Validated CSV Equipment List - Production Tablet Section.

UTOPRINS 201 – ACG – Wind 10 / Right code-c * Brite Stock Equipment – ACG – NA / Bric * Liquid Filling Plugging And Capping Machine – ACG – Wind 10 / NPM * Tube Filling and Sealing Machine – ACG – Wind 10 / Parla * Digital Metal Detector – ACG – Lunx / Lunx * Tablet Compression Machine – ACG – Wind 10 / Fette * Fluid Bed Equipment (300 lts) – ACG – Wind 10 / Zenon * Fluid Bed Equipment (800 lts) – ACG – Wind 10 / Zenon * High Shear Mixer – ACG – Wind 10 / Zenon * Rapid Mixer Granulator – ACG – NA / Zenon * Conta Blender – ACG – Wind 10 / Conta * Tablet Coating Equipment – ACG – Wind 10 / Zenon * Bottle Unscramble & Air Jet Cleaning – CVC – Wind 10 / CVC * Tablet/Capsule Counter And Filler – CVC – Wind 10 / CVC * Desiccant Canister Inserter – CVC – Wind 10 / CVC * Cotton Inserter – CVC – Wind 10 / CVC * In-Line Capper – CVC – Wind 10 / CVC * Online Check Weigher – CVC – Wind 10 / Lunx * In-line Cap Retorquer – CVC – Wind 10 / CVC * Wrap-Around Labeler – CVC – Wind 10 / CVC * Leaflet Topserter – CVC – Wind 10 / CVC * I Printer – CVC – Wind 10 / I Printer * Octagonal Blender – Tapasaya – NA / NA *

Royal Quality Pillars

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Computer System Validation (CSV)

Empower your quality operations with a secure, compliant, and integrated platform designed for regulated industries.

Key Features

Comprehensive Validation Lifecycle Support

  • Covers all CSV stages: URS, FS, DS, IQ, OQ, PQ, and final reporting
  • Provides templates and guidelines for each validation deliverable
  • Ensures validation documents follow standard formats and templates
  • Supports multidisciplinary collaboration across QA, IT, and operations
  • Facilitates version control and audit trails for all validation documents

Regulatory Compliance Assurance

  • Aligns validation processes with FDA 21 CFR Part 11 requirements
  • Incorporates EU Annex 11 compliance for European markets
  • Applies GAMP 5 principles for good automated manufacturing practice
  • Supports compliance with PIC/S and WHO GMP guidelines
  • Regularly updates processes based on evolving regulatory changes

Risk-Based Validation Approach

  • Conducts initial risk assessments to prioritize system components
  • Uses Failure Mode Effects Analysis (FMEA) for identifying critical risks
  • Focuses validation efforts on high-impact and high-risk areas
  • Applies risk mitigation plans to reduce validation scope where possible
  • Continuously reviews and updates risk assessments throughout lifecycle

Document Management and Traceability

  • Maintains centralized repository for all validation documents
  • Provides versioning and access controls to prevent unauthorized edits
  • Enables linking of test cases to requirements and specifications
  • Supports electronic signatures and approvals to enforce accountability
  • Tracks changes and generates audit trails for complete traceability

Automated Validation Test Execution

  • Provides role-based training programs for validation team members
  • Includes training on regulatory requirements and CSV best practices
  • Uses quizzes and assessments to verify understanding and retention
  • Maintains training records linked to individual personnel files
  • Compliance Monitoring with AI Alerts

Supplier & Service Provider Qualification

  • Audit of software vendors and automation integrators.
  • Assessment of development lifecycle practices (SDLC).
  • Review of validation deliverables from OEMs or service providers.
  • Verification of change management and configuration control.
  • Ensuring support SOPs are in place for long-term maintenance.

Initial Risk Assessment & System Classification

  • Categorization per GAMP 5 (Cat 1 to Cat 5 systems).
  • Determination of system complexity and patient/data impact.
  • Risk-based approach for testing depth (e.g., IQ/OQ only or PQ needed).
  • Criticality analysis for user access, process control, and data storage.
  • Risk documentation embedded into validation plans.

GxP Compliance & Periodic Assessment

  • Periodic GxP audits of validated systems.
  • Lifecycle document review and archival checks.
  • Ensuring procedural controls are followed post go-live
  • Periodic verification/re-validation trigger reviews.
  • Evaluation of third-party/vendor compliance in cloud or hybrid models.

PLC & SCADA Validation Support

  • Validation of PLC-based automation for equipment and utility systems.
  • Functional testing of logic sequences and alarms.
  • Verification of HMI interfaces and SCADA data capture.
  • Assessment of software revisions and firmware control.
  • Backup/restore strategy and disaster recovery testing.

ERP and Other Enterprise Application Validation

  • Functional risk assessment for critical modules (e.g., SAP MM, QA, QMS).
  • User Requirement Specifications (URS) aligned with business process flows.
  • Traceability Matrix mapping URS to test protocols.
  • Validation of data migration and master data control.
  • Electronic signatures and audit trails per 21 CFR Part 11.

Validated CSV Equipment List - Quality Control .

UV-visible Spectrophotometer – Agilent uv – Carry win UV * Rotational Rheometer – Antonpaar – Antonpaarrehocopas * Karl Fischer Titrator Potentiometric – Metrohm – Tiamo 2.5 * Particle Size Analyser – Sympatec – WINDOX 5 * Differential Scanning Calorimeter – Perkinelmer – Pyris Manager * Ion Chromatography – Thermo Dionex – Chromeleon * Ion Chromatography – Thermo Dionex – Chromeleon * Photo Stability – Ally one – Ally one * Polarimeter – Jasco – Spectra Manager * GC-MS – Agilent – Mass Hunter * ICP-MS – Agilent – Mass Hunter * LC-MS – Agilent – Mass Hunter * ICP-MS – Agilent – Mass Hunter * Surface Area Analyser – Smart Instruments – Labicon * Walk-in Type Stability Chambers – Thermo lab – Stability Control System * Cooling Cabinets, BOD Incubators – Thermo lab – Enviro *

Risks, Challenges & Solutions

Incomplete Risk Assessment

  • Generic risk assessments fail to identify critical control points. Teams may lack system knowledge. Risk categories can be misunderstood. Stakeholders might be excluded early. Leads to incomplete validation.
Solutions
  • Use a structured, cross-functional approach. Apply GAMP 5 risk methodology. Conduct risk workshops. Include SOP-based classifications. Validate all critical paths.

Inadequate User Requirements Specification (URS)

Risks & Challenges
  • Poorly defined URS misguides configuration and testing. Leads to misunderstood needs. Functionality might be missing. Stakeholder input can be minimal. URS may be too technical.
Solutions
  • Involve users early in drafting URS. Use structured templates. Align with SOPs and real use cases. Conduct workshops for requirement gathering. Review URS formally.

Poor Traceability

Risks & Challenges
  • Lack of traceability matrix weakens validation coverage. Test cases may not map to URS. Audit readiness is reduced. Missing or redundant tests go unnoticed. Risk-based testing becomes unreliable.
Solutions
  • Create a traceability matrix linking all stages. Use version-controlled templates. Review matrix regularly. Make it a validation deliverable. Update for every system change.

Non-Compliant Electronic Records/Signatures

Risks & Challenges
  • Systems may lack secure audit trails or compliant e-signatures. Leads to regulatory violations. Audit trails may not be tamper-proof. Users might share credentials. Legal validity is questioned.
Solutions
  • Assess systems for compliance features early. Enable time-stamped audit trails. Implement access control mechanisms. Train users on security policies. Conduct periodic compliance audits.

Inadequate Testing (IQ/OQ/PQ)

Risks & Challenges
  • Poor testing leaves key features unvalidated. Acceptance criteria may be unclear. Test cases might be reused incorrectly. Validation might be rushed. Evidence can be weak.
Solutions
  • Base testing on system risk. Use approved templates. Involve subject matter experts. Conduct peer reviews. Ensure reproducible test evidence.

Vendor-Dependent Systems

Risks & Challenges
  • Over-reliance on vendor validation reduces internal control. Vendor IQ/OQ may not match operations. Proprietary systems lack transparency. Documentation may be incomplete. Future changes might be unmonitored.
Solutions
  • Audit vendors pre-validation. Customize validation to internal needs. Supplement vendor documents. Validate against your URS. Maintain independent records.

Lack of Change Control Integration

Risks & Challenges
  • Unassessed changes invalidate prior validation. Change impact is often overlooked. Inter-department communication is weak. Changes may bypass QA. Validation documentation is outdated.
Solutions
  • Link validation with change control SOP. Assess each change's risk. Update impacted documents. Require QA approvals. Keep detailed change logs.

Inconsistent Documentation Practices

Risks & Challenges
  • Disorganized documentation disrupts validation traceability. Multiple authors create formatting issues. SOPs might be ignored. Approvals can be missed. Audit readiness is at risk.
Solutions
  • Standardize document templates. Enforce a documentation SOP. Train all contributors. Appoint documentation coordinators. Conduct regular audits.

Inadequate Training

Risks & Challenges
  • Poorly trained personnel compromise validation quality. Training might be generic. Steps may be skipped. Compliance risks increase. Audit gaps may emerge.
Solutions
  • Create role-based training programs. Include GAMP and regulatory topics. Track completion digitally. Provide assessments. Maintain updated training logs.

Poor Post-Implementation Monitoring

Risks & Challenges
  • Lack of monitoring misses critical issues post go-live. Backups might fail. Logs may go unchecked. Errors may accumulate. Revalidation triggers may be missed.
Solutions
  • Define a post-go-live monitoring SOP. Track system performance. Monitor backup and logs. Establish revalidation criteria. Assign ownership to IT and QA.

GAMP 5 Category

GAMP 5 Category Description Pharma-Specific Examples
Category 1
Infrastructure Software		 Software that supports application software or hardware, not directly performing GxP-relevant functions. 1. Microsoft Windows 10/11
2. Linux (Ubuntu/Red Hat)
3. Oracle Database
4. SQL Server
5. VMware ESXi (Virtualization)
6. Citrix Workspace
7. Active Directory Services
8. Microsoft IIS (Web Server)
9. Apache Tomcat
10. Microsoft .NET Framework
Category 3
Non-configurable COTS		 Commercial software used “as-is” with no custom logic or configuration affecting functionality. 1. Microsoft Excel (no macros)
2. Microsoft Word
3. Adobe Reader
4. WinRAR/7-Zip
5. PDF-XChange Viewer
6. Notepad++
7. GraphPad Prism (basic use)
8. Google Chrome
9. Microsoft Edge
10. Java Runtime Environment (JRE)
Category 4
Configured Products		 COTS software that is configured to meet specific business processes or GxP needs. 1. Empower CDS (Waters)
2. SAP ECC (configured MM/QM modules)
3. TrackWise QMS (Sparta Systems)
4. LabWare LIMS
5. Thermo Scientific SampleManager
6. MasterControl QMS
7. Kaye Validator software
8. eCompliance from ValGenesis
9. MODA-EM (Lonza)
10. NuGenesis SDMS
Category 5
Custom Applications		 Applications developed specifically for the company’s unique GxP requirements; may include bespoke coding. 1. Custom-built Electronic Batch Record (EBR) system
2. In-house Document Management System (DMS)
3. Custom Equipment Calibration Tracker
4. Bespoke Audit Management App
5. Tailored Training LMS with custom workflows
6. Custom OOS/OOT Investigation Tracker
7. In-house Deviation Management Portal
8. Web-based QA Dashboard developed internally
9. Custom CSV lifecycle management portal
10. Custom GxP Risk Assessment tool

Risk Analysis (FMEA) Tool

Sr. No Failure Mode Potential Effect of Failure Potential Cause S (Severity) O (Occurrence) D (Detection) RPN (S×O×D) Royal Quality Pillars CSV Team Mitigation Plan / Solution
1 Incomplete User Requirements (URS) System may not meet GxP needs Poor requirement gathering or user input 9 6 5 270 Conduct facilitated URS workshops with process owners and QA; use traceability matrix to ensure all requirements are validated.
2 Lack of Traceability Cannot prove validation coverage No traceability matrix or poor documentation 8 5 6 240 Enforce mandatory traceability matrix linking URS, FS, test cases, and results; perform QA review and approval.
3 Inadequate Risk Assessment Unidentified critical functions remain unvalidated Limited process knowledge or template-based RA 8 5 6 240 Conduct collaborative RA with SME/QA/IT; apply GAMP 5 risk-based methodology.
4 Poor Vendor Qualification Reliance on non-compliant system No supplier audit or assessment 9 4 6 216 Perform vendor qualification audits, review vendor validation package, and document supplier assurance process.
5 Insufficient IQ/OQ/PQ Testing Critical failures go undetected Rushed timelines or inadequate test cases 9 5 5 225 Use risk-based test strategy aligned with system impact; include negative and boundary test cases; QA-reviewed protocols.
6 Missing Audit Trail Validation Non-compliance with 21 CFR Part 11 Audit trail function not configured or tested 10 3 6 180 Validate audit trail functionalities during OQ; test audit trail review and retention per SOPs.
7 Uncontrolled Changes System integrity is compromised No change control integration 8 4 5 160 Link change control to validation lifecycle; perform impact assessment and revalidation as needed.
8 Inadequate Training Users misuse or bypass validated system No CSV or SOP training 7 5 5 175 Implement training matrix, conduct role-based training, and document training completion in LMS.
9 Poor Documentation Practice Audit failures or non-compliance Inconsistent templates or manual control 8 4 6 192 Use standardized templates; maintain validated DMS with electronic review and approval.
10 Lack of Periodic Review System drifts from validated state No monitoring or revalidation trigger 7 4 6 168 Schedule periodic system reviews and performance monitoring; define triggers for revalidation in SOPs.

Ready to Transform Your Computer System Validation Process?

Contact us today to discover how Royal Quality Pillars CSV Solutions can help ensure regulatory compliance, data integrity, and validation excellence across all your critical systems.

📧 Email: info@royalqualitypillars.com
📞 Phone: +91 9618948094
🌐 Web: www.royalqualitypillars.com


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