Feasibility of Gateway-Less IoT E-Health Applications

Pereir, Carlos; Guimarães, Diana; Mesquita, Joao; Santos, Frederico; Almeida, L.; Aguiar, Ana

doi:10.1109/eucnc.2018.8442531

Cited by 3 publications

(1 citation statement)

References 14 publications

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“…Although most IoT solutions propose a centralized management solution through a gateway, these can also allow the establishment of authentication controls for the exchange of information. There is a tendency to implement gateway-less solutions to reduce energy consumption due to the exchange of control messages between the gateway and the IoT device (Pereira et al 2018). Thus, Equation (8) intends to consider both scenarios.…”

Section: Highmentioning

confidence: 99%

Factors of Risk Analysis for IoT Systems

Andrade

Ortiz-Garcés

Tintin

et al. 2022

Risks

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The increasing rate at which IoT technologies are being developed has enabled smarter and innovative solutions in the sectors of health, energy, transportation, etc. Unfortunately, some inherent characteristics of these technologies are compromised to attack. Naturally, risk analysis emerges, as it is one of many steps to provide a reliable security strategy. However, the methodologies of any risk analysis must first adapt to the dynamics of the IoT system. This article seeks to shed light on whatever factors are part of an IoT system and thus contribute to security risks, IoT device vulnerabilities, susceptibility due to the application domain, attack surfaces, and interdependence as a product of the interconnection between IoT devices. Consequently, the importance of these factors in any risk evaluation is highlighted, especially the interdependence generated by IoT systems, which can cause the generation of an uncontrollable cascade of effects that can occur under certain conditions of any systematic risk event.

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Section: Highmentioning

confidence: 99%

Factors of Risk Analysis for IoT Systems

Andrade

Ortiz-Garcés

Tintin

et al. 2022

Risks

View full text Add to dashboard Cite

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Implementation and Performance Analysis of Interoperable and Heterogeneous IoT-Edge Gateway for Pervasive Wellness Care

Ray

Thapa

Dash

2019

IEEE Trans. Consumer Electron.

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Patient Empowerment in IoT for eHealth

Benoist

Bignens

Kreutz

2020

Applied Approach to Privacy and Security for the Internet of Things

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The rise of internet of things (IoT) in medicine has generated tons of new data through connected devices. Medicine and research in medicine are interested in using those data for the personalization of patients' treatment. The authors present the system MIDATA where patients can transfer their medical IoT data and store them. They have also the possibility to share those data with research groups. The solution respects patient privacy. Even an administrator of the site cannot access to the data of the patients. The patient can choose which users can decrypt their data. But users will lose their passwords and keys. So, the authors provide a novel solution for the recovery of the keys. This procedure has different levels: the patient has a new phone but remembers the password; the patient has forgotten the password but can use the phone; and the worst case is when the patient forgot the password and lost the phone, where they developed a novel solution for key recovery.

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Feasibility of Gateway-Less IoT E-Health Applications

Cited by 3 publications

References 14 publications

Factors of Risk Analysis for IoT Systems

Factors of Risk Analysis for IoT Systems

Implementation and Performance Analysis of Interoperable and Heterogeneous IoT-Edge Gateway for Pervasive Wellness Care

Patient Empowerment in IoT for eHealth

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