What is the main privacy threat posed by Radio Frequency Identification (RFID)?
A. An individual with an RFID receiver can track people or consumer products.
B. An individual can scramble computer transmissions in weapon
...
What is the main privacy threat posed by Radio Frequency Identification (RFID)?
A. An individual with an RFID receiver can track people or consumer products.
B. An individual can scramble computer transmissions in weapons systems.
C. An individual can use an RFID receiver to engage in video surveillance.
D. An individual can tap mobile phone communications. - Answer>>> A. An individual with an RFID receiver can track people or consumer products.
RFID technology can be used to track the movement and location of tagged items and individuals, potentially leading to privacy concerns if unauthorized parties gain access to this information. This is particularly relevant in scenarios where RFID tags are embedded in personal items or identification cards.
Which should be used to allow the home sales force to accept payments using smartphones?
A. Field transfer protocol.
B. Cross-current translation.
C. Near-field communication
D. Radio Frequency Identification - Answer>>> C. Near-field communication
While the search results don't explicitly mention near-field communication (NFC), they do discuss mobile payment options for Salesforce. NFC is a common technology used in mobile payment systems like Apple Pay and Google Pay, which are mentioned in the search results12. These mobile payment options allow for secure, contactless payments using smartphones, which would be suitable for a home sales force accepting payments on-the-go.
Which of the following is NOT relevant to a user exercising their data portability rights?
A. Notice and consent for the downloading of data.
B. Detection of phishing attacks against the portability interface.
C. Re-authentication of an account, including two-factor authentication as appropriate.
D. Validation of users with unauthenticated identifiers (e.g. IP address, physical address). - Answer>>> D. Validation of users with unauthenticated identifiers (e.g., IP address, physical address).
The other options are relevant to ensuring secure and legitimate data portability processes, while validating users with unauthenticated identifiers does not align with standard practices for data portability.
What is the best way to protect privacy on a geographic information system?
A. Limiting the data provided to the system.
B. Using a wireless encryption protocol.
C. Scrambling location information.
D. Using a firewall. - Answer>>> C. Scrambling location information.
This approach, also known as geographic masking or anonymization, is a key technique for protecting individual privacy while still allowing for meaningful analysis of geospatial data23. Methods like spatial aggregation, adding noise to data, or geospatial cryptography can make re-identification of individuals significantly more difficult2. The Geospatial Virtual Data Enclave (GVDE) developed by researchers incorporates masking and encryption methods to enable anonymized maps or data visualization1. These techniques allow researchers and organizations to share and analyze geospatial data while maintaining confidentiality and reducing the risk of identifying individuals through their unique location patterns
[Show More]
