| NFC is the latest but most promising of the short range contactless payment technologies. The technology particularly has huge potential for fast adaptability as an m-payment solution by the industry and consumes alike. |
Near Field
Communication (NFC) has changed the technological environment for the mobile
communication and mobile payments. The technology has proven its potential to
lead as the m-payments market in the future. A consistent amount of efforts have
been made on the development on the NFC to increase the number of its
applications, and also their scope. The technology has now started to move into
commercial phase.
This unique
report analyses the NFC technology at three stages: the development and
standardisation process that the NFC has undergone since its inception in the
market; the current NFC market status - where the technology stands now
including its applications and markets? - and its future growth trends - where
the industry sees NFC in the next five years.
The report
explores a whole of range of opportunities available to the stakeholders in the
NFC ecosystem. NFC has been tested and has potential for the mass-adoption in
almost all segments of m-payments such as m-ticketing, m-banking, m-commerce and
m-trade. While the m-payments are projected to reach the critical mass, NFC for
its compatibility with the existing infrastructure is well placed to leverage
the already available m-payment technologies for its robust future growth.
NFC and
contactless payment ecosystem
NFC is the latest but most promising of the
short range contactless payment technologies. The technology particularly has
huge potential for fast adaptability as an m-payment solution by the industry
and consumes alike. The advantage that the NFC has over other technologies is
that it "build (s) on existing communications infrastructure and user
behaviour." Thus NFC has a central role on a mobile phone, it can work
side-by-side with the existing contactless technologies, either as a standalone
technology or in a collaborative environment, while leveraging the existing
infrastructure. The technology has capability to communicate directly with
different devices or indirectly i.e. in Bluetooth pairing.
The
technology relates to • contactless
cards • SIM-based solutions • Bluetooth-led communication • Felica
• IrDA standards • NFC mobile phones • RFID • Contactless
readers, writers, tags and coupons • mobile based payment solutions •
mWallet • Single Wireless Protocol etc
Table of Contents
E.
Executive summary
E1. NFC - future of m-payments? - an analysis
and forecast of NFC applications and markets, 2009-2014 E2. Applications of NFC and its potential
markets E3. NFC commercial
launch: an opportunity in waiting E4.
The scope of this report - an overview of each chapter E5. NFC future growth trends
1.
M-payment technologies
1.1. M-payments 1.2. Phone call types of m-payment 1.3.
SMS payment technology 1.4. Mobile browsing payment technologies
1.4.1. WAP (wireless application protocol)
1.4.2. Java MIDP (mobile
information device profile) 1.5.
Mobile payment services technologies
1.5.1. Bluetooth
1.5.2. IrDA (infrared data
association)
1.5.3. FeliCa (felicity card)
! &n
bsp; 1.5.4. Barcode
scanning
1.5.5. MobileWallet - the card in
phone technologies 1.6. SIM
related m-payment technologies
1.6.1. RFID (radio frequency identification)
1.6.2. NFC (near field communication)
2. NFC-
an introduction
2.1. What is NFC? 2.2. How the technology works? 2.3. The technological aspect of NFC: what does
it evolve around? 2.4. NFC vs
Bluetooth 2.5. NFC vs Biometrics
2.6. The NFC services: an
overview 2.7. NFC in m-payments
2.8. NFC ecosystem
2.8.1. NFC ecosystem:
entrepreneurs and developers
2.8.2. Merchants and services providers
2.8.3. Mobile telephone operators
2.8.4. The consumers
3. NFC
on mobile phone
3.1. NFC mobile services
3.1.1. Positioning and
functionality of NFC on mobile devices 3.2. NFC services on mobile phone
3.2.1. Interactivity
3.2.2. Report multi-application
management
3.2.3. Remote user management 3.3. Areas of NFC mobile phone applications
3.3.1. NFC services: transport and travelling
3.3.1.1. ! ; Access, ticketing, activiation and
legitimacy
3.3.1.2. Boarding and alighting
3.3.1.3. Tickets purchase and top-ups
3.3.1.4. Access toinformation and location-based
services
3.3.2. NFC in retail sector
3.3.2.1. Payment for access to products and services
3.3.2.2. Security, validation and identification
&nb! sp; ; 3.3.2.3. Offers, packages and discounts
3.3.3. NFC mobile couponing
3.4. NFC mobile ecosystem - a new
market place?
3.4.1. Modeling NFC mobile ecosystem
3.4.1.1. NFC mobile ecosystem: service provisioning
3.4.1.2. Mobile network provision
3.4.1.3. Trusted service manager 3.5. Key players in NFC mobile ecosystem
3.5.1. Customers/end-users
&n!
bsp;&nbs p; 3.5.2.
Chipset manufacturers
3.5.3. Mobile handset manufacturers
3.5.4. Component and tag
manufacturers 3.6. Building successful NFC mobile ecosystem
3.6.1. Building NFC mobile
system: MNOs
3.6.2. Service providers 3.7. NFC mobile framework
3.7.1. Functionalities of NFC
mobile phones
3.7.1.1. Application execution environment
3.7.1.2. Trusted execution environment
&n! bsp; 3.7.1.3. NFC stacks and controller
3.7.2. NFC mobile phone back-end
server system
3.7.3. NFC Target 3.8. NFC-equipped mobile phones and devices
3.8.1. GSMA for more NFC mobile phones
4. NFC
applications and markets
4.1. NFC applications 4.2. Potential key areas of initial applications
of NFC
4.2.1. P2P (pee-to-peer)
4.2.1.1. Active mode of communication
4.2.1.3. P2P applications - the Hagenberg study
4.2.2. NFC as service initiator
4.2.3. NFC application in
m-payments 4.3. NFC smar poster
4.4. SMS application 4.5.
NFC in Bluetooth pairing 4.6. NFC markets
4.6.1. NFC-led m-payments
4.6.2. M-marketing,advertising and location-based
services
4.6.3. Connectivity
4.6.4. NFC in maximising other
platforms and devices 4.7. NFC in
healthcare and medical services
4.7.1. Potential NFC applications in healthcare
4.7.2. NFC in biomedicine and telemedicine
4.7.2.1. The field of wearable sensors
&!
nbsp;&nb sp; 4.7.2.2. The field of implanted medical sensors
4.7.2.3. The field of implanted stimulators
4.7.2.4. The field of implanted actuators
4.7.3. NFC in healthcare and
safety concerns
4.7.3.1. What about interference robustness?
4.8. NFC in education
5. NFC
- a case for m-payments
5.1. NFC-led m-payments 5.2. Potential m-payment applications and
markets for NFC 5.3. GSMA NFC
'pay-buy-mobile' project
5.3.1. Pay-buy-mobile initiative: GSMA's global
projects
5.3.2. GSMA's collaboration with EU payments council
5.3.3. GSMA backs NFC standards adoption
5.3.4. GSMA for more NFC-enabled
handsets 5.4. NFC m-payment
applications and consumer markets
5.4.1. Digital media content access
! &n
bsp; 5.4.2. M-ticketing:
transport, sports and social events
5.4.3. Retail sector
5.4.4. Information services
5.5. M-banking
5.5.1. NFC-led m-banking - a case
study from Citibank
5.5.2. NFC-led m-banking: the Barclays leads in UK
5.5.2.1. Barclays contactless card
5.5.2.2. Barclays 'wave and pay' for London cabs
5.5.2.3. Barclays' stake in NFC
London trial
5.5.3. The Australian NFC-led m-banking trials
5.6. NFC in mWallet - the card in
phone technology
5.6.1. VISA's m-payment initiative
5.6.1. VISA's m-payment solutions
for Nokia and Google 5.7. NFC and
MasterCard's m-payment programme
5.7.1. MasterCard PayPass: how it works 5.8.
NFC in m-remittance and funds
disbursement
6. NFC:
development, standardisation and security
6.1. NFC since approval as an ISO/IEC standard
6.2. NFC protocols
6.2.1. Passive communication mode
6.2.2. Active communication mode
6.2.3. ISO 14443 Type A Mifare
6.2.4. ISO 14443 Type B
6.2.5. Felica
6.2.6. ISO 15693
6.2.7. Contactle! ss Reade
r/validator
6.2.8. Contactless cards
6.2.9. Contactless mobile phones
6.3. NFC specifications
6.3.1. Data Exchange Format
Technical Specification
6.3.1. Record Type Definition Technical
Specifications
6.3.2. NFC Text RTD Technical Specification
6.3.3. NFC URI RTD Technical
Specification
6.3.4. NFC Smart Poster RTD Technical Specification
6.3.5. NFC Generic Control RTD Technical
Specification 6.4. R! eference
application technical specifications
6.4.1. NFC Forum Connection Handover Technical
Specification
6.4.2. NFC Forum tag type technical specifications
6.4.3. NFC Forum type 1 tag operation specification
6.4.4. NFC Forum type 2 tag operation specification
6.4.5. NFC Forum type 3 tag operation specification
6.4.6. NFC Forum type 4 tag operation specification
6.5. NFC development and standardisation bodies
6.5.1. NFC development - Nokia
takes the lead
6.5.2. NFC Forum
6.5.3. The GSM Association
6.5.4. GSMA's NFC mobile
initiative
6.5.5. StoLPaN - the European NFC programme
6.5.6. The European
Telecommunications Standards Institute
6.5.6. The GlobalPlatform
6.5.7. EMV protocol in NFC
6.5.8. SmartCard Alliance adopts NFC 6.6 NFC security: threats and recommended
solutions
6.6.1. Eavesdropping
6.6.2. Data cor! ruption
6.6.3. Data modification
6.6.4. Data insertion
6.6.5. Man-in-the-middle-attack
6.6.6. Secure channel for NFC
6.6.7. NFC specific key agreement
7. NFC
trials and consumer surveys
7.1 Trials by GSMA under 'pay-buy-mobile'
initiative
7.1.1. GSMA initiative: trials in pipeline 7.2.
NFC trials in UK
7.2.1. O2 NFC trial
7.2.3. NFC-enabled SIMs for UK
soccer club
7.2.4. O2 NFC wristband at music festival
7.2.5. M-tickets on London buses
&nb! sp; 7.2.6. Consumer survey by Aberdeen Group
7.2.7. Ingenico trial in UK ,
Ireland
7.2.8. O2 test beds for NFC
7.2.9. NFC at London Olympics
7.2.10. MasterCard PayPass in UK
7.2.11. RFID-led
luggage tracking
7.2.12. Barclays' 'wave-and-pay' for London
taxis
&! nbsp;&nb sp; 7.2.13. VISA 'tap and go'
7.2.14. Bath University
NFC pilot 7.3. Trials in US
7.3.1. Sprint's BART NFC
7.3.2. US NFC consumer survey
7.3.3. Philips Arena trial in Atlanta
7.3.4. 'WirelessWallet' consumer
trial
7.3.5. VISA's coupon pilot in California 7.4.
VISA's NFC pilots
7.4.1. VISA's NFC pilot in Europe
7.4.2. Visa trials in Brazil , Canada and Malaysia
7.4.3. Visa credit card demo
7.4.4. Nokia and VISA team up in
Malaysia 7.5. M-ticketing trial
in Austria 7.6. NFC services in
Taiwan 7.7. Singapore 's NFC
public trial 7.8. NFC payments in
Amsterdam 7.9. French retailers
NFC trials in 2009 7.10. Monaco
launches NFC trials 7.11. NFC trial
in Melbourne 7.12. ING and
MasterCard trial in Romania 7.13.
Italian ski NFC trial 7.14.
NFC smart poster 7.15. NFC
on buses in Germany
8.
Latest developments on NFC
8.1.
January 2009
8.1.1. Barclays NFC debit cards
8.1.2. Gemalto reader 8.2.
December 2008
8.2.1. Sagem-Orange SWP SIM card
8.2.2. French NFC payments group
8.2.3. NFC-compliant tags
8.3. November 2008
8.3.1. Australian m-payment trial
&n! bsp;&nbs p; 8.3.2. SIMalliance NFC working group
8.3.3. 'Over-the-counter' payment
service
8.3.4. SCM's contactless, NFC reader
8.4.5. GSMA for more NFC handsets
8.4.6. NFC hotel room access
8.4.7. ViVOtech NFC pilot
8.4.8. Bell ID mobile payments 8.5. October 2008
8.5.1. NFC interoperability
8.5.2. Mas! terCard OTA service
8.5.3. FeliCa in North America
8.5.4. NFC to mass market
8.5.5. Turkey NFC trial
8.5.6. NFC payments at theatres
8.5.7. NFC showcased
8.5.8. Oyster could be replaced
8.5.9. CPI, INSIDE payment stickers
8.5.10. Consumer NFC
adoption
8.5.11. &nbs! p; BART NFC trial 8.6.
September 2008
8.6.1. AIRTAG NFC solution
8.6.2. Visa m-payments services on Google, Nokia
8.6.3. Smart Card Alliance's includes m-payments
8.6.4. NFC pilot in Switzerland
8.6.5. Telecom Italia and
Mastercard team up
8.6.6. Alcatel-Lucent's Tikitag
8.6.7. Visa's four new mobile
payment programmes
8.6.8. London NF! C trial 8.7. August 2008
8.7.1. Telstra's NFC testing
8.7.2. NFC-enabled SIM card interoperability
8.7.3. Global FeliCa adoption
8.7.4. NFC trial in Singapore
8.8. July 2008
8.8.1. Innovision, Sasken partner
for NFC
8.8.2. Collaboration model on NFC deployments
8.8.3. New specifications for NFC devices
8.8.4. Co-operation o! n global
payment system 8.9. June 2008
8.9.1. NFC in healthcare
8.9.2. StarHub mWallet pilot
8.9.3. M-ticketing in Germany
8.9.4. Blaze NFC
8.9.5. Gemalto updates 53 million
phones
8.9.6. NFC pilot in UAE
8.9.7. Innovision NFC tags
8.9.8. Sony deal for FeliCa 8.10 May 2008
8.10.1.
MasterCard Canada NFC
experiment
8.10.2. NFC in Italy
8.10.3. McDonald's
e-coupons in Japan
8.10.4. Collis new NFC chip
8.10.5. GPS/GSM-based
toll system
8.10.6. Mifare for NFC apps 8.11 April 2008
8.11.1. & nbsp; DnB
Nor-Telenor m-payments unit
8.11.2. ViVOpay contactless payments
8.11.3. M-payments in Western Europe
8.11.4. Speakers with NFC
8.11.5. Nokia 6212
Classic
8.11.6. Maxis NFC technology
8.11.7. SCM
Microsystems 'NFC dongle'
8.11.8. &! nbsp;&nb sp; NFC in pension
distribution
8.11.9. Indonesia looking at NFC 8.12.
March 2008
8.12.1. Citigroup NFC
phone
8.12.2. New SoC solution
8.12.3. Microsoft,
Sirit partner on NFC
8.12.4. Citi-SK Telecom m-commerce venture
8.12.5. LEGIC card-in-card solutions
8.13. February 2008
8.13.1. NFC system on
chip solution
8.13.2. NFC Wi-Fi networks protection
8.13.3. NFC at London Fashion Week
8.13.4. BlueSky's
AGPS-SIM card
8.13.5. Multi-standard NFC chip
8.13.6. SIM-based
m-payment
8.13.7. Real time employee tracking
8.14. January 2008!
8.14.1. NFC trial in Washington
8.14.2. BBC named NFC
top tech for 2008
8.14.3. Sony unveils TransferJet
9.
Views, quotes and useful leads
9.1. Mohammad Khan, President, ViVOtech Inc
9.2. Rob Conway, CEO GSMA
9.3. Peter Ayliffe, CEO of Visa
Europe 9.4. Shuan Ghaidan, Head
of Product Sales and Delivery, Asia/Pacific MasterCard 9.5. Mark Collins, VP of Consumer Data Services
at AT&T Mobility 9.6. Mung-Ki
Woo of Orange , VP Payment and Contactless 9.7. Sol Trujillo, CEO of Telstra 9.8. Important leads
10.
Conclusion and forecasts
10.1 NFC progresses steadily since launch
10.2. Evidence of NFC's industrial
adoptability
10.2.1. Development and standardisation
10.2.2. Industrial projects and consumer
surveys
10.2.3. Growth in strength and scope of NFC
Forum
10.2.4. NFC development efforts at GSMA
platform
10.2.5. Efforts by other institutions
10.3. & nbsp; Factors for NFC
popularity among stakeholders
10.3.1. The success in consumers' trials and
surveys
10.3.2. The element of convenience
10.3.3. Time-and-cost
effectiveness
10.3.4. Support to existing infrastructure
10.3.5. Ability to interact with other
technologies
10.3.6. Potential for growth in m-payments
10.4. Where NFC is positioned now
! 10.4.1. NFC from trials phase to production
phase
10.4.2. NFC potential to reaching the
critical mass 10.5. NFC adoption:
opportunities, benefits and drawbacks
10.5.1. NFC adoption: opportunities for
stakeholders
10.5.1.1. Payment-led opportunities
10.5.1.2. Opportunities in healthcare
10.5.1.3. Business-to-business opportunities
10.5.1.4. Opportunities in other areas
10.5.2. NFC adoption:
benefits and drawbacks
10.5.2.1. Benefits
10.5.2.1.1. Consumer benefits
10.5.2.1.2. Benefits to
stakeholders
10.5.2.2. Drawbacks or
risks 10.6. NFC commercial launch:
an opportunity in waiting
10.6.1. NFC commercial launch:! issues
facing the technology and lessons to be learnt by industry
10.6.1.1. Infrastructure
10.6.1.2. NFC-enabled mobile phones
10.6.1.3. Technical standards
10.6.1.4. Co-ordination among vendors
10.6.1.5. Security and safety
10.6.1.6. Marketing of NFC-led solutions 10.7.
Forecasts
10.7.1. NFC market
2009-2014
10.7.2. Demography of NFC growth
10.7.2.1. M-ticketing - the future of contactless
payments
10.7.3. Growth from other areas
10.7.4. NFC forecast:
growth trends in regional markets
10.7.4.1. Japan leads the contactless payment market
!
&n bsp; 10.7.4.2.
Trends prevalent in Asian emerging markets
10.7.4.3. Europe sits on huge m-payment growth potential
10.7.4.4. Growth from US and Latin America
10.7.5. NFC mobile
phones
List
of Tables
Table 1.1.
Payment systems - history in brief
Table 1.2. Mobile browser
Table 1.3. M-payment
technologies comparison Table 1.4.
IrDA's major stakeholders Table 2.1. How does NFC compare to other wireless
technologies Table 5.1. Mobile
payment defined Table 5.2.
Mobile banking Table 5.3.
Mobile Payment Forum members Table 6.1. NFC Forum's key members since launch
Table.6.2. NFC Forum's key
members Table 6.3. Dimensions
of security in mobile payments
List
of figures
Figure 1.1.
M-Payment market forecast 2008-2013
Figure 1.2. Annual m-payments
growth rate 2008-2013 Figure 1.3.
Mobile barcode scanner Figure 1.4. An RFID tag Figure 2.1. NFC Figure 2.2. Mobile Bluetooth Figure 2.3. Biometrics Figure 2.4. NFC ecosystem Figure 2.5. Retailers survey on NFC-led m-payment
technologies awareness Figure 3.1.
NFC positioning in mobile phone Figure 3.2. NFC services Figure 3.3. NFC in transport and travelling Figure
3.4. NFC in information access
Figure 3.5. NFC-enabled handsets
and devices available Figure 4.1.
NFC smart poster Figu! re 4.2.
Small Chart Box Figure 4.3.
Mobile payment adoption survey Figure 5.1. Mobile payment adoption survey Figure
5.2. Mobile payment adoption survey
Figure 5.3. Mobile wallet
network map Figure 10.1. Global
telecoms subscriber growth-1982-2013 Figure 10.2. NFC share of the global m-payments market
2009-2014 Figure 10.3. Banking
sector plans for mobile services Figure 10.4. M-payments and NFC global annual gross
transaction value 2009-2014 Figure 10.5.
NFC share of global mobile device shipments 2009-2014
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