Lightweight authentication protocol for e-health clouds in IoT-based applications through 5G technology

Minahil,; Ayub, Muhammad Faizan; Mahmood, Khalid; Kumari, Saru; Sangaiah, Arun Kumar

doi:10.1016/j.dcan.2020.06.003

Cited by 48 publications

(19 citation statements)

References 47 publications

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“…In order to achieve reliability and access control, we discussed several papers, in two of these papers [21,23] the authors presented a lightweight protocol for achieving authentication, in our opinion, their use of a lightweight protocol was an excellent option as they consume fewer resources during the calculation and it is more efficient compared to the traditional protocol, the difference between them is the first protocol depend on XOR and shit operations only, not hash function or other cryptographic operations [21], while the other protocol depends on hash function, and elliptic curve cryptosystem [23]. In another paper [22], the authors present a framework relies on a diffie-hellman key exchange, for a service-oriented three-party key agreement to agree to session keys between IoT servers, users, and local fog. In another research [24] the authors presented the Chip Specific Authentication and Access Control mechanism by authorize AAC devices to third parties that provide these devices in 5G RAN.…”

Section: Discussionmentioning

confidence: 99%

“…they prove that their protocol has a high level of performance and security. In the paper [22], the authors propose a secure and efficient authentication framework that supports network segmentation and fog computing to enable users to efficiently establish connections with the 5G network and access IoT services, Authentication is achieved to ensure the confidentiality of the service data and the reliability of the users. Users can anonymously authenticate with IoT servers by authorizing both the 5G core network and IoT servers the authors demonstrated their protocol adequacy under the 5G infrastructure.…”

Section: Authenticity and Access Control To Secure Communicationmentioning

confidence: 99%

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Security Attacks on the IoT Network with 5G Wireless Communication

Aljumaie¹,

Alzeer²,

Alshamrani³

2021

Journal on Internet of Things

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The term Internet of Things has increased in popularity in recent years and has spread to be used in many applications around us, such as healthcare applications, smart homes and smart cities, IoT is a group of smart devices equipped with sensors that have the ability to calculate data, and carry out actions in the environment in which they are located, they are connected to each other through the Internet and recently it has become supported by 5G technology due to many advantages such as its ability to provide a fast connection, despite the efficiency of the IoT supported by the five G technology, it is subject to many security challenges. In this paper, we conducted a comprehensive review of previous research related to the security requirements of the IoT and security attacks.

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Section: Discussionmentioning

confidence: 99%

Section: Authenticity and Access Control To Secure Communicationmentioning

confidence: 99%

Security Attacks on the IoT Network with 5G Wireless Communication

Aljumaie¹,

Alzeer²,

Alshamrani³

2021

Journal on Internet of Things

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“…Almost all the application fields of IoTs have researched some dimension of light-weight authentication schemes in recent years. For healthcare field, the major contributors of authentication schemes include: a light-weight authentication protocol for cloud-based health-care systems (LAPCHS) [34]; a two-factor authentication scheme for Wireless Body Area Network (WBAN) [35]; Secure and light-weight RFID authentication protocol for Medical IoT (SecLAP) [36]; a light-weight mutual authentication and key agreement protocol for remote surgery application in tactile internet environment [37], and authentication for e-healthcare using 5G [38]. Some other health-related approaches are also seen in [39]- [41].…”

Section: A Light-weight Authentication Protocolsmentioning

confidence: 99%

LiSP-XK: Extended Light-Weight Signcryption for IoT in Resource-Constrained Environments

et al. 2021

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There is an increasing drive to provide improved levels of trust within an Internet-of-Things (IoTs) environments, but the devices and sensors used tend to be limited in their capabilities for dealing with traditional cryptography methods. Resource constraints and security are often the two major concerns of IIoT (Industrial IoT applications and big data generation at the present time. The strict security measures are often not significantly resource-managed and therefore, negotiation normally takes place between these. Following this, various light-weight versions of generic security primitives have been developed for IIoT and other resource-constrained sustainability. In this paper, we address the authentication concerns for resource-constrained environments by designing an efficient authentication protocol. Our authentication scheme is based on LiSP (light-weight Signcryption Protocol); however, some further customization has been performed on it to make it more suitable for IIoT-like resource-constrained environments. We use Keccack as the hash function in the process and Elli for light-weight public-key cryptography. We name our authentication scheme: Extended light-weight Signcryption Protocol with Keccack (LiSP-XK). The paper outlines a comparative analysis on our new design of authentication against a range of state-of-the-art schemes. We find the suitability of LiSP-XK for IIoT like environments due to its lesser complexity and less energy consumption. Moreover, the signcryption process is also beneficial in enhancing security. Overall the paper shows that LiSP-XK is overall 35% better in efficiency as compared to the other signcryption approaches.

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“…Thus, the administrator of the document database needs to protect the residents' health data information. For example, the work of [22] provided a new protocol for e-Health cloud, and the protocol could prevent some major attack, e.g., offline password guessing, impersonation, stolen smart card and user anonymity attacks; Meanwhile, the work employed the Random Oracle Model to evaluate and verify their provided protocol.…”

Section: Related Workmentioning

confidence: 99%

Fuzzy Keywords-Driven Public Sports Resource Allocation Strategies Retrieval With Privacy-Preservation

Sang

Zhang

et al. 2020

IEEE Access

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Currently, the government proposes various public sports resource allocation strategies to promote the construction of public sports in the local. Thus, searching for the document database becomes an economic and efficient way for government officials to understand the contents of various public sports resource allocation strategies. As the government officials lack background knowledge of public sports resource allocation, the government officials are hard to retrieve appropriate documents. What's more, the document database is generally unwilling to share all text document information with the government official as some documents contain sensitive data information. Considering the above drawbacks, we put forward a fuzzy keywords-driven public sports resource allocation strategies retrieval approach based on the Simhash (named PSRASk+S) in the paper. The retrieval approach can accurately recommend appropriate documents to the government officials, by using the text description mining of documents and the fuzzy keywords search technology. Furthermore, the retrieval process is not revealing the sensitive data information of the irrelevant public sports resource allocation strategy document to the government officials, so the retrieval process can achieve local information protection mechanism. Finally, a case study explains the feasibility and effectiveness of our retrieval approach step by step.

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Lightweight authentication protocol for e-health clouds in IoT-based applications through 5G technology

Cited by 48 publications

References 47 publications

Security Attacks on the IoT Network with 5G Wireless Communication

Security Attacks on the IoT Network with 5G Wireless Communication

LiSP-XK: Extended Light-Weight Signcryption for IoT in Resource-Constrained Environments

Fuzzy Keywords-Driven Public Sports Resource Allocation Strategies Retrieval With Privacy-Preservation

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