Best Technologies for Encrypting Data at Rest and Ensuring Device Accountability
Question
A medical facility wants to purchase mobile devices for doctors and nurses.
To ensure accountability, each individual will be assigned a separate mobile device.
Additionally, to protect patients' health information, management has identified the following requirements: -> Data must be encrypted at rest.
-> The device must be disabled if it leaves the facility.
-> The device must be disabled when tampered with.
Which of the following technologies would BEST support these requirements? (Choose two.)
Answers
Explanations
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A. B. C. D. E. F.CD.
To support the requirements of the medical facility, the best technologies would be eFuse and GPS.
eFuse is a technology that can disable a device if it has been tampered with. It does this by blowing a fuse that is built into the device, rendering it inoperable. This ensures that any attempts to tamper with the device will be unsuccessful, and that the data stored on the device will remain secure.
GPS, on the other hand, can help ensure that the device remains within the facility. By using location-based services, the device can be programmed to disable itself if it leaves a predefined area. This ensures that the device is always within the facility and that sensitive patient data is not at risk of being exposed outside the facility.
Additionally, to protect patient health information, the data must be encrypted at rest. This means that the data stored on the device must be protected by encryption so that it cannot be accessed by unauthorized individuals. While none of the listed technologies directly support this requirement, most modern mobile devices come with built-in encryption capabilities that can be used to secure data at rest.
Biometric authentication can be used to ensure that only authorized personnel have access to the device. This technology can be used to lock and unlock the device based on the user's unique biometric information, such as a fingerprint or facial recognition.
NFC, USB 4.1, and MicroSD are not directly relevant to the requirements listed by the medical facility. NFC is a communication protocol used for contactless payments and other applications. USB 4.1 is a standard for high-speed data transfer, and MicroSD is a type of removable storage media. While these technologies may be useful in certain contexts, they do not directly support the requirements of the medical facility.
