CSV vs. CSA: Aligning the Agile Methodology to the GAMP 5 “V” Model and SDLC Methodology

Computer System Validation (CSV) vs. Computer System Assurance (CSA): Aligning the Agile Methodology to the GAMP 5 “V” Model and System Development Life Cycle (SDLC) Methodology

Best Approach to Validating Computer Systems Regulated by FDA

Aligning an Agile Methodology to the GAMP®5 “V” Model

Advancements in technology have forced organizations to rethink business models. Once controlled and orderly, these organizations are now more chaotic and complex, serving patients and customers who are better informed and have higher expectations than ever before. Work practices and tools must change to meet these challenges.

The approach to developing software, performing validation, and maintaining a system in a validated state through its entire life cycle should be carefully considered in order to meet changing needs. This webinar will include a comparison of the Agile and Waterfall methodologies, along with the pros and cons of each.

There may not be one size that fits all, so it is essential to understand what needs to be considered when making such a determination.

Areas Covered:-

• Computer System Validation (CSV)
• Computer Software Assurance (CSA)
• Waterfall Methodology
• Agile Methodology
• System Development Life Cycle (SDLC) Methodology
• GAMP®5 “V” Model
• Automated Testing
• Critical Thinking
• Cloud Computing
• Software as a Service (SaaS)
• Q&A

Learning Objectives:-

• Learn how to identify “GxP” Systems
• Learn about FDA’s current thinking about technology and software development, and how this will impact the industry
• Discuss the current state of the Computer System Validation (CSV) approach based on FDA requirements
• Learn about the System Development Life Cycle (SDLC) approach to validation and how this can be modernized through a more agile approach, including automated testing for continuous validation
• Learn the pros and cons of an Agile vs. Waterfall approach
• Learn about cloud computing and Software as a Service (SaaS) systems that can be embraced and validated effectively
• Understand the best practices for documenting computer system validation efforts, whether using a Waterfall or Agile approach, including requirements, design, development, testing, and operational maintenance procedures, including ways to improve the efficiency and effectiveness of managing related documentation
• Understand how to maintain a system in a validated state through the system’s entire life cycle in a more cost-effective manner, applying an Agile continuous validation approach
• Learn how to ensure the integrity of data that supports GxP work, despite changes and advances in new technology
• Understand the importance of “GxP” documentation that complies with FDA requirements
• Learn about the policies and procedures needed to support your validation process and ongoing maintenance of your systems in a validated state
• Know the regulatory influences that lead to FDA’s current thinking at any given time
• Finally, understand the industry best practices that will enable you to optimize your approach to validation and compliance, based on risk assessment, to ensure data integrity is maintained throughout the entire data life cycle

Background:-

As part of the Case for Quality program US FDA Center for Devices and Radiological Health noted how an excessive focus by the industry on compliance rather than quality may be diverting resources and management attention toward meeting regulatory compliance requirements vs. adopting best quality practices. There has also been a lower-than-anticipated investment in automation and digital technologies, which could greatly improve quality and process control. A key element is a risk-based, product quality, and patient-centric approach to Computer System Assurance (CSA) vs. the traditional Computer System Validation (CSV) Waterfall approach. This encourages critical thinking based on product and process knowledge and quality risk management over prescriptive documentation-driven approaches.

This is where FDA determined that “WHAT” is required can be done (the “HOW”) in different ways and does not have to be according to the “checklist” mindset of most CSV work, where you create documents without specifically addressing the risk of potential failure of each requirement.

GAMP®5 supports the use of incremental, iterative, and evolutionary approaches including Agile, for the development of custom applications. Keys to success include a robust Quality Management System and well-trained and highly disciplined teams following well-defined processes supported by tools and automation.

Why Should You Attend:-

The attendee will learn about FDA’s approach to modernizing technology, and how that will benefit both the Agency and the industry. We will discuss ways to modernize the System Development Life Cycle (SDLC) approach to Computer System Validation (CSV) by using automated testing tools that will result in a continuous validation of software products. This approach is amenable to the Agile software development methodology, which can be adapted for use in validation.

We will also discuss the important aspects of CSV and how to apply them in a new and modern technological environment.

Who will Benefit:-

• Information Technology Analysts
• Information Technology Developers and Testers
• Software Quality Assurance Professionals
• QC/QA Managers and Analysts
• Analytical Chemists
• Compliance and Audit Managers
• Laboratory Managers
• Automation Analysts
• Manufacturing Specialists and Managers
• Supply Chain Specialists and Managers
• Regulatory Affairs Specialists
• Regulatory Submissions Specialists
• Risk Management Professionals
• Clinical Data Analysts
• Clinical Data Managers
• Clinical Trial Sponsors
• Computer System Validation Specialists
• GMP Training Specialists
• Business Stakeholders/Subject Matter Experts
• Business System/Application Testers
• Vendors responsible for software development, testing, and maintenance
• Vendors and consultants working in the life sciences industry who are involved in computer system implementation, validation, and compliance