Proceedings Article10.1109/EEE.2004.1287316
Security specification and implementation for mobile e-health services
Ramon Martí,Jaime Delgado,Xavier Perramon +2 more
- 28 Mar 2004
- pp 241-248
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TL;DR: The description of the mobile e-health service MobiHealth, an application developed under the Mobi health project, cofunded by the European Commission, is included, focused on the security services added to it.
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Abstract: Different IT applications require different security services. We have been working in the area of e-health applications in a mobile environment, and we have needed to integrate specific security services. We present those security services for mobile e-health services and how we have implemented them. First, the different security threats specially oriented to the e-health applications are described, like patients' data eavesdropping and manipulation. Afterwards, the different security mechanisms to address these specific security threats are described, e.g. data confidentiality and integrity, together with the restrictions of dynamic IP addresses. Following, the specification of security services requirements and the implementation possibilities to address them in the mobile e-health services are described. As an example of security services integrated into an e-health system, we include the description of the mobile e-health service MobiHealth, an application developed under the MobiHealth project, cofunded by the European Commission (IST-2001-36006), focused on the security services added to it.
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Citations
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TL;DR: The first study on external Device Mis-Bonding or DMB under the context of Bluetooth-enabled Android devices is presented, and the first OS-level protection, called Dabinder, is developed, which automatically generates secure bonding policies between a device and its official app and enforces them when an app attempts to establish Bluetooth connections with a devices and unpair the phone from the device.
Reusable knowledge in security requirements engineering: a systematic mapping study
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Secure Management of Low Power Fitness Trackers
TL;DR: SensCrypt as discussed by the authors is a protocol for secure data storage and communication, for use by makers of affordable and lightweight personal trackers, which can be used to launch efficient attacks against Fitbit and Garmin.
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Development of a mobile teledermatology system.
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TL;DR: Positive feedback from both medical care providers and patients confirms a high potential for mobile teledermatology as a means of dermatological healthcare delivery.
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