Google Wallet and PayPal in electro-purse war
Handbags at dawn...
Acquisitions will help PayPal build an end-to-end system
It has recently embarked on a string of acquisitions designed to achieve this end-to-end system, and last week it hosted an event for retailers to explain its strategy, as it tries to draw attention away from m-payments initiatives led by Google, credit card firms, or by carriers.
The latter group includes Isis, a joint venture of Verizon, AT&T and T-Mobile USA. PayPal president Scott Thompson said in a blog post that the aim was to provide a "one-stop shop for merchants to help them address every part of the shopping lifecycle".
That lifecycle would consist of demand generation (geo-targeted mobile advertising); in-store purchasing (barcodes and smart tags); local search and real time inventory checks; mobile and point of sale payments using NFC or other methods; and customer loyalty (virtual wallets and promotional activities like coupons). PayPal appears to have a long way to go to have a fully mobile payments system, but is very aggressive.
PayPal‘s specific contributions will form part of a broader ecommerce platform called X.Commerce, created by parent eBay on the back of a series of start-up purchases. These include Magento, Where, GSI, RedLaser, Fig Card and Milo, which have enabled eBay to move out of online-only transactions into real-world payments and location-aware services. With these acquisitions, the auction giant aims to emulate Visa and build a broad system that will span mobile, online, social and local payments. GSI is a digital ecommerce and marketing firm; RedLaser specialises in comparison shopping; Milo links customers to a local inventory of products; Where added a location-based advertising network plus a local deals service and guides; and Fig Card is a competitor to offline payments start-up Square.
eBay knows that its unit makes little revenue from its online stronghold or from peer-to-peer, but in real-world payments it could command transaction fees or even revenue shares from partners. To do so, though, it will need to demonstrate to merchants that it has advantages over more established partners. An important customer attraction will be to use carrier billing for buying physical goods, either by entering their phone number or using an NFC handset. This harnesses one of PayPal‘s recent acquisitions, of carrier billing specialist Zong. This capability is proven to be preferred by many customers when shopping in mobile app stores, and it would appeal to shoppers without credit cards. However, merchant fees are currently higher than for credit cards, which could be a deterrent.
In general, PayPal is highly focused on minimising the investment and disruption required by the merchant, supporting many new features via its mobile application – for instance, buying goods using PayPal Credit, which relies on eBay‘s BillMeLater system. While PayPal has a clear interest in NFC, it has not yet put the technology at the heart of its plan because it believes there will be a period when merchants are slow to adopt the required infrastructure – certainly until NFC devices are more commonplace, and consumer trust is proven.
NFC? We'll see how it goes...
Laura Chambers, senior director of PayPal Mobile, said in a recent interview that NFC was not the only technology in the evolution of payments, despite the excitement – and carrier support – around it. Chambers said: "There are a lot of technologies evolving around mobile payments, and NFC is just one of those. What we‘re doing is testing out NFC. We‘re getting it into the markets, we‘re getting it into the hands of consumers and we‘ll see how it goes."
As well as bypassing banks and card processors with its peer-to-peer approach, PayPal is avoiding, for now, the debate over NFC security mechanisms. Transactions use an encrypted token and do not access the secure element inside the NFC chip, where payment credentials are stored. This circumvents too much control by the device vendor or carrier; carriers are keen to have the upper hand in the NFC value chain and favor using the SIM card as the main authentication mechanism.
Recently, PayPal did introduce an NFC service for Android, based on its acquisition of Bump Technologies, but this only handles transfer of funds between two phone users, not at the point of sale. This echoes the surprising caution of Nokia when it enabled the NFC capability in its N900 smartphone, but for data exchange (by tapping two handsets together) rather than for payments.
Although Nokia was the earliest major vendor to put significant weight behind NFC, its activities are more focused on featurephones for emerging economies, targeting the "unbanked", as it is less convinced of mass demand (or device availability) in mature economies, at least in the short term.
A shortage of devices will be partly addressed by Google's weight driving the Android ecosystem, but in the meantime, Korean cellco SKT believes it has a way to accelerate NFC availability by retrofitting existing handsets. It has created the world‘s first SIM card with an embedded NFC chip, which could be swapped into any SIM-enabled phone, avoiding the need for NFC to be included on the phone‘s motherboard by the OEM.
The company plans to launch the product in October, initially for enterprise customers in Korea, but it is looking well beyond its own subscriber base and will offer the technology to operators worldwide. In particular, it will roll it out in China later this year to speed up the adoption of mobile payments and encourage merchants to invest in the necessary infrastructure, such as swipe readers. NFC operates on a 13.56MHz carrier over ranges of about 10 centimeters. SKT's NFC-on-USIM card comes embedded with a 13.56MHz antenna, NFC chip and USIM chip and an API will be published to third-party developers. However, some critics wondered whether cellphones not designed for NFC would be able to move or use the data arriving on the new USIM module, or whether some handsets would be capable of receiving and transmitting wirelessly through a SIM-borne antenna.
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