Essay on Involved Privacy Issues in Microsoft HealthVault

Published: 2021/11/08
Number of words: 719

The issues associated with data transfer in various health records providers would lead the data to get compromised and affected to a great extent. The paranoid approach of Microsoft HealthVault is leading the business to face major difficulties in adopting the widespread health records available online. The web-based health recording architecture that is integrated into the system led the business and individuals to suffer from low adoption. These loopholes are triggering the security and privacy protocol of the individual while failing to maintain its integrity due to the focus of this platform on the conventional health records and histories over the dynamic patient-acquired information in the system. The privacy issues that are largely affecting this architecture in protecting and securing the platform would be the key loophole affecting the health records and assessing the health records to a great extent (Plastiras & O’sullivan, 2017). The limitations that are integrated into the sharing capability and the social responsibility of this online platform hinders the privacy architecture while failing to protect the inner meaning to a huge extent. The integration shortcoming is another approach that needs to be integrated and enforced in the business operation. These data are not usually leveraged for effectively optimizing healthcare services.

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Views on using Microsoft HealthVault

The use of a web-based health recording approach would attempt in securing the data relating to healthcare while ensuring the deployment and the integrated approach of the system. The use of this Microsoft HealthVault would suffer from deployment threats and issues that might affect and hinder the sustainability and integration of the personal data recording techniques used. The HealthVault services offer individualistic medical records and healthcare data while ensuring to share with the professionals. The use of this architecture suggests the access needs to be provided to the authorized persons that make sure the data is in safe hand while ensuring to suggest the medical issues integrated in a systematic manner (Padol et al., 2018). Medical issues are the most integrated and articulated approach that needs to be ensured to secure the underlying data while ensuring the integration has been completed on a stimulated time.

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Potential benefits and risks in Microsoft HealthVault

The benefits that are integrated into the PHR service of the Microsoft HealthVault would ensure to allow any individual having a Microsoft account to access and avail the opportunity of recording personal data. This is designed to centralize the data while providing a huge storage capacity within this architecture. The other advantage that is enhancing the overall system would be the systematic implication of all the access control relating to the traditional recording approach practiced in business. The shortcomings that are affecting and hindering the pathway of defining the security protocol of the Microsoft HealthVault would be its conventional data recording system that is aimed at securing the data without integrating the dynamic and advantageous data acquired from the patients while ensuring to sustain and integrate the other approaches (Bhavani et al., 2018). The improper integration practices in this process leave the users to face tremendous difficulties in regulating g the functional system while enhancing the security architecture simultaneously. The social capability and the sharing approaches are lacking in this protocol to enhance its integration proficiency.


Bhavani, R., Suganya, K. S., & Priyanka, D. Y. (2018). Autonomous PHR Sharing: A Patient Centric Scalable and Flexible e-Healthcare Framework. International Journal of Scientific Research in Network Security and Communication6(2), 11-14.

Padol, P. R., More, H. K., Mandre, N. V., & Shimpi, P. N. (2018). PERSONAL HEALTH RECORDS IN CLOUD COMPUTING.

Plastiras, P., & O’sullivan, D. M. (2017). Combining ontologies and open standards to derive a middle layer information model for interoperability of personal and electronic health records. Journal of medical systems41(12), 1-15.

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