On the Design and Implementation of an IoT based Architecture for Reading Ultra High Frequency Tags

Santos, Yago Luiz dos; Canedo, Edna Dias

doi:10.3390/info10020041

Cited by 15 publications

(5 citation statements)

References 32 publications

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“…For that, potential security risks and challenges are examined for IoT-based supply chain systems [4,17]. Dos Santos and Canedo [29] developed an IoT system that employs RFID tags embedded to objects to read information, cloud computing (i.e., Microsoft Azure) technology and microservices, and independent IoT services, to manage the scalable system and a large dataset generated from ultra-high frequency (UHF) RFID tags. The main challenges, such as collision, security, privacy, associated with RFID technology are examined in [30].…”

Section: Literature Surveymentioning

confidence: 99%

Intuitive Development to Examine Collaborative IoT Supply Chain System Underlying Privacy and Security Levels and Perspective Powering through Proactive Blockchain

Shahzad

Zhang

Gherbi

2020

Sensors

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Undoubtedly, the supply chain management (SCM) system is an important part of many organizations worldwide; over time, the technologies used to manage a supply chain ecosystem have, therefore, a great impact on businesses’ effectiveness. Among others, numerous developments have been made that targeted to have robust supply chain systems to efficiently manage the growing demands of various supplies, considering the underlying requirements and main challenges such as scalability, specifically privacy and security, of various business networks. Internet of things (IoT) comes with a solution to manage a complex, scalable supply chain system, but to provide and attain enough security during information exchange, along with keeping the privacy of its users, is the great inherent challenge of IoT. To fulfill these limitations, this study designs and models a scaled IoT-based supply chain (IoT-SC) system, comprising several operations and participants, and deploys mechanisms to leverage the security, mainly confidentially, integrity, authentication (CIA), and a digital signature scheme to leverage potentially secured non-repudiation security service for the worst-case scenario, and to leverage privacy to keep users sensitive personal and location information protected against adversarial entities to the IoT-SC system. Indeed, a scaled IoT-SC system certainly opens new challenges to manage privacy and security while communicating. Therefore, in the IoT-SC system, each transaction writes from edge computing nodes to the IoT-SC controller is thoroughly examined to ensure the proposed solutions in bi-directional communication, and their robustness against adversarial behaviors. Future research works, employing blockchain and its integrations, are detailed as paces to accelerate the privacy and security of the IoT-SC system, for example, migrating IoT-centric computing to an immutable, decentralized platform.

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Section: Literature Surveymentioning

confidence: 99%

Intuitive Development to Examine Collaborative IoT Supply Chain System Underlying Privacy and Security Levels and Perspective Powering through Proactive Blockchain

Shahzad

Zhang

Gherbi

2020

Sensors

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“…The emerging RFID technology has inspired IoT to connect physical objects to wireless networks to exchange raw data on object status, movement, position, and process [23]. The IoT is described as a large dynamic global network where each physical and digital asset is individually recognized by its unique identifier that is used to quickly track its status [24]. IoT has allowed devices to be remotely accessible to users.…”

Section: B Business Model Of Rfid-iotmentioning

confidence: 99%

Analysis on Security and Privacy Guidelines: RFID-Based IoT Applications

2022

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The Internet of Things (IoT) comprises many technologies, among them is Radio Frequency Identification (RFID), which can be used to track single or multiple objects. This technology has been widely used in healthcare, supply chain, logistics, and asset tracking. However, such applications require a high level of security and privacy and are unfortunately vulnerable to various attacks and threats that need to be addressed in order for RFID-based IoT applications to reach their full potential. To this end, we propose a set of security and privacy guidelines for RFID, supported by modelling guidelines, mitigations, and the attack vectors cohesively. We compare to the state of the art and point out their shortcomings on known guidelines and reason to address these in our model. The overall methodology is as follows: (i) identify the security and privacy guideline features, (ii) highlight the security goals for RFID-based IoT applications, (iii) analyze the features in relation to RFID industrial standards, and relate them to security goals, (iv) summarize attacks and threats against RFID applications and correlate them with violated security goals, (v) derive a set of security and privacy guidelines for RFID applications in accordance with security and privacy by design frameworks. We also describe our derived guidelines in connection with the involved stakeholders, and (vi) outline the existing mitigation strategies to implement our proposed guidelines. Finally, we describe the main limitations of our work that should be investigated in the future and identify the multiple challenges that concern current security strategies.INDEX TERMS Internet of Things;RFID;security guidelines;privacy guidelines;countermeasures;security goals;privacy and security by design;attacks

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“…The researcher proposes an architecture that reduces the cost of ultra-high frequency RFID reading equipment operating with cloud computing and micro-services in an infrastructure. Due to the scalability and management of large quantities of data that can be produced using ultra higher frequency RFID tags and the nature of the architecture linked to the theme of the research, the use of cloud and micro-computing was required [88]. To collect data and analyze the findings, the architecture proposed to address the research questions intended for the case study of this work has been created.…”

Section: Wwwastesjcom 20mentioning

confidence: 99%

The Role of RFID in Green IoT: A Survey on Technologies, Challenges and a Way Forward

Yusoff¹,

Ishak²,

Alezabi³

2021

Adv. sci. technol. eng. syst. j.

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The Internet of Things (IoT) is a technology that enables communication between everyday life using different sensor actuators that work together to identify, capture, and distribute critical data from the planet. Massive machines and devices are therefore linked and communicate with them. The use of resources in this area presents new challenges for this technology. The goal was to find a green IoT that focuses on energy efficiency and IoT efficiency. Green IoT is an energy-efficient way to reduce or eliminate the greenhouse effect of current applications. Radio Frequency Identification (RFID) is one of the Green IoT and Master IoT components that identifies a person or entity in a high-frequency electromagnetic spectrum when combining electromagnetic or electrostatic couplings. If the predictions are also correct, energy use issues arise as active battery-powered RFID detection needs to be addressed by incorporating new solutions for Green IoT technology. Past studies and assessments have attempted to evaluate RFID technology and its functions. Unfortunately, however, they concentrated on a single RFID view of technique and technology. This paper examines holistically and systematically the impact of RFID applications on green IoT, focusing on three categories: the challenges, environmental consequences, and the benefits of green IoT RFID applications. The impacts, performance and safety of RFID IoT applications have been carefully described. The benefits and examples of RFID applications, including their key advantages and disadvantages, are also discussed. Overall, this paper highlights the potential efforts of RFID to address existing Green IoT issues.

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On the Design and Implementation of an IoT based Architecture for Reading Ultra High Frequency Tags

Cited by 15 publications

References 32 publications

Intuitive Development to Examine Collaborative IoT Supply Chain System Underlying Privacy and Security Levels and Perspective Powering through Proactive Blockchain

Intuitive Development to Examine Collaborative IoT Supply Chain System Underlying Privacy and Security Levels and Perspective Powering through Proactive Blockchain

Analysis on Security and Privacy Guidelines: RFID-Based IoT Applications

The Role of RFID in Green IoT: A Survey on Technologies, Challenges and a Way Forward

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