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  • user 3:36 am on September 11, 2018 Permalink | Reply
    Tags: , , , Connected, , , ,   

    Beyond plastic: Payments in a connected world 

    Guest blogger Jeff Crawford, Senior Manager with extensive experience in digital and mobile , discusses how the Internet of Things and commerce introduce new payments opportunities for existing players and new entrants.

    Gone is the where a watch just keeps time and a refrigerator simply preserves food. From wearables and smart speakers to smart appliances, connected cars and , the Internet of Things (IoT) has gained the attention of consumers and businesses alike. At its most basic level, IoT is the network of “smart”, connected devices or products that enable new forms of communication and new experiences. The global IoT market is estimated to grow to $ 2.9 trillion with 20 billion connected devices by 2020.¹

    IoT devices, combined with emerging payments capabilities, facilitate a connected commerce experience, providing consumers with a convenient way to transact by incorporating shopping and payments functionality into devices. For example, Amazon has enabled its customers to make purchases via its Echo devices using Alexa voice commands. Through the Groceries by Mastercard program, consumers can purchase grocery items through their Samsung refrigerators and have them delivered by the program’s grocery delivery services partners. Ford and ExxonMobil maintain a partnership to allow consumers to make Speedpass+ fuel payments through their in-car infotainment system.

    The physical device is only one component of the infrastructure required to support IoT payments. It also must include a user interface, which is often a screen, but may also be a button, voice interaction, or geo-location. The IoT device must establish and maintain connectivity to a back-end platform that receives the data; this connectivity may be supported via Wi-Fi, Bluetooth or LTE. Payment credentials must be tokenized and maintained in a secure environment, either locally or in the cloud, and security is embedded through advanced authentication, often in the form of biometrics (such as voice command).

    IoT payments require a coordinated effort through the device manufacturers, payment providers and integration partners. Visa and Mastercard are seeking to accelerate IoT payments engagement and enablement as part of the companies’ respective digital payment readiness programs, Visa Ready and Mastercard Engage. Both efforts have focused on facilitating secure payments across the value chain and connecting IoT device manufacturers to financial institutions. Discover and American Express have also linked payment tokenization platforms and security protocols to third-party products (namely, wearables) to enable their cardholders to take advantage of IoT-based products and services.  Such market activity represents a logical progression for payment networks to push new use cases for their tokenization offerings.

    As expected with any new payments technology, IoT payments have a heavy focus on security. Large chip manufacturers (including NXP and Intel) have entered the space, providing secure elements to store payments credentials. Other entrants focus on innovative methods of enhancing payments security. MagicCube, which names Visa² and Mastercard among its partners, offers device manufacturers a trusted execution environment (TEE) security platform to provide payments security in lieu of a secure hardware element or software-based encryption.

    It was not long ago that consumers, issuers, processors and networks were responsible for maintaining and securing only a single payments device: the card. As smart phones, refrigerators, watches and cars, among other things, become payment devices, card volume should start to migrate from the physical card to digital payments via IoT devices. Issuers must focus on developing strategies to ensure their cards remain top-of-wallet for consumers who make IoT purchases. Card networks are likely to continue facilitating partnerships with device manufacturers to optimize use of the emerging technology.

    For traditional card processors, there may be an opportunity to enhance the processing of solutions with features to support device management. For example, card processors might use a data field that tracks the device (card, phone, watch, refrigerator) and authentication method used to make a payment, thereby increasing the opportunity for more insightful customer analytics. There may also be opportunities for alternative, non-card payment mechanisms (real-time payments, /distributed ledger-based, and such) to take hold. We expect IoT payments to remain a key source of value, innovation and growth for both traditional payment providers and new market entrants.

    I invite you to read more about Accenture’s capabilities and offerings in the IoT and Connected Commerce space.

    Special thanks to David Cencula, who also contributed to this blog.

    1 https://www.gartner.com/newsroom/id/3598917
    2 Visa is also an investor in MagicCube 

     

    Jeff Crawford, Senior Manager, Payments

     

     

     

     

    The post Beyond plastic: Payments in a connected world appeared first on Accenture Banking Blog.

    Accenture Banking Blog

     
  • user 12:18 am on January 9, 2018 Permalink | Reply
    Tags: , , Connected, Dynamics, , ,   

    Dynamics Unveils the Wallet Card, First ‘Connected Card’ at CES 

    EXCLUSIVE— company Inc. revealed its Card, described by the company as the “world’s payment card, at the CES conference currently taking place in Las Vegas, the company announced today. The card, which was developed in tandem with global and payment providers such as Visa and Mastercard, relies on Internet of [&;]
    Bank Innovation

     
  • user 3:35 pm on November 12, 2016 Permalink | Reply
    Tags: , , , , Connected, , , , , ,   

    Connected Cars – How To Move From A to B in The Future (And Maybe Do Some Banking in Between) 

    It was a wonderful indian summer day in Boston, Massachusetts back in 1999, sailing boats were battling it out on Charleston River, joggers lined the river , and many a Red Sox fan was silently dreaming and hoping that one day, yes one day, their cursed team may win the world series again.

    At the MIT Media Lab &; back then, one of the culmination points where all things digital were being research and thought through by a multinational, highly switched on crowd of academics &8212; I had the pleasure to attend a conference labelled &;The of &;, where researchers different faculties and Research Groups came together with industry representatives to discuss how digital will transform cars and how we will use them in the future.

    To be honest, I don&;t remember much from that day back then &; the one example that sticks in my mind is a research project on intelligent rear-mirrors, that were able to measure objects approaching too fast and warn the driver that someone was approaching his or her car at collision course &8212; a simple algorithm that measured how fast 2D spatial objects increased in size and calcs the speed based on this.

    Today, many higher end cars have similar technologies as standard built in. And the car has definitely arrived. How disappointed do I usually get when I step into a rented car and find out I can&8217;t connect my iPhone via Bluetooth and listen to Spotify. Damn, feels like being thrown back into the neolithic ages.

    Connected car report 2016-1

     

    While smart digital systems already assist and take a lot of hassle and bad moments out of the driving experience (and fun too, as sporty drivers like to emphasize), we are looking at a even more radical digital transformation of cars in the future. Our recent PwC Strategy& study estimates a revenue potential of >155bn USD by 2022, split across safety, autonomous driving and services delivered in and out of connected cars.

    Estimated connected car revenues (and market share) by product package, 2015–22

    Estimated connected car revenues (and market share) by product package, 2015–22

     

    If ongoing tests and pilots continue to build momentum, we will soon be driving without our hands on the wheel, or even sitting on a backseat enjoying the car basically drive itself from A to B. Of course the car can also inform us of any location specific things we need to know, offer us services and entertainment, or contact the closest garage, if the engine is making strange noises.

    In our viewpoint on the Connected Car 2016 we are also looking more broadly at how connected cars will become a part of our daily lives &8211; the how and the why.

    Prospects and profits for makers of connected cars

    Prospects and profits for makers of connected cars

    If interested, please have a look here

    p.s.

    for financial services i see a big potential in using the time we are being driven by autonomous cars more productively, e.g., engaging with my bank or FS provider around advice, reporting, transactions or just catching up in general and discussing ideas.

    With the right multimedia Interfaces that experience can actually be made quite enjoyful, and people will definitely &8220;have more time&8221; and &8220;be at ease&8221; than at work or right before stepping into the car or when finally arriving at home from a long commute.

    This article first appeared on LinkedIn Pulse

    The post Connected Cars &8211; How To Move From A to B in The Future (And Maybe Do Some Banking in Between) appeared first on Fintech Schweiz Digital Finance News – FintechNewsCH.

    Fintech Schweiz Digital Finance News – FintechNewsCH

     
  • user 12:40 pm on May 31, 2016 Permalink | Reply
    Tags: , , Connected, , , ,   

    Smart Dubai Director Sees Blockchain as Key to Connected Cities 

    The head of ‘s drive spoke on how she believes can help drive the city’s modernization efforts yesterday.
    CoinDesk

     
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