RFID Technology, Security Vulnerabilities, and Countermeasures

Xiao, Qinghan; Gibbons, Thomas; Lebrun, H.

doi:10.5772/6668

Cited by 31 publications

(8 citation statements)

References 30 publications

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“…Sikota [2] submitted that during the construction of RDP buildings theft of building materials usually occur on site. Whereas RFID has been suggested by [42]- [44] Housing delivery strategies (market enabling strategy, self-aided and public housing) security on construction sites. A combination of the technologies powered by construction 4.0 with the housing delivery strategies will assist in delivering quality and available houses in the country.…”

Section: Application Of Industry 40 To the Construction Industry (Comentioning

confidence: 99%

Construction 4.0: Its impact towards delivering quality and sustainable houses in South Africa

Osunsanmi¹,

Aigbavboa²,

Oke³

et al. 2018

Creative Construction Conference 2018 - Proceedings

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Housing is a major challenge for most African countries including South Africa which is characterized by numerous backlog of housing provision. This study seeks the adoption of construction 4.0 principles for reducing the housing backlog experienced within the country. Therefore, the study examines the impact of applying construction 4.0 for delivering sustainable and quality accommodation and evaluates the hindrance in its adoption. Construction 4.0 involves the application of industry 4.0 concepts a synonym for the 4 th industrial revolution that originated from the German manufacturing sector to the South Africa housing industry with the intention of creating a digital industry using a sophisticated gadget like drones, RFID, laser scanning, 3D printing and many others. Convenience sampling method was used in obtaining data from practicing construction professional in Johannesburg Gauteng province South African. A total of 184 questionnaires were obtained from the construction professionals out of 220 that was distributed. The data were analyzed with SPSS V 24, using, mean score, regression and factor analysis. The study discovered that there is a positive impact on the use of construction 4.0 principle for housing delivery as it reduced cost and time overrun thereby ensuring the prompt delivery of affordable and quality houses. The foremost hindrance to the adoption of construction 4.0 principle is the cost of investing in modern technology by small construction firms. The study contributes to the innovative ideas for housing delivery in South African it recommends that strategies and infrastructures should be put in place towards enabling the digitization of the construction industry and increase the awareness of construction 4.0 among construction professionals.

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Section: Application Of Industry 40 To the Construction Industry (Comentioning

confidence: 99%

Construction 4.0: Its impact towards delivering quality and sustainable houses in South Africa

Osunsanmi¹,

Aigbavboa²,

Oke³

et al. 2018

Creative Construction Conference 2018 - Proceedings

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“…1. The purpose of the RFID system is to transfer information between a tag and a reader to perform a specific application based on the data stored in the tag [4]. RFID tag can be categorized into three types: passive, semi-passive/semi-active and active.…”

Section: Basic Rfid Systemmentioning

confidence: 99%

“…Similar to active tags, semi-active tags also have internal battery. However, they cannot communicate with other tags and only transmit their information once they receive a radio frequency (RF) signal from the reader [4].…”

Section: Basic Rfid Systemmentioning

confidence: 99%

Architecture of Micro Energy Harvesting Using Hybrid Input of RF, Thermal and Vibration for Semi-Active RFID Tag

Mohamad¹,

Sampe²,

Berhanuddin³

2017

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This research work presents a novel architecture of Hybrid Input Energy Harvester (HIEH) system for semi-active Radio Frequency Identification (RFID) tags. The proposed architecture consists of three input sources of energy which are radio frequency signal, thermal and vibration. The main purpose is to solve the semi-active RFID tags limited lifespan issues due to the need for batteries to power their circuitries. The focus will be on the rectifiers and DC-DC converter circuits with an ultra-low power design to ensure low power consumption in the system. The design architecture will be modelled and simulated using PSpice software, Verilog coding using Mentor Graphics and real-time verification using field-programmable gate array board before being implemented in a 0.13 µm CMOS technology. Our expectations of the results from this architecture are it can deliver 3.3 V of output voltage, 6.5 mW of output power and 90% of efficiency when all input sources are simultaneously harvested. The contribution of this work is it able to extend the lifetime of semi-active tag by supplying electrical energy continuously to the device. Thus, this will indirectly reduce the energy limitation problem, eliminate the dependency on batteries and make it possible to achieve a batteryless device.

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“…The new secret code is updated on the tag. In this case, secret key gets updates every time the tag is read [15] [16].…”

Section: Related Workmentioning

confidence: 99%

Confidential Synchronized Anti-Tag Cloning for securing Radio Frequency Identification communication

Patel

Ramesh

Karna

et al. 2016

2016 IEEE Long Island Systems, Applications and Technology Conference (LISAT)

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Radio Frequency Identification (RFID) provides easier identification of the data object. This process involves tagging an object to a transmitter which emits a burst of information including identification of the tag. The identification process and the various components involved in the transmission, identification and receiving of the radio waves. However, RFID suffer from data leaks, apart from this, it experiences severe security threats such as, Privacy, Security and Integrity. In this paper, Confidential Synchronized Anti-Tag Cloning (CSATC) is introduced, a method to secure the tag from being cloned with the help of back end server. The CSATC is validated using Efficient and Reliable Trivial RFID Authentication (ERTRA) algorithm. In ERTRA algorithm, implementation of Synchronous Secrets Method (SSM) and Optimal Trivial RFID Authentication Protocol (O-TRAP) are considered. This method efficiently processes the algorithm and, the privacy and security problem can be solved.

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RFID Technology, Security Vulnerabilities, and Countermeasures

Cited by 31 publications

References 30 publications

Construction 4.0: Its impact towards delivering quality and sustainable houses in South Africa

Construction 4.0: Its impact towards delivering quality and sustainable houses in South Africa

Architecture of Micro Energy Harvesting Using Hybrid Input of RF, Thermal and Vibration for Semi-Active RFID Tag

Confidential Synchronized Anti-Tag Cloning for securing Radio Frequency Identification communication

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