Summary

A CAPA Report documents the execution and completion of corrective and preventive actions outlined in your CAPA Plan. You use this report to demonstrate that planned actions were implemented effectively, verify their success in resolving the original problem, and formally close the CAPA process.

Why is the CAPA Report important?

CAPA Reports provide auditable evidence that your quality management system effectively resolves problems and prevents recurrence. They demonstrate regulatory compliance by showing systematic follow-through on corrective actions and verification of effectiveness. Without proper CAPA reporting, you cannot prove that identified problems were actually resolved, leaving your organization vulnerable to recurring issues and regulatory scrutiny. CAPA Reports also enable continuous improvement by documenting lessons learned and successful problem-solving approaches.

Regulatory Context

Under 21 CFR Part 820.100 (Corrective and Preventive Action):
  • Documentation of implementation must show corrective actions were taken
  • Verification of effectiveness must be documented with objective evidence
  • Records must be maintained for the life of the device plus additional time
  • Management review must evaluate CAPA effectiveness and closure decisions
Special attention required for:
  • CAPAs affecting design controls requiring design history file updates
  • Software CAPAs requiring validation evidence for implemented fixes
  • CAPAs resulting from FDA inspections or warning letters
  • Integration with complaint handling and MDR reporting systems

Guide

Documenting Implementation

Record actual actions taken in detail, comparing them to the planned actions from your CAPA Plan. If you deviated from the original plan, explain why and justify the alternative approach. Include dates, responsible parties, and specific deliverables for each action. Document any challenges encountered during implementation and how they were overcome. This information helps improve future CAPA planning and demonstrates thorough execution of the corrective actions.

Verification of Effectiveness

Provide objective evidence that your CAPA actions successfully resolved the original problem. This may include test results, audit findings, performance data, customer feedback, or other measurable indicators that demonstrate improvement. Compare before and after conditions to show the impact of your corrective actions. Use the same metrics that identified the original problem to demonstrate resolution and prevention of recurrence.

Closure Decision

Evaluate completeness by confirming all planned actions were implemented and verification activities completed successfully. Review whether the root cause was adequately addressed and preventive measures are in place. Make closure decision based on objective evidence of effectiveness. If the CAPA cannot be closed, document remaining actions and timeline for completion. Only close CAPAs when you have confidence the problem is resolved.

Integration with Quality System

Update related documents such as procedures, work instructions, training materials, or risk assessments based on CAPA findings. Ensure changes are properly controlled and communicated to affected personnel. Add to CAPA list for tracking and trend analysis. Update your management review data to include CAPA outcomes and lessons learned for continuous improvement planning.

Example

Scenario: Following the CAPA Plan for software compatibility issues with glucose readings, you have implemented corrective actions including a software hotfix, Field Safety Notice, and enhanced testing procedures. After 90 days of monitoring, you need to document the results and determine if the CAPA can be closed.

Example CAPA Report

Document ID: CAPA-RPT-2024-002
CAPA Plan Reference: CAPA-2024-002

CAPA Information Summary

CriteriaInformation
CAPA TitleSoftware Compatibility Issue - Inconsistent Glucose Readings on Specific Smartphone Models
CAPA NumberCAPA-2024-002
CAPA InformationDescription
Source of CAPAPost-market surveillance analysis of customer complaints received through support system over 3-month period
Product and Version AffectedGlucoTrack Mobile App versions 2.1.0-2.1.3, affecting Samsung Galaxy S22 and Google Pixel 6 devices
Description of ProblemUsers report glucose readings varying by ±15% compared to reference meter, occurring intermittently during peak usage hours
Description of InvestigationAnalysis of 47 complaints, device logs, and compatibility testing revealed memory management issues during high CPU load conditions on affected smartphone models
Root CauseInadequate memory allocation handling in glucose calculation algorithm when running on devices with specific Android memory management configurations

Actions Performed

Planned Actions from CAPA Plan:
  • Release hotfix version 2.1.4 with improved memory management
  • Implement additional input validation and error handling
  • Add device-specific calibration parameters for affected models
  • Issue Field Safety Notice to affected users
  • Expand compatibility testing matrix to include top 20 smartphone models
  • Implement automated memory stress testing in CI pipeline
  • Develop device compatibility database
  • Enhance post-market surveillance monitoring
  • Update software development procedures
Actions Actually Performed: Corrective Actions (Completed June 15, 2024):
  1. Software Hotfix: Released version 2.1.4 on May 25, 2024, with improved memory management algorithms specifically optimized for Samsung Galaxy S22 and Google Pixel 6 devices. Hotfix included enhanced garbage collection and memory pool optimization.
  2. Input Validation: Implemented additional bounds checking and error handling in glucose calculation module. Added real-time memory monitoring with automatic algorithm fallback for low-memory conditions.
  3. Device Calibration: Added device-specific calibration parameters for affected smartphone models, reducing measurement variability by 85% in laboratory testing.
  4. Field Safety Notice: Issued FSN-2024-001 on May 25, 2024, to 1,247 affected users. Achieved 94% app update compliance within 48 hours through automated push notifications and email follow-up.
Preventive Actions (Completed June 10, 2024):
  1. Expanded Testing: Updated compatibility testing matrix to include 25 smartphone models representing 90% market share. Established quarterly testing schedule for new device releases.
  2. Automated Testing: Integrated memory stress testing into continuous integration pipeline. All builds now undergo 4-hour stress testing on virtual device environments before release approval.
  3. Compatibility Database: Developed comprehensive device compatibility database with 150+ smartphone models and their specific optimization parameters. Database automatically updates app configuration based on detected device model.
  4. Enhanced Monitoring: Implemented real-time post-market surveillance dashboard with automated alerts for compatibility issues. System now detects potential problems within 24 hours of occurrence.
  5. Procedure Updates: Updated Software Development SOP to require compatibility testing for all releases and mandatory memory profiling for algorithm changes.

Verification of Effectiveness

Quantitative Results (90-day monitoring period):
  • Complaint Reduction: Customer complaints related to measurement accuracy decreased from 47 complaints/month to 2 complaints/month (96% reduction)
  • App Performance: Memory-related crashes reduced from 2.3% to 0.1% of sessions on affected devices
  • Measurement Accuracy: Laboratory testing shows measurement variability reduced from ±15% to ±3% on previously affected devices
  • User Satisfaction: App store ratings improved from 3.2 to 4.6 stars, with 89% of recent reviews mentioning improved reliability
Qualitative Evidence:
  • User Feedback: Post-update surveys show 92% user satisfaction with app performance on previously affected devices
  • Healthcare Provider Feedback: Three partner clinics report no further concerns about measurement reliability
  • Technical Validation: Independent testing laboratory confirmed measurement accuracy meets ISO 15197:2013 requirements across all tested smartphone models
Verification Activities Completed:
  1. User Acceptance Testing: Conducted with 15 affected users showing 100% satisfaction with updated app performance
  2. Complaint Monitoring: 90-day tracking period shows sustained reduction in compatibility-related complaints
  3. Performance Testing: Quarterly compatibility testing completed with zero failures on expanded device matrix
  4. Surveillance Review: Monthly post-market surveillance reviews show no emerging compatibility patterns

CAPA Status and Closure

Effectiveness Assessment: All planned corrective and preventive actions were successfully implemented and verified effective. The root cause of inadequate memory management has been addressed through both immediate fixes and systematic process improvements. Quantitative evidence demonstrates sustained resolution of the original problem. Lessons Learned:
  • Early compatibility testing prevents post-market issues
  • Real-time monitoring enables rapid problem detection
  • Device-specific optimization significantly improves performance
  • Automated testing integration prevents regression
Current Status: CLOSED - All objectives achieved with verified effectiveness over 90-day monitoring period. No further action required. CAPA added to List of CAPAs for trend analysis and management review.

Q&A