The invention not only improves patient safety by ensuring critical conditions are promptly identified, but it also enhances clinical workflow by reducing the cognitive burden on healthcare providers. It streamlines the process of diagnostic review and helps clinicians to prioritize care based on the severity of the patient’s condition, ultimately improving patient outcomes and reducing the risk of complications. In summary, this invention offers an integrated, automated solution to the challenge of managing complex diagnostic data in respiratory medicine. By combining multiple test results into a unified alerting system, it provides healthcare professionals with timely, actionable insights, thereby enhancing early detection, patient monitoring, and clinical decision making in the management of respiratory diseases. The primary goal of this application is to ensure timely intervention by notifying healthcare providers of any potentially life threatening results. By analyzing diagnostic data, the application can detect deviations from normal values and issue immediate alerts to the relevant medical personnel, enabling them to take swift action. This proactive approach improves response times, reduces the risk of complications, and enhances overall patient outcomes, particularly in critical situations. The system is designed to support clinical decision-making by prioritizing alerts based on the severity of the findings, ensuring that critical values are addressed promptly. It also helps reduce the likelihood of human error and ensures that no critical information is overlooked, especially during busy or high pressure moments in clinical settings. Overall, this application is a vital tool in the efficient management of respiratory patients, promoting patient safety, improving clinical workflows and ultimately leading to better healthcare outcomes.