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This paper introduces an Internet of Things (IoT)-based data acquisition andmonitoring scheme for insulin pumps. The proposed work employs embedded systemhardware (Keil LPC1768-board) for data acquisition and monitoring. The hardwareis used as an abstract layer between the insulin pump and the cloud. Diabetesdata are secured before they are sent to the cloud for storage. Each patient'srecord is digitally signed using a secure hash algorithm mechanism. Theproposed work will protect the patient's records from being breached fromunauthorized entities, and authenticates them from improper modifications. Thedesign is tested and verified using $\mu$Vision studio, the Keil boardmentioned above, and an ALARIS 8100 infusion pump. Moreover, a test case for areal cloud example is presented with the help of the Center of ComputationallyAssisted System and Technology. This center provided the infrastructure serviceto test our work.

IoT-Based Secure Embedded Scheme for Insulin Pump Data Acquisition and Monitoring