SalineSync: A Saline Level Monitoring IoT System

In the realm of he althc are, precise intravenous therapy (IV) involving saline solutions is paramount for patient well-being. Accurate monitoring of saline levels is essential to ensure uninterrupted treatment, as deviations can result in serious consequences. However, traditional manual monitoring methods are fraught with errors and delays, underscoring the need for a more efficient and reliable solution. This research work presents a novel saline level monitoring approach through the implementation of Internet of Things (IoT) technology. The proposed system leverages IoT to enhance the safety and efficiency of saline monitoring in healthcare settings. By automating the monitoring process, it reduces the likelihood of medication errors and ensures patients receive the correct dosage. Furthermore, it enhances the operational efficiency of healthcare providers, freeing them from the time-consuming task of manual monitoring. This research study analyzes the technical aspects of the proposed system, encompassing IoT design, sensor selection and placement, data trans mission, and platform development. It also underscores the system's scalability, making it adaptable to various healthcare facility sizes and types. By deploying IoT technology, the proposed system promises improvements in terms of accuracy, efficiency, and patient safety, along with substantial cost reduction. This study offers comprehensive insights into the system's development and implementation, showcasing its potential to revolutionize heal thcare delivery and the benefits it can provide for the medical domain.