Blockchain technology in healthcare: making digital healthcare reliable, more accurate, and revolutionary

Alam, Tauseef; Raza, Khalid

doi:10.1016/b978-0-323-89824-9.00007-0

Cited by 9 publications

(4 citation statements)

References 9 publications

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“…However, they do not authenticate the data of medical devices. With this concern, Reference 18 presented a blockchain‐based authentication scheme to validate the medicine data. This system helps identify anomalous and counterfeit drugs from the manufacturer to the consumer's hands.…”

Section: Taxonomy Of Security and Privacy Issues And Its Solutions In...mentioning

confidence: 99%

“…In these surveys, authors have defined traditional MSCs' diverse security and privacy issues. Table 1 presents the research carried out by authors 8–19 . In their research, the authors explored the various security and privacy issues on MSC.…”

Section: Introductionmentioning

confidence: 99%

“…They also discussed the practical applicability of their proposed survey. Further, Reference 18 proposed a survey on medicine and human organ donation SC. They explored the cyber‐attacks on MSC and human organ SC.…”

Section: Introductionmentioning

confidence: 99%

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A systematic survey on security and privacy issues of medicine supply chain: Taxonomy, framework, and research challenges

Hathaliya,

Tanwar

2024

Security and Privacy

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Several decades ago, the medicine supply chain (MSC) transferred the medicines from the manufacturer to the end‐consumer and kept all records in a manual register. The manual intermediary management of MSC and medicine data often leads to issues like unauthorized third parties participating in the process and illegally tempering medicine data. As a result of this medicine temperament, end users get counterfeit medicine that poses severe consequences for patients' health. Over time, manual data management and intermediaries transform into digital platforms that track, manage, and exchange data in real‐time. Real‐time data exchange opens attackers up to target MSCs, access medicine data illegally, and modify medicine conditions, locations, and specifications. With the objective of this, the proposed survey identifies security and privacy issues and discusses security solutions. This security solution involves various data security and privacy frameworks such as micro‐segmentation, zero trust model, and many other software‐based security solutions. Moreover, The proposed survey explores radio frequency identification for medicine tracking in which each intermediary transforms the medicine location over the internet. In contrast, the Internet of Things is used to exchange medicine temperature conditions in real‐time. Furthermore, cybersecurity‐based solutions help protect against malicious threats, and blockchain keeps data private and temper‐proof. Artificial intelligence provides machine learning and deep learning models for analyzing large amounts of data to generate insights from the MSC data. Therefore, this survey addresses the various security and privacy issues and provides solutions that help researchers carry out work in this domain.

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Section: Taxonomy Of Security and Privacy Issues And Its Solutions In...mentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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A systematic survey on security and privacy issues of medicine supply chain: Taxonomy, framework, and research challenges

Hathaliya,

Tanwar

2024

Security and Privacy

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“…In this manner, the need for good corporate practice examples for blockchain adoption was emphasised. As in [18], Kidner [19] was cited in [26] as an example of how blockchain was being used in the healthcare industry. It was additionally highlighted that blockchain technology is still in its early stages of maturation, which was also addressed.…”

Section: Introductionmentioning

confidence: 99%

Blockchain for Organ Transplantation: A Survey

Calik,

Bendechache

2024

Blockchains

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As blockchain becomes more widely used, a growing number of application fields are becoming interested in blockchain to benefit from its decentralised nature, invariability, security, transparency, quick transaction capabilities, and cost-effectiveness. Blockchain has a wide range of applications and uses in healthcare. Distributed ledger technology facilitates the secure transfer of patient medical records, manages the medicine supply chain, and creates an efficient, transparent, safe, and effective way of communicating data across global healthcare. The organ transplantation process (OTP) is one of the healthcare areas that benefit from the use of such technology to make its process more secure and transparent. In this article, we put forward a systematic literature review analysis on the application of blockchain to the OTP. Additionally, we address and highlight the barriers and challenges that arise while using blockchain technology for the OTP. We also offer some suggestions for future developments that would enhance blockchain’s implementation in the OTP domain.

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Realizing the Potential of Blockchain in Cancer Research

Shamsi

Rahman

2022

Computational Intelligence in Oncology

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Blockchain technology in healthcare: making digital healthcare reliable, more accurate, and revolutionary

Cited by 9 publications

References 9 publications

A systematic survey on security and privacy issues of medicine supply chain: Taxonomy, framework, and research challenges

A systematic survey on security and privacy issues of medicine supply chain: Taxonomy, framework, and research challenges

Blockchain for Organ Transplantation: A Survey

Realizing the Potential of Blockchain in Cancer Research

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