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NFC technology allows communication between devices like tags, stickers, key fobs and cards that don't require batteries, and between powered devices. The three main uses of NFC listed by the NFC Forum are blank, blank, and transactions.
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The document explores the NFC attack surface by examining NFC protocols and fuzzing the NFC stack on two devices. It finds that some phones can be forced to parse content like images, contacts, and open web pages without user interaction through NFC technologies. In some cases, full control of the phone is possible, allowing theft of data and sending of messages/calls. Proper understanding of NFC and its protocols is needed to analyze risks introduced by the inclusion of NFC functionality on mobile devices.
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Near Field Communication (NFC) is a short-range wireless technology that allows data exchange between devices within close proximity. NFC operates at 13.56 MHz and has a maximum range of about 4 cm. It can be used for contactless payments, data sharing, and connecting electronic devices like accessing a building. NFC provides security through its very short transmission range which requires devices to be in close physical contact to communicate, preventing unwanted access. It also uses protocols that prevent collisions when multiple devices transmit simultaneously.
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The document proposes an NFC-based system to replace paper business cards with digital business cards that are instantly transferred to a user's smartphone when they scan another person's NFC tag. It describes the technical aspects of using NFC technology to store and share contact information digitally. An Android app is presented that allows users to view, save, and manage contacts scanned from NFC tags and stored in the cloud.
NFC architecture and standards involved -C&T RF Antennas Inc
The NFC technology evolved from contactless radio frequency identification (RFID). The RFID transmission range can reach several meters or even tens of meters. It can only read and determine information, and NFC technology emphasizes information exchange. Near field, communication is operated at a frequency of 13.56 MHz within a distance of 20 cm, and its transmission speed is 106 Kbit/s, 212 Kbit/s, or 424 Kbit/s.
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This document proposes a lightweight secure framework for Near Field Communication (NFC) tags that ensures data integrity and authentication. The framework uses cryptographic hashing and digital signatures to verify that data stored on NFC tags has not been altered. It involves generating a hash of the data to store, encrypting the hash with a private key, and writing both to the NFC tag. When reading the tag, the framework re-computes the hash and decrypts the stored hash to verify a match, confirming the data has not been modified. This framework aims to address security issues with NFC tags like eavesdropping, data corruption, and physical theft that could compromise existing payment and identification systems.
Near Field Communication : Tap and Know
This document discusses using Near Field Communication (NFC) technology to provide tourist information to users. It describes how NFC allows information to be transferred between two NFC-enabled devices simply by tapping them together. The proposed system would use NFC tags embedded in signs or stickers at tourist locations. A tourist could tap their NFC-enabled phone against a tag to obtain information about that location, including addresses, and have it read aloud. The system is divided into modules for reading and writing NFC tags, booking tickets, and booking buses directly from the location tags. Benefits mentioned include providing accurate location information to tourists and enabling services like ticketing and transportation booking with just a tap.
Nfc
This document provides an overview of Near Field Communication (NFC) technology. It discusses that NFC allows for short-range wireless communication between devices when they are touched or brought within close proximity. The document outlines the history and development of NFC, how NFC works using readers and tags, comparison to other wireless technologies, example applications such as mobile payments, and the benefits and future of NFC technology.
Recommended
NFC Workshop Connected World Chicago Auto Show 2014
Presentation and demonstration for using and engaging NFC at Connected World, Co-located at the Chicago Auto Show 2014.
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The document explores the NFC attack surface by examining NFC protocols and fuzzing the NFC stack on two devices. It finds that some phones can be forced to parse content like images, contacts, and open web pages without user interaction through NFC technologies. In some cases, full control of the phone is possible, allowing theft of data and sending of messages/calls. Proper understanding of NFC and its protocols is needed to analyze risks introduced by the inclusion of NFC functionality on mobile devices.
Techpubs_NFC-TI100-R
Near Field Communication (NFC) is a short-range wireless technology that allows data exchange between devices within close proximity. NFC operates at 13.56 MHz and has a maximum range of about 4 cm. It can be used for contactless payments, data sharing, and connecting electronic devices like accessing a building. NFC provides security through its very short transmission range which requires devices to be in close physical contact to communicate, preventing unwanted access. It also uses protocols that prevent collisions when multiple devices transmit simultaneously.
NFiD: An NFC based system for Digital Business Cards
The document proposes an NFC-based system to replace paper business cards with digital business cards that are instantly transferred to a user's smartphone when they scan another person's NFC tag. It describes the technical aspects of using NFC technology to store and share contact information digitally. An Android app is presented that allows users to view, save, and manage contacts scanned from NFC tags and stored in the cloud.
NFC architecture and standards involved -C&T RF Antennas Inc
The NFC technology evolved from contactless radio frequency identification (RFID). The RFID transmission range can reach several meters or even tens of meters. It can only read and determine information, and NFC technology emphasizes information exchange. Near field, communication is operated at a frequency of 13.56 MHz within a distance of 20 cm, and its transmission speed is 106 Kbit/s, 212 Kbit/s, or 424 Kbit/s.
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This document proposes a lightweight secure framework for Near Field Communication (NFC) tags that ensures data integrity and authentication. The framework uses cryptographic hashing and digital signatures to verify that data stored on NFC tags has not been altered. It involves generating a hash of the data to store, encrypting the hash with a private key, and writing both to the NFC tag. When reading the tag, the framework re-computes the hash and decrypts the stored hash to verify a match, confirming the data has not been modified. This framework aims to address security issues with NFC tags like eavesdropping, data corruption, and physical theft that could compromise existing payment and identification systems.
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This document discusses using Near Field Communication (NFC) technology to provide tourist information to users. It describes how NFC allows information to be transferred between two NFC-enabled devices simply by tapping them together. The proposed system would use NFC tags embedded in signs or stickers at tourist locations. A tourist could tap their NFC-enabled phone against a tag to obtain information about that location, including addresses, and have it read aloud. The system is divided into modules for reading and writing NFC tags, booking tickets, and booking buses directly from the location tags. Benefits mentioned include providing accurate location information to tourists and enabling services like ticketing and transportation booking with just a tap.
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This document provides an overview of Near Field Communication (NFC) technology. It discusses that NFC allows for short-range wireless communication between devices when they are touched or brought within close proximity. The document outlines the history and development of NFC, how NFC works using readers and tags, comparison to other wireless technologies, example applications such as mobile payments, and the benefits and future of NFC technology.
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This document provides an overview of Near Field Communication (NFC) technology, including NFC modes, use cases, tag types, related specifications, and forum standards. It describes key aspects of NFC such as communication occurring when devices are 4 cm or closer, the reader/tag relationship, and operating modes including read/write, peer-to-peer, and card emulation. Common use cases like service initiation, sharing, connecting devices, ticketing, and payment are outlined. The document also discusses NFC tag types, related specifications like ISO 14443 and MIFARE, and forum standards including NDEF, RTD, and LLCP.
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This document introduces NFC (near-field communication) technology, which allows cell phones to function like digital wallets by enabling contactless payments at merchant terminals simply by tapping the phone. NFC works over short distances and is being adopted by cell phone companies and payment providers to integrate payment credentials directly into phones. The technology is based on existing contactless payment standards and provides a more convenient alternative to physical cards by allowing users to pay with just their phone.
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The document discusses NFC tags, which are small microchips that can be embedded in stickers or wristbands to store information like URLs, phone numbers, or text that can be transferred to an NFC-enabled device like a smartphone. NFC tags do not require batteries as they get power from being in close proximity to a powered NFC device. Different types of NFC tags have varying storage capacities for the amount of data that can be stored.
Nfc
NFC allows short-range wireless communication when devices are 4 cm or less apart. It allows users to simply touch their NFC devices to share contact info, access digital content or make payments. NFC provides an intuitive interface and is suited for a wide range of industries and uses, also enabling quick setup of wireless technologies. It operates at 13.56 MHz and can transfer data at up to 424 Kbps, compatible with existing contactless RFID technology. NFC is implemented in phones in integrated, SIM card and memory card forms and is expected to significantly grow its use in communication devices and payments over time.
nfc-120827094647-phpapp01.pdf
NFC, or Near Field Communication, is a short-range wireless communication technology that allows data exchange between devices when they are touched or brought within close proximity of a few centimeters. It operates at 13.56 MHz and supports data transfer rates of 106 to 424 Kbit/s. For communication to occur, one device must have an NFC reader/writer and the other an NFC tag. Common applications of NFC include contactless payments, data sharing, and connecting devices by touching. The technology provides benefits such as security, interoperability, and enabling quick setup of other wireless standards. The NFC Forum promotes standardization and implementation of NFC technology.
Near Field Communication
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Near-Field Communication (NFC) can be used in a range of different ways at a variety of different places. Here is a list of the top 6 ways NFC can be used by consumers.
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Near field communication (NFC) allows contactless communication between devices within close proximity. It uses magnetic field induction to enable communication between devices within 4 centimeters of each other. NFC operates at 13.56 MHz and can be used for purposes such as contactless payment, data sharing, and connecting to other devices and networks. While NFC provides convenience, its short range and slow data transfer limits its capabilities compared to other wireless technologies. However, its integration into many mobile devices indicates its future role in mobile commerce and connectivity applications.
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The document provides an overview of how to build an NFC application, including:
- The anatomy of an NFC app and its components like middleware, NFC interface, tags, and application logic.
- Details on NFC technologies, tag types, NDEF formatting, and the Android NFC APIs.
- Examples of writing and reading data from NFC tags using Android apps and demonstrating common NFC use cases.
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This document discusses Near Field Communication (NFC) technology. It explains that NFC allows short-range wireless communication between devices when they are touched or within a few centimeters of each other. The document outlines several uses of NFC including mobile payments, data transfer, social networking, and identity verification. It also discusses the advantages of NFC such as convenience and security, and disadvantages like limited range. The future of NFC is presented as the technology becoming more widely adopted in mobile devices and enabling new applications like digital ticketing and travel planning.
Nearfieldcommunication 130807091143-phpapp02
This document discusses Near Field Communication (NFC) technology. It explains that NFC allows short-range wireless communication between devices when they are touched or within a few centimeters of each other. The document outlines several uses of NFC including mobile payments, data transfer, social networking, and identity verification. It also discusses the advantages of NFC such as convenience and security, and disadvantages like short range and slow data transfer rates. The document concludes that NFC will likely be implemented in most mobile devices in the future and its applications could be expanded by combining it with other radio frequency technologies.
Paper id 252014116
This document summarizes a research paper on using near field communication (NFC) tags to enable mobile commerce (m-commerce). It discusses how an Android application could read NFC tags on products to add them to a virtual shopping cart. Payment could then be made via the app using existing online payment methods. The document provides background on m-commerce, mobile payments, and how NFC tags work. It also discusses security protocols for NFC-based communications between a user's mobile device and a merchant's terminal for contactless payments. The proposed system aims to make shopping more convenient and efficient for consumers compared to traditional retail models.
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NFC allows for contactless data exchange between devices within close proximity. It enables a range of applications for consumers and businesses, including payments, transit tickets, access control, and more. NFC operates similarly to RFID and contactless smart cards, using 13.56MHz wireless communication. An NFC ecosystem involves many players, including issuers, carriers, device makers, networks, personalizers, app developers, distributors, merchants, loyalty programs, and offer promoters.
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This document proposes a model for authenticating accessories for NFC-enabled products using AES encryption. It involves the following:
1. Establishing communication between an NFC reader in the product and an NFC tag in the accessory.
2. Performing mutual authentication between the reader and tag through a three-pass AES encryption algorithm (AES-128) run in either AES-ECB or AES-CBC mode.
3. Authenticating that the reader and tag are paired counterparts from the same company, ensuring the accessory is genuine and high quality. This protects brands from counterfeits.
Examples given include authenticating toothbrush heads and blender jars that contain NFC tags paired with the NFC
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NFC allows for short-range wireless communication between electronic devices like smartphones and payment terminals. It enables contactless transactions where users simply tap or touch their device to complete payments or data transfers. While NFC adoption has been limited, standards coordination by groups like the NFC Forum aim to address this by ensuring interoperability. NFC provides benefits like intuitive interactions, versatility across industries, and built-in security due to its short operating range. However, challenges remain around mass adoption including the need for industry collaboration between different players in the mobile ecosystem.
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This document provides an overview of Near Field Communication (NFC) technology, including NFC modes, use cases, tag types, related specifications, and forum standards. It describes key aspects of NFC such as communication occurring when devices are 4 cm or closer, the reader/tag relationship, and operating modes including read/write, peer-to-peer, and card emulation. Common use cases like service initiation, sharing, connecting devices, ticketing, and payment are outlined. The document also discusses NFC tag types, related specifications like ISO 14443 and MIFARE, and forum standards including NDEF, RTD, and LLCP.
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NFC allows short-range wireless communication when devices are 4 cm or less apart. It allows users to simply touch their NFC devices to share contact info, access digital content or make payments. NFC provides an intuitive interface and is suited for a wide range of industries and uses, also enabling quick setup of wireless technologies. It operates at 13.56 MHz and can transfer data at up to 424 Kbps, compatible with existing contactless RFID technology. NFC is implemented in phones in integrated, SIM card and memory card forms and is expected to significantly grow its use in communication devices and payments over time.
nfc-120827094647-phpapp01.pdf
NFC, or Near Field Communication, is a short-range wireless communication technology that allows data exchange between devices when they are touched or brought within close proximity of a few centimeters. It operates at 13.56 MHz and supports data transfer rates of 106 to 424 Kbit/s. For communication to occur, one device must have an NFC reader/writer and the other an NFC tag. Common applications of NFC include contactless payments, data sharing, and connecting devices by touching. The technology provides benefits such as security, interoperability, and enabling quick setup of other wireless standards. The NFC Forum promotes standardization and implementation of NFC technology.
Near Field Communication
Near Field Communication (NFC) is a contactless communication technology based on a radio frequency (RF) field.
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Near-Field Communication (NFC) can be used in a range of different ways at a variety of different places. Here is a list of the top 6 ways NFC can be used by consumers.
Near field communication
Near field communication (NFC) allows contactless communication between devices within close proximity. It uses magnetic field induction to enable communication between devices within 4 centimeters of each other. NFC operates at 13.56 MHz and can be used for purposes such as contactless payment, data sharing, and connecting to other devices and networks. While NFC provides convenience, its short range and slow data transfer limits its capabilities compared to other wireless technologies. However, its integration into many mobile devices indicates its future role in mobile commerce and connectivity applications.
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Near Field Communication(NFC) is a wireless technology which comes in handy.
This slide represent about NFC that i had use for presentation.
AUTOMATED TOLL COLLECTION
The document discusses developing an automated toll collection system using near-field communication (NFC) technology to allow drivers to pay tolls using their NFC-enabled smartphones. It describes the existing manual toll collection system and proposes a new system where drivers can pay tolls automatically by waving their phone at the toll booth. The system would also log all transactions and track vehicles that do not pay their tolls.
NFC (Near Field Communication) by sandip murari
This document provides an overview of Near Field Communication (NFC) technology. It discusses that NFC allows communication between devices within 10 cm of each other. It operates in various modes including card emulation, peer-to-peer, and reader modes. The document outlines the history and working principles of NFC. It discusses applications of NFC such as mobile payments, ticketing, data sharing, and access control. Both advantages like convenience and disadvantages like short range are highlighted. The conclusion is that NFC is a useful technology that saves time despite some security limitations.
NFC Bootcamp Seattle Day 2
The document provides an overview of how to build an NFC application, including:
- The anatomy of an NFC app and its components like middleware, NFC interface, tags, and application logic.
- Details on NFC technologies, tag types, NDEF formatting, and the Android NFC APIs.
- Examples of writing and reading data from NFC tags using Android apps and demonstrating common NFC use cases.
Nearfieldcommunication 130807091143-phpapp02
This document discusses Near Field Communication (NFC) technology. It explains that NFC allows short-range wireless communication between devices when they are touched or within a few centimeters of each other. The document outlines several uses of NFC including mobile payments, data transfer, social networking, and identity verification. It also discusses the advantages of NFC such as convenience and security, and disadvantages like limited range. The future of NFC is presented as the technology becoming more widely adopted in mobile devices and enabling new applications like digital ticketing and travel planning.
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This document discusses Near Field Communication (NFC) technology. It explains that NFC allows short-range wireless communication between devices when they are touched or within a few centimeters of each other. The document outlines several uses of NFC including mobile payments, data transfer, social networking, and identity verification. It also discusses the advantages of NFC such as convenience and security, and disadvantages like short range and slow data transfer rates. The document concludes that NFC will likely be implemented in most mobile devices in the future and its applications could be expanded by combining it with other radio frequency technologies.
Paper id 252014116
This document summarizes a research paper on using near field communication (NFC) tags to enable mobile commerce (m-commerce). It discusses how an Android application could read NFC tags on products to add them to a virtual shopping cart. Payment could then be made via the app using existing online payment methods. The document provides background on m-commerce, mobile payments, and how NFC tags work. It also discusses security protocols for NFC-based communications between a user's mobile device and a merchant's terminal for contactless payments. The proposed system aims to make shopping more convenient and efficient for consumers compared to traditional retail models.
NFC Bootcamp Seattle Day 1
NFC allows for contactless data exchange between devices within close proximity. It enables a range of applications for consumers and businesses, including payments, transit tickets, access control, and more. NFC operates similarly to RFID and contactless smart cards, using 13.56MHz wireless communication. An NFC ecosystem involves many players, including issuers, carriers, device makers, networks, personalizers, app developers, distributors, merchants, loyalty programs, and offer promoters.
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This document proposes a model for authenticating accessories for NFC-enabled products using AES encryption. It involves the following:
1. Establishing communication between an NFC reader in the product and an NFC tag in the accessory.
2. Performing mutual authentication between the reader and tag through a three-pass AES encryption algorithm (AES-128) run in either AES-ECB or AES-CBC mode.
3. Authenticating that the reader and tag are paired counterparts from the same company, ensuring the accessory is genuine and high quality. This protects brands from counterfeits.
Examples given include authenticating toothbrush heads and blender jars that contain NFC tags paired with the NFC
An Electronic Ticketing System based on Near Field Communication for Concerts...
NFC allows for short-range wireless communication between electronic devices like smartphones and payment terminals. It enables contactless transactions where users simply tap or touch their device to complete payments or data transfers. While NFC adoption has been limited, standards coordination by groups like the NFC Forum aim to address this by ensuring interoperability. NFC provides benefits like intuitive interactions, versatility across industries, and built-in security due to its short operating range. However, challenges remain around mass adoption including the need for industry collaboration between different players in the mobile ecosystem.
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Alignments
- 2. Left aligned This enables NFC targets to take ve sddfg m factors such as tags, stickers, key fobs, or cards that do not require batteries. NFC peer-to-peer communication is of course possible, where both devices are powered. According to the NFC Forum, the three mases of NFC currently are “, and transaction.”
- 3. Right aligned enables NFC targets to take ve sddfg m factors such as tags, stickers, key fobs, or cards that do not require batteries. NFC peer-to-peer communication is of course possible, where both devices are powered. According to the NFC Forum, the three mases of NFC currently are “, and transaction.”
- 4. Centre aligned enables NFC targets to take ve sddfg m factors such as tags, stickers, key fobs, or cards that do not require batteries. NFC peer-to-peer communication is of course possible, where both devices are powered. According to the NFC Forum, the three mases of NFC currently are “, and transaction.”
- 5. Justified enables NFC targets to take ve sddfg m factors such as tags, stickers, key fobs, or cards that do not require batteries. NFC peer-to-peer communication is of course possible, where both devices are powered. According to the NFC Forum, the three mases of NFC currently are “, and transaction.”