A Secure and Scalable Data Source for Emergency Medical Care using Blockchain Technology

Hasavari, Shirin; Song, Yeong Tae

doi:10.1109/sera.2019.8886792

Cited by 35 publications

(19 citation statements)

References 1 publication

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“…In [27], the authors have discussed classification of the PHI data, and then filtering false data. Blockchain has been used to record the emergency related medical data as patient moves from one MSP to another in [8]. In [24], the authors have proposed a framework for adopting the blockchain technology to manage emergency response following a design science approach.…”

Section: Related Workmentioning

confidence: 99%

Preventing medical service provider from launching known emergency attack in real-time healthcare

Pattanayak

Dhal

2022

Preprint

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In cloud-assisted body area network (BAN), medical user (MU) is equipped with sensor nodes to measure different physiological health information (PHI). Whenever the PHI reading is found to be abnormal, BAN notifies this medical emergency event to cloud. Cloud broadcasts this medical emergency event to all medical service providers (MSPs) attached to cloud while preserving privacy of MU. There can be multiple MSPs competing for admitting the MU in need of medical treatment. For this, MSP uploads its infrastructural parameters to cloud. However, some MSPs can upload false data to cloud for attracting MU. This is possible when malicious MSP is aware of some medical emergency event and ready to exploit the system to get more business. We classify this attack as Known Emergency Attack. This attack can severely deteriorate the appropriate MSP selection process during emergency. However, as per our knowledge, there is no prior work addressing this problem. We propose a blockchain based framework, whcih can prevent an MSP from uploading false data and thereby protect from known emergency attack. In response to MU emergency, MSPs send its encrypted attributes to miners in the blockchain network. Miners compute encrypted difference between registered MSP attribute and currently received MSP attribute. If the difference is within a threshold, only then this MSP is considered as a candidate for MSP selection. Security and privacy of proposed framework is verified using Random Oracle Model and AVISPA tool. Computational requirement of proposed framework has also been evaluated.

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Section: Related Workmentioning

confidence: 99%

Preventing medical service provider from launching known emergency attack in real-time healthcare

Pattanayak

Dhal

2022

Preprint

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“…The early history of the discovery of Bitcoin (digital money) at the end of 2008, which was discovered by a person named Satoshi Nakamato, and in a paper entitled "Bitcoin: A Peer-to-Peer Electronic Cash System". Where he wrote ideas related to the use of Peer-to-Peer network technology (Chen 2019).Definition Peer-to-Peer or known as P2P is a distributed network that can share media files and also exchange data between two computers (peer) or any type of network without any intermediary (Miyachi and Mackey 2021), (Hasavari and Song 2019), (Lee et al 2021). To handle electronic transactions that have been discussed in the paper related to the concept of how to transact with digital Proceedings of the 5 th European International Conference on Industrial Engineering and Operations Management Rome, Italy, July 26-28, 2022 © IEOM Society International money (Bitcoin) online without using a third party and without centralized or distributed storage, the application of the Peer-to-Peer concept can certainly be said to be appropriate to provide solutions related to transaction method using Bitcoin (Namasudra et al 2021), (Adiyanto and Febrianto 2020), (Cunha et al 2021).…”

Section: Literature Review Blockchain Technologymentioning

confidence: 99%

Blockchain Technology for Customer Protection in ECommerce Transaction

Inayatulloh,

Hiererra,

Hartono

et al. 2022

Proceedings of the International Conference on Industrial Engineering and Operations Management

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The high use of the internet has a significant effect on human activity and one of the most affected is online sales via the internet. Many conveniences result from e-commerce both for sellers and for buyers. However, in e-commerce transactions, the customer's position is weak in the sense that customers cannot monitor their transactions transparently so that e-commerce transactions harm customers, such as the goods sent by the seller do not match what was ordered, the seller cancels the transaction unilaterally and so on. Meanwhile, blockchain technology offers a high level of transparency and security based on peer to peer transactions, so blockchain technology can protect customers in ecommerce transactions. The purpose of this research is to protect customers in e-commerce transactions using

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“…To offer a blockchain-based lightweight mutual authentication mechanism that safeguards the privacy of both the patient and the doctor. Blockchain technology is a decentralized database maintained by a group of individuals that has been widely used in a various range of fields (Hasavari and Song 2019). Without the need for third-party trust affirmations, blockchain may create a fully trusted environment amongst unfamiliar participating parties (Pai et al 2021).…”

Section: Prioritizing Beneficiary Data Security and Data Authenticationmentioning

confidence: 99%

“…It may also provide traceability, irreversible alteration, and privacy protection using encryption technologies. Blockchain technology has been seen as a powerful tool for solving tracking systems in the healthcare industry because to its enticing qualities (Hasavari and Song 2019). We offer a simple backup and recovery solution for health blockchain keys based on biosensor nodes (BSN).…”

Section: Prioritizing Beneficiary Data Security and Data Authenticationmentioning

confidence: 99%

A Model to Facilitate Healthcare Infrastructure Pertaining to Medical Emergencies using Block Chain

Imam,

Hiremath,

Dongarakhe

et al. 2022

Proceedings of the International Conference on Industrial Engineering and Operations Management

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In India, the number of deaths caused just by failing to treat a patient in an emergency situation in a timely manner is considerable. One of the key factors is India's emergency response system, which is out of date, in comparison to other technology. This study focuses on achieving operational excellence using block chain technology. The proposed concept focuses on real-time location monitoring of the ambulance, allocation of the nearest ambulance and hospital depending on the real-time location of the patient. Since there is a surge in demand for speedy medical emergency help, the study also focuses on maintaining a database of the patient's past medical records. However, these records shall be encrypted and accessible by the pertinent Doctors or Authorized Persons before the patient arrives at the hospital. The concept has essentially addressed all issues of safety and compliance. A descriptive analysis employing simulation techniques and secondary data from a literature review are used to support the proposed concept. After examining the contributions of all other entities, this research proposes a model that uses block chain to help in the reduction of time during crisis and the facilitation of healthcare infrastructure related to medical emergencies.

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A Secure and Scalable Data Source for Emergency Medical Care using Blockchain Technology

Cited by 35 publications

References 1 publication

Preventing medical service provider from launching known emergency attack in real-time healthcare

Preventing medical service provider from launching known emergency attack in real-time healthcare

Blockchain Technology for Customer Protection in ECommerce Transaction

A Model to Facilitate Healthcare Infrastructure Pertaining to Medical Emergencies using Block Chain

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