Revolutionizing Life Sciences Quality Management: The Shift to Predictive Quality Analytics

The reluctance to abandon conventional paper-based quality management systems (QMS) has long typified the life sciences industry’s approach to quality. Familiar yet inefficient quality models are shortsighted, however. And they’ve reduced proactive quality to a seemingly unattainable holy grail for many in the industry. Those unwilling to ditch systems rooted in paper documentation will continue to be stuck in a reactive quality stance. Such a position breeds inefficiency and document dependence.

Nonetheless, as quality management technologies and processes continue to improve, practive quality practices are becoming more commonplace and will ultimately be the norm. Once considered luxuries that only the wealthiest organizations could afford, QMS solutions that foster proactive responses are quickly becoming accessible and necessary mechanisms for overcoming inefficiency. The familiarity of paper is giving way to the expediency of digitization. The result: accelerated quality processes and faster time to market.

Leveraging Emerging Technologies for Advanced Life Sciences Quality Management 

The race to keep up with quality’s rapid evolution is unending. And the industry is becoming exponentially more driven by and dependent on data. To compete, companies need a quality function that can respond dynamically. Quality teams need tools that unlock access to data that will enable them to do their jobs effectively.

Once again, technological advancements — this time in the form of artificial intelligence (AI), machine learning (ML), natural language processing (NLP), intelligent process automation (IPA) and similar emerging technologies — are redefining the industry’s quality models by offering means of achieving predictive quality data management capabilities. Life sciences organizations are becoming increasingly aware that these advanced technologies are going to be a competitive. 

Pioneering Predictive Quality Software: Innovations in Life Sciences Quality Systems  

Leading QMS providers are competitively researching new methods that will enable quality professionals to effectively and confidently capitalize on emerging technologies. Recent research projects underway at MasterControl are focused on incorporating advanced NLP, ML/AI and process automation to accelerate common quality processes. Some of the key MasterControl QMS functionalities to which advanced technologies are being applied include:

• Creating Netflix-style contextual search and recommendation engines to improve search speed and accelerate the retrieval of relevant information and documents based on users’ past searches and search language history while also refining the recommendations it provides over time.
• Automating text extraction from unstructured documents, identifying and contextualizing the relevant data that is gathered, and auto populating that information into forms, thereby enhancing efficiency and accuracy.
• Streamlining tasks involved in workflow creation and execution to enable users to effortlessly connect systems, data sources and process steps.
  

The Future of Predictive Quality Management: Transforming Life Sciences Quality Data Into Actionable Insights

The dream of converting product quality data into predictive insights and real-time intelligence is becoming the new reality, thanks to relentlessly advancing technology. And it is gaining more relevance every day as indicated by the industry executives and quality managers recently surveyed by Boston Consulting Group. More than 60% of respondents think predictive analytics will significantly impact quality performance and bottom lines within the next five years, compared to the 16% who gauge the impact as presently significant.(2)

With the promise of truly predictive analytics, new paths are opening for organizations to move beyond quality data that is limited to reactive and proactive uses. Emerging technologies are proving they can enhance companies’ capacity to anticipate and prevent quality problems, prompt actions before thresholds are hit, and validate hypotheses and root causes of quality events faster.

You can learn more about the life sciences industry’s shift toward predictive quality data management in MasterControl’s latest e-book, “Connecting and Leveraging Quality-Driven Data Throughout the Pharmaceutical Life Cycle.”

References

1. “Advance Quality Performance Through Data-Driven Insight,” CEB Quality Leadership Council (Gartner), Aug. 22, 2017.
2. “Quality 4.0 Takes More Than Technology,” by Daniel Kupper, Claudio Knizek, Dave Ryeson and Jan Noecker, BCG, Aug. 20, 2019.