RFID Implantation Scenario Paper

The use of radio-frequency identification (RFID) technology has increased significantly in various sectors of the economy. RFID technology involves the use of an RFID tag that is a tiny chip that holds crucial information. The information can be transmitted to an RFID reader. RFID saves organizations’ time and financial resources through real-time traceability, communication, identification, location data for resources and individuals, and the temperature of a particular place. This paper aim at exploring the pros and cons of implementing RFID technology to the healthcare industry. Potential benefits associated with the use of RFID in healthcare organizations include enhancing patient safety, efficiencies in patient care, patient and asset tracking, and provider satisfaction. On the contrary, technology might experience various challenges, including technical, economic, organizational culture, and security and privacy issues. RFID Implantation Scenario Paper

Evaluation of the Pros and Cons of Using the Implanted RFID

The use of implanted RFID has both benefits and challenges. The first benefit involves enhancing patient safety. The use of implanted RFID secures patients’ confidential and highly sensitive information, which is handled in medical facilities, thus preventing it from being accessed by unauthorized individuals. Additionally, the use of the implanted RFID technology makes the delivery of patient care efficient by availing the required medical information of an individual to a healthcare provider. In turn, practitioners use the provided information during diagnosis and treatment processes. Furthermore, the use of implanted RFID enhances patient and asset tracking. An active RFID uses tags to communicates constantly with tags that are attached to particular items and individuals. Therefore, real-time tracking of the actual location at all times is possible. More so, the use of this technology results in provider satisfaction due to the provision of high-quality care.

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On the contrary, technology is associated with various challenges. First, the use of implanted RFID might experience technical issues. This challenge will be caused by the lack of technical knowledge and skills that are required during the initial installation and maintenance of this technology in healthcare organizations. Also, economic issues are likely to arise during the implementation of the proposed technology. Initial installation and maintenance costs are relatively high and unaffordable for most healthcare organizations. More so, the use of implanted RFID might be hindered by the organizational culture. Some healthcare organization are reluctant to embrace change. Therefore, such medical facilities will be unwilling to adopt and implement new technology in clinical practices. Finally, the use of implanted RFID will be faced with some security and privacy issues. All the medical details of an individual scanned upon visiting a healthcare facility. The information is then uploaded into the provider’s EHR system, which compromises a patient’s confidential information.

The use of the implanted RFID in my Life and the Society

            The implanted RFID has been useful in my life. Specifically, the implantable chip controls my identification through the identification of the information that has been stored on a

transponder. Therefore, chip serves as my permanent identity card and security clearance making it unnecessary to carry personal documents. Additionally, the chip contains my physiological characteristics and health information. Thus, the chip is helpful while I am unconscious and in an emergency where medical services might be needed. Under such circumstances, care providers rely on health data contained in the chip.
Additionally, this technology has been incorporated into society. The society members use chips for commercial, research, and military. Also, implantable RFID chips have been used in animal and asset tagging successful. Consequently, it allows people to track their assets, such as cars and animals successfully.

The Potential Legal, Ethical, and Social Implications

The implementation of the implantable RFID chips in the organization has legal, ethical, and social implications. First, this technology will compromise the ethical consideration of privacy and confidentiality. Care providers will access all the medical details contained in the chip during the treatment, thus interfering with the privacy of their patients. Additionally, the implantable RFID chips will compromise legal and legislative guidelines. The implantable RFID involves Social Security Number under the skin. Therefore, this technology is likely to result in identity theft. Finally, technology is associated with social issues. The implementation of the implantable RFID chips will weaken social ties since individuals can perform tasks that initially required the support of their friends and relatives. RFID Implantation Scenario Paper

Populations that might Benefit this Technology most

The use of implantable RFID chips will mainly benefit individuals with cognitive disabilities. These disabilities affect the mental processes of individuals. Intellectual disabilities limit the capacity of children to learn or function. Children with these disorders have relatively low intelligence quotient (IQ) score (Werner, 2012). The RFID technology will benefit these children since it will contain their personal and identity details. Therefore, care providers will diagnose and treat these children based on the information accessed from the chip. Additionally, parents and guardians will be in a position to track children with these disabilities.

A Policy to Incorporate in Addressing the Redundancy of Information in RFID Chips

 Addressing the redundancy of data contained in the RFID chips will enhance the usefulness of information during the diagnosis and treatment process. The duplicated data will be filtered through a modified Bloom Filter. This filtering approach is preferred since it utilizes only a single hash function (Kamaludin et al., 2016). Additionally, redundancy of information will be addressed through robust policy. This policy will address the issue due to its capacity to perform across a wide range of plausible scenarios or characteristics.

The Incorporation of the Implantable IRFID Technology in the Organization

            The implantable IRFID technology will be utilized in the organization during the diagnosis process. The RFID chip will be scanned upon visiting the healthcare organization, and all the information will be uploaded to the EHR system of the provider to guide during diagnosis and treatment processes. According to Mortazavi et al. (2015), taking patient’s medical history is an important exercise during treatment.

Logistics

The RFID chip will be scanned upon visiting the healthcare organization. All the information will be uploaded to the EHR system of the provider, making it accessible during the treatment process.

To what extent can Patients access their Information?

The users can access the same information as the healthcare provider. The RFID chip will be scanned upon visiting the healthcare organization. All the information will be uploaded to the EHR system of the provider to guide during the treatment process. The information is then copied back to the chip during discharge, making it accessible to the user. RFID Implantation Scenario Paper

Required Policies

The organization need to introduce privacy policies to safeguard the interests of patients with implanted RFID. The policy will prohibit unauthorized individuals from accessing patients’ information once its uploaded to the providers EHR system. Legal measures will be taken against individuals who will access patients’ information.

Conclusion Recommendation

            Implanted RFID technology should be implemented in the organization due to its benefits to the patient and the care provider. The RFID chip will be scanned upon visiting the healthcare organization, and all the information will be uploaded to the EHR system of the provider to guide during diagnosis and treatment processes. Therefore, the use of RFID technology will improve the quality of care and patient’s and provider’s satisfaction.

References

Kamaludin, H., Mahdin, H., & Abawajy, J, H. (2016). Filtering Redundant Data from RFID Data Streams. https://doi.org/10.1155/2016/7107914

Mortazavi, H., Rahmani, A., & Rahmani, S. (2015). Importance, Advantages, and Objectives of Taking and Recording Patient’s Medical History in Dentistry. International Journal of Medical Reviews, 2(3), 287-290.

Werner, S. (2012). Individuals with intellectual disabilities: a review of the literature on decision-making since the Convention on the Rights of People with Disabilities (CRPD). Public Health Reviews, 34(2), 1-27. RFID Implantation Scenario Paper