Security Analysis and Implementation Leveraging Globally Networked RFIDs

Park, Namje; Kim, Seungjoo; Won, Dongho; Kim, Howon

doi:10.1007/11872153_43

Cited by 28 publications

(3 citation statements)

References 6 publications

(7 reference statements)

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“…As cyberattacks become diverse and sophisticated, researchers in that field are studying not only defense strategies but, also, the prediction of cyberattacks, and the Science of Security is being also increasingly studied, in which assumptions on physical security, managerial security and information security and their verifications are conducted and new knowledge are created. In addition, various research and projects approaching cyberattacks from different perspectives are underway [46].…”

Section: Conclusion and Future Plansmentioning

confidence: 99%

Preemptive Prediction-Based Automated Cyberattack Framework Modeling

et al. 2021

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As the development of technology accelerates, the Fourth Industrial Revolution, which combines various technologies and provides them as one service, has been in the spotlight, and services using big data, Artificial Intelligence (AI) and Internet of Things (IoT) are becoming more intelligent and helpful to users. As these services are used in various fields, attacks by attackers also occur in various areas and ways. However, cyberattacks by attackers may vary depending on the attacking pattern of the attacker, and the same vulnerability can be attacked from different perspectives. Therefore, in this study, by constructing a cyberattack framework based on preemptive prediction, we can collect vulnerability information based on big data existing on the network and increase the accuracy by applying machine learning to the mapping of keywords frequently mentioned in attack strategies. We propose an attack strategy prediction framework.

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Section: Conclusion and Future Plansmentioning

confidence: 99%

Preemptive Prediction-Based Automated Cyberattack Framework Modeling

et al. 2021

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“…By intuition, To execute an interval query, the frontend must execute quires needed to go down the tree node. Once reached a leaf, the node ID within the leaf can be used to compose tuple [23][24][25][26][27].…”

Section: B+treementioning

confidence: 99%

Encryption Scheme Supporting Range Queries on Encrypted Privacy Databases in Big Data Service Era

Lee

Park

2012

Computer Science and Its Applications

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Security and privacy issues are magnified by velocity, volume, and variety of big data, such as large-scale cloud infrastructures, diversity of data sources and formats, streaming nature of data acquisition and high volume intercloud migration. Therefore, traditional security mechanisms, which are tailored to securing small scale static (as opposed to streaming) data, are inadequate. In this paper, we proposed Bucket ID Transformation that is a new encryption mechanism and the scheme can range search without order-preserving. Bucket ID Transformation is performed by recursive HMAC as many as a value of Bucket ID. As a future desk, we plan to carry out simulated experiments for performance evaluation and compare the results, and design and verify a provably secure encryption mechanism.

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“…The mobile RFID network function is concerned with the communication protocols such as the ODS communication for code interpretation, the message transmission for the transmission and reception of contents between the cellular phone terminal and the application server, contents negotiation that supports mobile RFID service environment and ensures the optimum contents transfer between the cellular phone terminal and the application server, and session management that enables the application to create and manage required status information while transmitting the message and the WIPI extended specification which supports these communication services. The mobile RFID middleware is implemented by extending the WIPI platform to provide RF code-related information obtained from the RF tag through the RFID reader installed in the mobile phone (Mobile RFID Forum of Korea, 2005aPark et al, 2006c;Park et al, 2006d). The functions of RFID WIPI C API include RFID reader control, buffer control, tag control, filtering, networking for code decoding, URN conversion, FQDN conversion, DNS resolving and the content services.…”

Section: Data Processing Using Middleware Platformmentioning

confidence: 99%

Cell phone-based mobile RFID: models, mechanisms and its security

Park

2012

IJRFITA

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Mobile Radio Frequency Identification (RFID) is a newly emerging technology which uses the mobile phone as an RFID reader with a wireless technology and provides new valuable services to the user by integrating RFID and ubiquitous sensor network infrastructure with mobile communication and wireless internet. The mobile RFID enables business to provide new services to mobile customers by securing services and transactions from the end-user to a company's existing e-commerce and IT systems. In this paper, we will discuss mobile RFID technology. We begin with a discussion of the details of a mobile RFID system anatomy, followed by a discussion of the components that make up a typical mobile RFID system framework and the underlying sub-systems that make them work. ). Currently, RFID technologies consider the environment in which RFID tags are mobile and RFID readers are stationary. However, in the future, RFID technologies could consider an environment in which RFID tags are stationary and RFID readers are mobile. RFID based on mobile telecommunications services could be the best example of this kind of usage. RFID-based mobile telecommunications services could be defined as services which provide information access through the telecommunication network by reading RFID tags on certain objects using an RFID reader in mobile terminals such as cell phones. RFID tags play an important role as a bridge between offline objects and online information. The RFID-enabled cell phone was introduced by Nokia in 2004 (Nokia, 2004;Park and Lee, 2004;Chae and Oh, 2005;Yoo, 2005).Furthermore, the RFID tags of the future will evolve as active tags which have networking capabilities, becoming a key component of the ubiquitous network environment rather than the current passive RFID tags. In this stage, RFID tags will need network addresses for communications. For the ubiquitous network, current RFID-related technologies need to be modified to reflect the features of mobile telecommunications services; and additional technologies for RFID-based mobile telecommunications services should be established to provide harmonised operation of such services. In this paper, we will discuss the mobile RFID technology. We begin with a discussion of the details of a mobile RFID system anatomy, followed by detailed discussion of the components that make up a typical mobile RFID system framework and the underlying technologies that make them work. BackgroundIn this section, we introduce the overview and basic service models of mobile RFID technology. And, we will discuss the mobile RFID technology's wireless specification and difference of EPC RFID network case. UHF mobile RFID technologyThe main philosophy of the networked RFID is that it tries to remove data from the tag and manipulates the data on the network (Sarma et al., 2002). Therefore, it makes the code which tag holds as small as possible. The size of the code, which is defined by EPCglobal, is 96 bits or 128 bits. This small code size makes the cost of RFID tag cheap and resolving operation...

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Security Analysis and Implementation Leveraging Globally Networked RFIDs

Cited by 28 publications

References 6 publications

Preemptive Prediction-Based Automated Cyberattack Framework Modeling

Preemptive Prediction-Based Automated Cyberattack Framework Modeling

Encryption Scheme Supporting Range Queries on Encrypted Privacy Databases in Big Data Service Era

Cell phone-based mobile RFID: models, mechanisms and its security

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