NFC Devices Research Articles

СУЧАСНІ ТЕНДЕНЦІЇ РОЗВИТКУ МАРКЕТИНГОВОЇ ПРОДУКТОВОЇ ТА ЗБУТОВОЇ ПОЛІТИКИ БАНКУ

The study found that the war caused a drop in demand for banking products, non-payment on loans, and a reduction of the commercial revenue base banks of Ukraine. To improve their financial situation, Ukrainian banks must intensify their product and sales policies. Expand the banking institution may have a product range through the issuance of loans for financing of startups by domestic companies or using co-branding, for example, offering co-branding cards in conjunction with partners, using their premises to sell their products. In order to maintain their competitive position, commercial banks of Ukraine should constantly update their product range as single and limited products (we can talk not only about financial products), and massive and unlimited. In this case, the first may not be offered to corporate clients only. Improve management efficiency relationships with customers, banks allow CRM systems, formation own databases. It is determined that today there are several groups of the most relevant tools of banking marketing: informational technologies, web, and mobile banking. In the digital economy, it is important for a commercial bank to develop a unified concept for the organization's remote banking services, which should become multichannel. This will allow customers to choose the most convenient for themselves service channel in a particular case. However, due to the subsequent development of online trading banking operations often goes online mode due to the use of non-cash payments. It is determined that in general, it is possible to distinguish such trends in the development of marketing product and sales policy of commercial banks of Ukraine: expansion use of Internet banking and mobile banking, active use of contactless payments through contactless cards in smartphones and other NFC devices; biometric identification of clients; the formation of neo banks; distribution of digital wallets and QR codes; development banks of joint products with FinTech companies; formation of financial supermarkets; implementation of CRM systems; offer calculators on official websites of banks; formation of customer self-service zones.

INDHCI: Indonesian Districts Health Care Information Model

Indonesia as the fourth most populated country in the world has inadequate informaton health care treatment. Moreover, the health index of the population of Indonesia is still relatively low compared to other countries. Medical record for example, no national medical record health information systems integrated which answer challenges to decision making services soon. Provincial health office no have medical record data which doctor need and adequate of information system for decision making to medical action. Indonesian district healthcare information based on raspberry (INDHCI) will be started of Indonesian district and concern in hospitals service healthcare, doctor and patient can communication. Will be built collaboration on district where need to integrate all hospitals healthcare data such as medical record, health facility for hospitals service data medical record collection with public and private community health center and the ministry of health of the Republic of Indonesia. The development will implement current technology such as Near Field Communication or NFC is the development of Bluetooth and RFID in which NFC provides communication technologies using Bluetooth to connect and RFID as a wave to connect to other NFC devices. NFC allows mobile phones to store necessary data safely and reliably. The data can be sent to other phones using NFC or read by an NFC reader. Then data can be save on Data Warehouse. Data can be used as Indonesian district health care information, Indonesian health research by institution and decision Support System by doctor to serve patient any where. The Indonesian district healthcare Information Model will be built in smartphone application, using the Internet of Things (IoT).

СТАН ТА ПЕРСПЕКТИВИ РОЗВИТКУ РОЗРАХУНКІВ ПЛАТІЖНИМИ КАРТКАМИ В УКРАЇНІ

The article has considered the development trends and the current state of non-cash payments by payment cards in Ukraine. The system of non-cash payments plays an important role in the development of the national economy: it reduces the share of the economy shadow sector and the stability of money circulation, it develops the modern electronic technologies and increases activity of the population as a participant in the country's banking system. The article has analyzed the growth rate of the number of Internet users in Ukraine. It has also analyzed the number of transactions with plastic cards and the volume of transactions by the amount of payments. It has considered the structure of transactions with plastic cards in cash equivalent and by the number of non-cash transactions and cash withdrawing operations. It has determined that the share of non-cash payments in the structure of payments by payment cards is being constantly increased. It has also determined that the largest percentage of non-cash transactions with plastic cards is carried out in the retail network. Transactions with contactless payment technology have accounted up to almost the third of the total number of transactions. The smallest number of operations is accounted by operations in self-service devices. There is a tendency to increase the number of contactless payments. They are payments using Apple Pay, Google Pay, Garmin Pay, smartphones and smart watches, chipped payment cards. Security, speed and convenience of contactless payments, with using of contactless cards and smartphones and other NFC devices, encourages the spread of cards that support this payment technology. The article has also examined the main types of threats by payment cards using.

Development of NFC and IoT-enabled measurement devices for improving health care delivery of Indonesian children

In this research, a prototype of NFC and IoT-enabled medical measurement device aimed for infants between 0-5 years old is designed. The device is aimed to record data and transmit them to NFC tags on a greater system containing electronic medical record of Indonesian children, which is normally recorded in a paper card named Kartu Menuju Sehat (KMS). The device can measure five parameters: height, weight, temperature, heart rate, and blood oxygen (SpO2). The result is passed to a sensor fusion system to determine health status of the child, after which the data is transmitted to mobile KMS application owned by child’s guardian and health personnel. The system is tested on 12 infants of 12 months and below in two Indonesia’s community health centre Posyandu units. Based on the result, the system is able to measure five parameters at once and transmit it to the health personnel and child’s guardian, making it feasible to develop the prototype further into a fully functional medical device for use with electronic KMS.

Information security of RFID and NFC technologies

The subject of this work is the information security of radio frequency identification technologies and near field communication (RFID, NFC). The work describes and classifies some currently known vulnerabilities of the corresponding protocols and devices that implement them, and considers cryptanalysis tools and software. The result of the work is an assessment of the risk of using certain specific NFC devices, for example, contactless bank cards. The author’s view on the development prospects of the technology as a whole is also presented.

Radio Inference Analysis for WPT Embedded Digital Living Things in Coexistence with NFC Devices in Smart Home Microgrid Facility

The rapid development of wireless power transfer (WPT) in mobile devices and Internet of Things (IoT) Technologies inspires the research interest to support the wireless power charging capability on digital living equipment to manage energy sources effectively. As energy consumption in our day to day life is steadily increases the demand, the trend for energy harvesting technology also grows and there is an increasing number of an independent IoT based microgrid facility is built using solar panels in smart home. The digital living things are usually placed in a narrow space with microgrid facility. However, The IoT connected digital living is placed independently in a large space. The WPT will give interference to electrical equipments and electric utility meter in microgrid facility. This paper is focused on analyzing the coexistence between WPT and electric utility meter in an IoT based smart home microgrid facility. The separation distance between WPT and electric utility meter and the allowable numbers of WPT are suggested in order to protect electric utility meter from interference of WPT on the basis of interference scenario. The Monte Carlo method is used for the impact analysis of WPT supporting digital living things on energy utility meter built-in with Near Field Communication.

Инновационная среда и перспективы развития технологии NFC и In-App платежей в новом технологическом укладе

The article considers an open innovative environment in which there is NFC and
 In-App Payments, their development prospects, the pros and cons of these
 systems, their place in the sixth technological way, gives concepts of NFC, In-App
 Payments, considers the technology of contactless payments, the principle
 of operation of the device with a Secure Element NFC and Host Card Emulation
 technology, sanctifies the issue of the security of NFC devices, methods
 of protection against attacks on the device, the use of NFC in other electronic
 media. Comparative characteristics depending on the situation, NFC and In-App
 Payments are given. The article shows the global Informatization of our society
 in the sixth technological way.

Formally verified TSM centric privacy preserving NFC mobile payment framework and protocol

Near field communication is on the verge of broad adoption worldwide. The combination of NFC and smart mobile devices are making the way of life more easier for millennials. Sensitive consumer information can be predicted using data aggregation and predictive data mining approaches on any profit-oriented open e-commerce business models which may potentially cause a privacy breach. In mobile payment, which is a popular e-commerce sub domain application, consumers' sensitive information potentially sits on retailers' server over which consumer has no control but hackers can exploit. This paper presents a new TSM centric privacy preserving framework and a protocol for NFC-based proximity payments. It prevents consumer data from ever touching a merchant's server where the majority of data breaches occur. The correctness of proposed privacy preserving NFC payment protocol is ensured here via formal modelling and verification using Proverif.

An NFC-based Scenic Service System

Based on the characteristics that NFC devices can read and write specific tags and readers, three programs are proposed using NFC mobile phones to interact with the deployed tags and readers for acquiring information of the current attraction and attractions nearby. A kind of check-in and scoring mechanism is also designed which can be efficient and effective for users to upload scores for popular attractions recommendation, and its correctness has been verified by formula derivation. Then a cross-platform interactive NFC-based service system is designed and implemented on platforms of Android phones, servers and PC clients according to these programs and the mechanism. By testing the time consumption of each operation and comparing three programs, the system performance proves to be fine and can meet actual use.

NFC in the K-Project Secure Contactless Sphere—smart RFID technologies for a connected world

Representatives from the entire RFID supply chain have come together to form a consortium to work on the K-Project Secure Contactless Sphere (SeCoS). The aims of the project are to develop a Web of Things platform with built-in NFC support which places the highest demands on security and protection of privacy. Research will be carried out in three important thematic fields to enable secure mobile NFC applications. The first research activity focuses on defining the service architecture and implementing the core components of the Web of Things application platform, which is built on a message driven paradigm. The second research activity develops and assesses security and privacy policy enhancing technologies for NFC devices. The third research activity aims at achieving higher data rates with NFC systems through innovative design solutions. Finally, the project shows the research results in concrete demonstrators.

Comparison of the usability and security of NFC’s different operating modes in mobile devices

This paper highlights the benefits and drawbacks of NFC’s different operating modes with regard to their usability and security. Based on an analysis of both traditional and new communication concepts for mobile NFC devices, their current availability and, specifically, the features to provide security are evaluated. The result of this evaluation is a comparison between the availability, the usability and the security of NFC’s different operating modes.

PTH-076 University Hospital Southampton IBD Portal Pilot– An Innovative it Tool to Promote Patient Self-Care

IntroductionChronic disease management represents a big challenge to the NHS. The IBD standards specify the use of IT to support patient care and to optimise clinical management through data collection...

An ASK Modulator and Antenna Driver for 13.56 MHz RFID Readers and NFC Devices

We propose an ASK modulator and Antenna driver for multi-standard 13.56MHz RFID readers and NFC devices. The proposed transmitters of RFID readers and NFC devices consist of ASK modulator, inverting output driving buffer and off-chip antenna with a matching circuit. The ASK modulation depth can easily be controlled by adjusting duty ratio by the delay line circuit. The test chip was fabricated by using a 0.35μm double poly CMOS process. The measured results demonstrated that the proposed circuit has met the standard specifications.