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Title Application Of Zero-Trust Networks In E-Health Internet Of Things (Iot) Deployments
ID_Doc 10030
Authors Gofwen M.M.; Idoko B.; Idoko J.B.
Year 2023
Published Studies in Computational Intelligence, 1115
DOI http://dx.doi.org/10.1007/978-3-031-42924-8_14
Abstract The reliance on the capabilities of the internet is evident in the deployment of Internet of Things (IoT) sensors (have grown to be an Internet of Everything—IoE), devices and actuators for everyday life applications; from smart homes, smart cities, and healthcare services to agriculture. The interconnection of these sensors, actuators, devices and in general things incorporated with artificial intelligence and machine to machine communication algorithms forms the core norm of the IoT paradigm. Just like the wide use and application of the first version of the internet comes with some security and privacy concerns, so also the deployment of IoT in any environment. The degree of secrecy required to collect, process, transmit and store data collected from an individual increase higher in the deployment of IoT in eHealth because of the sensitivity of such data hence raises questions of how securely these devices could collect personal data and transfer it over an untrusted network and yet still maintain the privacy and security of the data. This challenge is also evident in sensor nodes and other things within an IoT as to protection of an individual’s privacy without divulging it to unauthorised users with malicious intents. The study identifies the challenges in the adoption of IoT and also analyze various privacy concerns, threats and vulnerabilities in the deployment of IoT in eHealth. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2023.
Author Keywords Identity of things; Internet of Things; Privacy; Security; Zero-trust network


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