Validation requirements in the pharmaceutical industry for software systems encompass a series of essential steps and considerations to ensure compliance, data integrity, and patient safety.
The following topics describe the validation requirements for software systems in the pharmaceutical industry.
Risk assessment
A risk assessment is conducted to identify potential risks associated with the software system. This includes assessing the impact of software failures on product quality, data integrity, patient safety, and regulatory compliance. Risks are classified based on severity and likelihood, allowing organizations to prioritize validation efforts accordingly.
User Requirements Specification (URS)
The URS outlines the functional and non-functional requirements of the software system from the user's perspective. It details the intended purpose, features, user interfaces, data inputs and outputs, security requirements, and regulatory compliance criteria. The URS serves as a foundation for subsequent validation activities.
Installation Qualification (IQ)
IQ verifies that the software system is installed correctly and in accordance with predefined specifications. It ensures that hardware, network infrastructure, operating systems, and software dependencies meet the system requirements. IQ also includes documenting configuration settings, user access controls, and installation qualification protocols.
Performance Qualification (PQ)
PQ focuses on demonstrating that the software system performs reliably and consistently under anticipated operational conditions. It involves testing the system's performance against predefined performance metrics, such as response times, data throughput, scalability, and reliability. PQ ensures that the software system meets user expectations and regulatory requirements during actual usage.
Validation Documentation
Throughout the validation process, thorough documentation is essential. This includes developing validation plans, protocols, test scripts, and validation reports. Documentation should provide a clear and comprehensive record of the validation activities performed, test results, deviations, and corrective actions taken. The validation documentation serves as evidence of compliance with regulatory requirements.
Change Control and Periodic Review
Software systems in the pharmaceutical industry are subject to frequent updates, enhancements, and changes. Any modifications to the validated system must undergo a change control process to ensure that the changes do not adversely affect the validated state. Additionally, periodic reviews of the software system should be conducted to assess its continued compliance with regulatory requirements and evolving industry standards.
Training and Documentation
Adequate training should be provided to personnel who use, maintain, or validate the software system. This includes training on proper system usage, data integrity practices, and adherence to validation protocols. Documentation should be readily available to users, providing guidance on system usage, troubleshooting, and reporting of software-related incidents.
Validation tests evaluate and verify that the software meets predefined requirements, specifications, and regulatory standards. Validation tests ensure that the software functions accurately, reliably, and securely and complies with regulatory guidelines such as 21 CFR Part 11 and Good Documentation Practices (GDocP).
Validation tests are typically performed during the software development life cycle (SDLC) and aim to mitigate risks associated with software implementation in the pharmaceutical industry, where the accuracy and integrity of data are critical for maintaining product quality and patient safety. These tests help confirm that the software performs as intended, meets user needs, and adheres to industry regulations.
The following validation tests formed part of the validation test strategy to ensure that ApprovalFlow is fit for purpose for use in pharmaceutical companies and complies with the relevant regulatory requirements.
Functional testing
This type of test focuses on validating the software's functionality against specified requirements. It ensures that the software performs the intended operations accurately and consistently. Functional testing may involve verifying features such as data entry, calculations, report generation, and system interactions.
User Acceptance Testing (UAT)
UAT involves testing the software from an end-user perspective. It aims to ensure that the software meets the needs and expectations of the intended users. UAT is typically performed by users or representatives who validate the software's usability, user interface, and overall user experience.
Data Integrity Testing
This type of test focuses on verifying the accuracy, completeness, and consistency of data processed and stored by the software. It ensures that data remains intact and unaltered throughout the software's operations. Data integrity testing often involves validating data input, transformation, storage, and retrieval processes.
Performance Testing
Performance testing assesses the software's performance under expected and peak load conditions. It aims to validate the software's responsiveness, scalability, and stability. Performance testing may involve stress, load, and endurance testing to evaluate the software's performance and identify any bottlenecks or performance issues.
Security Testing
Security testing assesses the software's ability to protect sensitive data and prevent unauthorised access, manipulation, or data loss. It involves testing authentication mechanisms, access controls, encryption, audit trails, and other security features. Security testing helps ensure compliance with regulations like 21 CFR Part 11, emphasising data security and electronic record integrity.
Regulatory Compliance Testing
In the pharmaceutical industry, software systems must comply with various regulatory requirements, such as 21 CFR Part 11 and Good Documentation Practices (GDocP). Regulatory compliance testing involves validating that the software meets these specific regulations and guidelines, ensuring it provides the necessary controls and functionalities to maintain data integrity and security.
Validation Documentation
In addition to the actual tests, validation in the pharmaceutical context requires thorough documentation. This includes creating validation plans, test protocols, test scripts, and validation reports. These documents outline the validation strategy, test objectives, steps, acceptance criteria, and test results. They serve as evidence of compliance with regulatory requirements and provide a record of the validation process.
The following checklist represents an example of the tests completed during the validation process.
User Access Validation
Document Upload Validation
Document Versioning Validation
Review and Approval Workflow Validation
Commenting and Collaboration Validation
Search and Retrieval Validation
Audit Trail Validation
Performance and Scalability Validation
Disaster Recovery and Backup Validation: