, configuration, access, transaction design.

EQUIPMENT
Failure, availability, maintenance, suitability.

MATERIAL / PRODUCT
Packaging, labeling, barcode, UOM, product characteristics.

METHOD
Work method, standardization, inspection method.

MEASUREMENT
Incorrect data, poor KPI, inaccurate counting, missing verification.

ENVIRONMENT
Layout, congestion, lighting, temperature, workspace conditions.

MANAGEMENT CONTROL
Ownership, monitoring, escalation, review, resource planning.

SUPPLIER / EXTERNAL
Supplier, transporter, contractor or customer-controlled factors.

Do not force every category into the analysis.

9. 5 WHYS ANALYSIS
Where appropriate, perform a 5 Whys investigation.

Structure:

Problem:
Why 1:
Evidence:
Why 2:
Evidence:
Why 3:
Evidence:
Why 4:
Evidence:
Why 5:
Evidence:

Do not continue asking "why" when evidence no longer supports the chain.

If the investigation reaches an assumption, mark it as:

"Requires verification."

10. DISTINGUISH CAUSE LEVELS
Separate:

SYMPTOM
What was observed.

IMMEDIATE CAUSE
What directly allowed the event.

CONTRIBUTING FACTORS
Conditions that increased the likelihood.

ROOT CAUSE
Underlying system/process condition that allowed the problem to occur or recur.

Do not label employee error as the root cause without asking why the error was possible.

11. HUMAN ERROR REVIEW
If human error is involved, investigate:

- Was the procedure clear?
- Was training adequate?
- Was the task realistically designed?
- Was workload reasonable?
- Was verification required?
- Did the system prevent or allow the error?
- Were similar errors previously reported?
- Was supervision adequate?
- Were labels / instructions clear?

Avoid stopping the investigation at "operator error."

12. PROCEDURE / SOP REVIEW
Check:

- SOP exists
- SOP matches actual operation
- responsibility is clear
- required controls exist
- exceptions are covered
- escalation is defined
- employees have access
- training is current
- document version is controlled

Do not recommend rewriting the SOP unless the procedure itself contributes to the problem or needs clarification.

13. CONTROL FAILURE
Identify which control should have:

PREVENTED
the issue,

DETECTED
the issue,

or

CORRECTED
the issue.

For each failed control explain:

Expected control:
Actual condition:
Why it failed:
Evidence:
Required improvement:

14. ROOT-CAUSE CONFIDENCE
Classify each proposed cause as:

CONFIRMED
Supported by sufficient evidence.

LIKELY
Strong evidence exists but additional verification is desirable.

POSSIBLE
Plausible but evidence is insufficient.

UNSUPPORTED
Available evidence does not support it.

15. ROOT-CAUSE STATEMENT
Write a concise root-cause statement.

A strong root-cause statement should explain:

- the underlying condition
- how it allowed the problem
- why existing controls did not prevent or detect it

Avoid vague statements such as:

"Staff mistake."
"Carelessness."
"Communication problem."
"System issue."

unless supported by deeper analysis.

16. CORRECTION VS CORRECTIVE ACTION
Separate:

CORRECTION
Fixes the current problem.

Example:
Correct the incorrect inventory balance.

CORRECTIVE ACTION
Removes or controls the cause of the problem.

Example:
Add transaction validation that prevents the same incorrect posting.

Do not confuse the two.

17. CORRECTIVE ACTION DEVELOPMENT
For each confirmed or sufficiently supported root cause provide:

Root cause:
Corrective action:
Why this action addresses the cause:
Responsible role:
Resources required:
Dependency:
Target date:
Evidence of completion:
Verification method:

Do not invent names or dates.

18. PREVENTIVE ACTION
Where broader recurrence risk exists, consider:

- system validation
- process redesign
- SOP improvement
- training
- automated control
- barcode validation
- approval control
- exception report
- audit
- preventive maintenance
- supplier control
- master-data validation
- workload planning
- physical segregation

Preventive actions should address realistic recurrence risk.

19. HIERARCHY OF CONTROLS
Where safety is involved, prefer:

1. Elimination
2. Substitution
3. Engineering controls
4. Administrative controls
5. PPE

Do not rely solely on retraining when a stronger control is practical.

20. ACTION QUALITY TEST
Evaluate each proposed action.

Ask:

Does it address the root cause?
Is it specific?
Is it measurable?
Is responsibility clear?
Can completion be verified?
Can effectiveness be measured?
Could it create another problem?
Is it sustainable?

Reject weak actions such as:

"Be more careful."
"Monitor closely."
"Tell staff not to repeat."
"Improve communication."

unless converted into specific measurable controls.

21. ACTION PRIORITIZATION
Classify actions:

P1 — Immediate / Critical
P2 — High
P3 — Medium
P4 — Low

Consider:

- safety
- customer impact
- financial impact
- recurrence probability
- inventory impact
- compliance
- operational disruption

22. ACTION PLAN
Create a table:

No.:
Finding:
Root cause:
Action:
Action type:
Responsible role:
Priority:
Target:
Evidence required:
Status:

Action type should identify:

Correction
Containment
Corrective Action
Preventive Action

23. RESPONSIBILITY
Assign responsibility by role.

Examples:

Warehouse Supervisor
Inventory Controller
Operations Manager
Quality Manager
IT / WMS Support
Maintenance
Procurement
Supplier
Transport Coordinator

Do not invent employee names.

24. DUE-DATE LOGIC
If target dates are not provided, do not invent official deadlines.

Instead classify:

Immediate
Short-term
Medium-term
Long-term

Management can assign exact dates.

25. IMPLEMENTATION RISKS
For major actions identify:

- operational disruption
- cost
- system dependency
- employee adoption
- customer impact
- training requirement
- implementation complexity
- unintended consequences

Recommend controls for significant risks.

26. PILOT / TEST
Where appropriate, recommend testing the corrective action before full rollout.

Define:

Pilot scope:
Success measure:
Test period:
Evidence:
Decision criteria:

27. EFFECTIVENESS VERIFICATION
Do not close an action simply because it was implemented.

Define how effectiveness will be verified.

Possible methods:

- repeat audit
- cycle count
- KPI trend
- transaction review
- observation
- error-rate comparison
- customer complaint trend
- incident trend
- sample inspection
- system report

28. BASELINE
Where measurable data exists, record:

Before:
[Baseline performance.]

After:
[Post-action result.]

Target:
[Expected performance.]

If no baseline exists, state:

"Baseline measurement required."

29. EFFECTIVENESS PERIOD
Recommend an appropriate observation period based on how often the process occurs.

Do not automatically use the same review period for every action.

30. SUCCESS CRITERIA
Define measurable closure criteria.

Examples:

- no recurrence during defined sample
- KPI reaches approved target
- audit confirms control is followed
- transaction error eliminated
- inventory accuracy improves
- repeated variance decreases
- required inspection completion reaches target

Do not claim success without evidence.

31. RECURRENCE CHECK
Check whether the same or similar issue exists in:

- other SKUs
- other locations
- other shifts
- other customers
- other warehouses
- other suppliers
- similar processes

Avoid fixing only one occurrence when the cause may be systemic.

32. HISTORICAL REVIEW
Where historical information exists, check:

- previous incidents
- previous CAPAs
- repeated audit findings
- recurring discrepancies
- previous corrective actions
- actions previously closed

If a previous action failed, investigate why.

33. CHANGE MANAGEMENT
For process changes consider:

- communication
- training
- SOP update
- system update
- employee feedback
- supervision
- go-live support
- follow-up review

34. TRAINING ACTIONS
If training is recommended, specify:

Who:
Topic:
Reason:
Method:
Competency check:
Record required:
Follow-up:

Training should not be used as the default solution to every process failure.

35. SYSTEM ACTIONS
If a system change is recommended, define:

Current weakness:
Required control:
Expected behavior:
Test requirement:
User acceptance:
Implementation dependency:
Post-implementation verification:

36. DOCUMENT CONTROL
Where procedures change, identify:

- document requiring revision
- revision reason
- approval
- version control
- communication
- training
- effective date

Do not invent document numbers.

37. MANAGEMENT ESCALATION
Escalate appropriately where issues involve:

- serious safety risk
- significant financial loss
- major customer impact
- repeated failure
- compliance issue
- systemic control failure
- unresolved root cause
- overdue critical action

38. ACTION STATUS
Use clear status categories:

Open
In Progress
Pending Verification
Closed
Overdue
On Hold

Do not mark an action closed before effectiveness is verified.

39. CAPA TRACKER
Create a management tracker:

CAPA ID:
Problem:
Root cause:
Action:
Owner role:
Priority:
Target:
Status:
Completion evidence:
Effectiveness review:
Final closure:

If no CAPA ID exists, leave it as:

"To be assigned."

40. KPI / TREND MONITORING
Recommend relevant follow-up measures.

Examples:

Inventory Accuracy %
Receiving Discrepancy Rate
Picking Accuracy %
Damage Rate
Customer Complaints
Repeat Incident Rate
Audit Finding Recurrence
Corrective Action Closure %
Overdue CAPA %
Near-Miss Trend

Only recommend KPIs relevant to the issue.

41. CLOSURE REVIEW
Before closing confirm:

- problem contained
- root cause adequately investigated
- correction completed
- corrective action implemented
- preventive action considered
- documentation updated
- training completed if required
- effectiveness verified
- recurrence checked
- evidence retained
- management approval obtained where required

42. LESSONS LEARNED
Summarize:

What failed?
Why did existing controls fail?
What changed?
What should other areas learn?
Could this issue occur elsewhere?
What monitoring should continue?

43. FINAL MANAGEMENT SUMMARY
Provide:

Problem:
Impact:
Containment:
Confirmed facts:
Root cause:
Root-cause confidence:
Correction:
Corrective action:
Preventive action:
Responsible role:
Priority:
Verification method:
Current status:
Remaining risk:
Recommended closure decision:

OUTPUT FORMAT:

1. Executive Summary
2. Problem Statement
3. Facts vs Assumptions
4. Impact Assessment
5. Immediate Containment
6. Evidence Review
7. Process / Control Failure
8. Root-Cause Analysis
9. 5 Whys
10. Root-Cause Statement
11. Correction
12. Corrective Actions
13. Preventive Actions
14. Priority Matrix
15. CAPA Action Plan
16. Implementation Risks
17. Effectiveness Verification
18. Recurrence Review
19. KPI / Trend Monitoring
20. Closure Checklist
21. Lessons Learned
22. Management Summary

IMPORTANT:
- Do not invent evidence, causes, dates, owners or company policies.
- Separate facts, hypotheses and confirmed causes.
- Do not stop root-cause analysis at "human error."
- Do not confuse containment, correction, corrective action and preventive action.
- Do not recommend training as the automatic solution.
- Every major corrective action should connect directly to a supported root cause.
- Every major action should have a measurable verification method.
- Do not close an action merely because implementation is complete.
- Verify effectiveness before final closure.
- Check whether the same root cause could affect other areas.
- Preserve an evidence-based audit trail.
- Escalate safety, compliance or specialist technical issues to appropriately qualified personnel.
Prompt copied to clipboard.
How to use it

Use the prompt effectively.

01

Define the failure accurately

Separate the expected condition, actual condition, impact and confirmed evidence before deciding why the problem occurred.

02

Contain before solving

Control the immediate risk first, but keep containment separate from the permanent action needed to prevent recurrence.

03

Find the underlying cause

Use evidence, process review and 5 Whys where appropriate instead of stopping at symptoms such as employee error or poor communication.

04

Verify the action worked

Do not close corrective actions simply because they were completed. Define measurable effectiveness criteria and check for recurrence.

Example

Turn a recurring inventory problem into a real corrective action.

Example input

Problem: Repeated physical versus system inventory discrepancies for the same fast-moving SKU.

Expected condition: WMS quantity should match physical stock.

Current finding: Shortages have appeared during three cycle counts.

Immediate action: Latest variance was recounted and confirmed.

Evidence available: Cycle-count history, WMS transactions and location movement history.

Goal: Prevent the discrepancy from recurring.

Possible output

Containment: Verify current physical stock, control any necessary adjustment through the approved process and review nearby locations for misplaced inventory.

Do not treat the inventory adjustment itself as the corrective action because it only corrects the current balance.

Root-cause investigation should trace receiving, replenishment, picking, transfers and adjustments for the affected SKU and compare transaction timing with physical movements.

If evidence confirms that replenishment stock is physically moved before the WMS transaction is completed, the corrective action should target that process/control weakness rather than simply retraining staff.

Possible stronger controls could include scan confirmation, transaction sequencing or exception monitoring, depending on the confirmed cause.

Effectiveness should be verified through subsequent cycle counts and transaction reviews before the CAPA is closed.

Improve the result

Build stronger corrective actions.

01

Correction is not corrective action

Fixing today's incorrect stock, document or transaction solves the immediate problem. Corrective action addresses why it happened and prevents recurrence.

02

Avoid stopping at human error

When someone made a mistake, investigate why the process, system or control allowed that mistake to create the failure.

03

Close on effectiveness, not completion

Installing a control or updating an SOP proves implementation. Follow-up evidence is still needed to demonstrate that the problem is actually controlled.