Revolutionizing Diagnostic Innovation Through AI-Powered Metrology: Standardizing Point of Care Testing Healthcare Systems
Point of care testing (POCT) systems act as the building blocks for efficient healthcare through timely diagnostic capability – which qualitatively fits patient care sites but still shows the metrological instabilities exposing the issues related to global calibration deviation and internal device variation. Such scenarios require solutions that enhance diagnostic reliability and equitable access to a standard healthcare practice globally. This poster demonstrates the current effort to implement artificial intelligence (AI) to address metrological issues that are met with POCT systems. AI technology has the greatest opportunity in predictive analytics applied to diagnostic devices and real-time quality control, thereby increasing accuracy and decreasing variability. The devices will automatically adjust with the help of calibration algorithms which would be AI driven. One important area of development is that the POCT systems across different manufacturers must be standardized, and AI can bridge the compatibility issues across different brands of POCT. Structural AI can translate diagnostics’ outputs, or unify them, for better system integration and provide global referentiality of the results. Recent developments presented the possibility of point-of-care testing portable areas of AI innovations that possess self-calibrating and error identification capability to minimize actual reliance on the user and human error in testing concurrently enhancing the accuracy of the test. In the future, it will be promoted to create an international metrological reference system for artificial-intelligence-supported diagnostics, as well as to define the requirements for them and create legal norms for validation. Such approaches concentrating on data safety with the help of blockchain and other similar tools, expand the reliability of such innovations. The integration of AI in operating POCT systems exhibits possibilities, higher accuracy of diagnosis, better patient results and affordability for worldwide use. This approach demonstrates the importance of digital transformation-AI in developing metrology for healthcare improvements.