scholarly journals Over the Air Smart Card Update via Secure Channel Protocol & Universal E-Card

Author(s):  
Sankalp Singh Chauhan

Smart cards have been used in the industry from a very long time but the recent technological advancements are yet to reach this industry. As we know Modern technologies can easily be updated via internet and any new feature can be added on the go. For smart cards (like bank cards, sim, ID cards etc.) still the traditional approach is used of replacing an existing card and provide a new one or to provide a end of lifetime for the card for issuance of new one. This paper proposes a solution to update the cards on the go, like a software update thereby reducing the hassle for user, saving logistics cost for the issuing authority, increasing longevity of cards and reducing the overall resources used in card manufacture. The paper also discusses how the proposed solution integrates with the existing hardware and modified for any custom needs. The paper further expands the scope to a proposed universal E-Card system wherein a concept of single card for all purposes is introduced.

Author(s):  
Intan Sari Areni ◽  
Elyas Palantei ◽  
Ansar Suyuti ◽  
Merna Baharuddin ◽  
Faisal Arya Samman ◽  
...  

The purpose of this service is to develop and implement Smart Card-based Smart Campus at the State Islamic Institute (IAIN) Bone. This application platform was developed using the standard Indonesian Smart Card Consortium (KSCI) with a smart card and reader chipset from PT Xirka Silicon Technology and PT. INTI. This application serves to receive, process, and visually display data sent by a card reader. Processing this data is very necessary so that the data collected can be used to facilitate the campus in recording student data electronically and use it for various campus interests. In addition, this application allows access to interoperability with applications on other campuses, for example with fellow KSCI member campuses or other campuses in this case the IAIN Bone campus. When this smart card system is running and stable, the system can be developed to enter various other applications such as ticketing, loyalty cards in various communities, and close loop payments. The implementation of community service was divided into 2 stages, namely the socialization stage about smart campus, especially smart cards and the Smart Card-based Smart Card application training phase on the IAIN Bone campus. The implementation of this activity received a positive response from the campus and has implemented two smart card systems in the campus of IAIN Bone.


Author(s):  
Giuseppe Cattaneo ◽  
Pompeo Faruolo ◽  
Ivan Visconti

The established legal value of digital signatures and the growing availability of identity-based digital services are progressively extending the use of smart cards to all citizens, opening new challenging scenarios. Among them, motivated by concrete applications, secure and practical delegation of digital signatures and decryptions is becoming more and more critical. Unfortunately, all secure delegation systems proposed so far include various drawbacks with respect to some of the main functional requirements of any practical system. With the purpose of proposing a truly practical solution for signature and decryption delegation, in this chapter the authors put forth the notion of a “Proxy Smart Card System,” a distributed system that allows a smart card owner to delegate part of its computations to remote users. They first stress the problematic aspects concerning the use of known proxy-cryptography schemes in synergy with current standard technologies, which in turn motivates the need of proxy smart card systems. Then they formalize the security and functional requirements of a proxy smart card system, identifying the involved parties, the adversary model, and the usability properties. Finally, the authors present the design and analysis of a proxy smart card system, which implements the required functionalities outperforming the current state of the art.


2009 ◽  
Vol 33 (1) ◽  
pp. 3

THERE IS PLENTY OF ACTIVITY throughout the world focusing on encrypting personal health (and other) information on credit card-sized plastic ?smart? cards. These cards are embedded with a computer chip and could provide easy access to essential health information. As with many new technologies, there is debate about smart cards in health. In July 2004 the Federal Minister for Health and Ageing at that time, the Hon Tony Abbott, announced that ?Australians will have access to a new Medicare smart card as part of the government?s electronic health agenda to improve the quality and accessibility of patient information across the health system?.1 This led to the introduction of the Health and Social Services smart card initiative. The business case for this initiative suggested that this card could replace around 17 government issued ?health? cards, while improving proof of identify arrangements.2 While in opposition, the Labor Party opposed the notion of the smart card, claiming it was an identity card by stealth,3 and at the time of writing, it appears that the health smart card has been put on the backburner while the Government sorts out the priorities. In this issue, Mohd Rosli and his Melbourne colleagues report on a study of patient and staff perceptions about health smart cards (page 136). In this study, 270 emergency department patients and 92 staff completed self-administered questionnaires. The findings among patients and staff generally supported the introduction of smart cards with the majority reporting that the advantages outweighed the disadvantages. The majority of the respondents indicated that the cards should be brought into use, and that they would use one if offered. However, the study did find that a large proportion of staff and patients were not aware of health smart cards at all. A fundamental change in the structure of our relationship with the government had been proposed through the Health and Social Services smart card initiative, and yet the findings of this study suggest that the Australian public was ill prepared to discuss the implications. Where is the information sharing, the discussion and the debate that can help shape our health care system for the future? In our last issue of 2008 we included a call for student papers. I would like to remind all readers of this important initiative, reproduced overleaf, as I believe this is an effective way to begin to encourage the necessary discussion and debate.


Author(s):  
Snehal S. Golait ◽  
Lutika Kolhe ◽  
Snehal Rahangdale ◽  
Anjali Godghate ◽  
Prajakta Sonkusare ◽  
...  

The Public Distribution System in India is the largest retail system in the world. Major problem in this system are the inefficiency in the targeting of beneficiaries, improve weighing machines used an illegal selling of goods. Automated public ration distributed system aim to replace the manual work in Public Distribution System there by reducing the corruption an illegal selling of stock. This paper gives the review on the E- Ration card system to distribute the grains automatically. The proposed system is used the conventional ration card which is replaced by smart card by using RIFD card. The RFID card redirect to the web of the shop , the required item are selected and payment is done and then item are collected from the machine. In this system, the government has control overall transaction that occurs in the ration shop and all the stock records are updated to the government databases so as to refill the stock with material thereby reducing the corruption.


2017 ◽  
pp. 394-409
Author(s):  
Nektarios Konstantopoulos ◽  
Vasileios Syrimpeis ◽  
Vassilis Moulianitis ◽  
Ioannis Panaretou ◽  
Nikolaos Aspragathos ◽  
...  

This chapter presents a software system based on smart cards technology for recording, monitoring and studying patients of any surgery specialty (General Surgery, Orthopedics, Neurosurgery, etc.). The system is also suitable for the computerization of any surgery specialty clinic and the respective surgical material repositories. Dynamic customization functions adapt the system to the different characteristics of the surgery specialties. Special customization is involved concerning implantable materials. The .NET platform and Java Cards used for the development of the system and the architectural model of the system are designed towards satisfying the basic integration and interoperability issues. The developed system is “doctor-friendly” because it is based on classifications and knowledge grouping used in every day clinical practice provided from medical experts on the field but is not intended to be a complete Electronic Medical Record (EMR). The major scope of this effort is the development of a system that offers a fast and easy installable, low cost solution in health environments still immature in adopting solutions based exclusively on Informatics and is designed to be installed in small Private Medical Consulting Rooms to Community Clinics, Health Centers, Hospital Surgery Departments till Central Health Organizations.


2019 ◽  
Vol 9 (17) ◽  
pp. 3597 ◽  
Author(s):  
Zilin Huang ◽  
Lunhui Xu ◽  
Yongjie Lin ◽  
Pan Wu ◽  
Bin Feng

The aim of this study is to develop a fast data fusion method for recognizing metro-to-bus transfer trips based on combined data from smart cards and a GPS system. The method is intended to establish station- and time-specific elapsed time thresholds for overcoming the limitations of one-size-fits-all criterion which is not sufficiently convincing for different transfer pairs and personal characteristics. Firstly, a data fusion method with bus smart card data and GPS data is proposed to supplement absent bus boarding information in the smart card data. Then, a model for identifying metro-to-bus interchange trips is derived based on two rules about maximal allowable transfer distance and elapsed transfer time threshold. Finally, in tests that used half-monthly field smart card data and GPS data from Shenzhen, China, the results recognized by the proposed method were more consistent with the actual surveyed group transfer time with a P value of 0.17 determined by Mann–Whitney U test. The comparison analysis showed that the proposed method can be widely applied to successfully identify and interpret metro-to-bus interchange behavior beyond a static transfer time threshold of 30 min.


Author(s):  
Konstantinos Markantonakis ◽  
Keith Mayes

When designing and implementing a system that handles sensitive or valuable information, there can be few discussions that do not include some reference to ensuring adequate security. At a strategic level there will be high level requirements for security that will safeguard the system, which must ultimately translate to practical solutions and physical implementations. This chapter focuses on the technical implementation of security requirements and, in particular, the use of smart cards as trusted security tokens. In particular, it examines the significance of tamper resistance by exploring the different hardware and software platforms in relation to smart card attacks. It also highlights certain issues around the deployment of smart card technology in the financial industry.


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