20 December 2010

Why mobile payments didn't happen in until now

The number of ways in which you can pay with your mobile phone keeps growing. Many people predict that we are at the brink of the mobile breakthrough in all sorts of domains. But why hasn't it happened before? Was the problem technology? Were the different players were not ready? Or was the public not ready? In this article we will explore the various issues that stand in the way of mobile payment adoption.

Mobile payments can be done using three main methods: through prepaid cards, billing to the mobile carrier bill or a phone number linked to a (credit) card. This for both commercial activities and person-to-person payments. Despite these interesting possibilities, it seems that the general public has little notion of them. It might be up to the parties involved to educate the people in using this technology, and promoting its existence.

And like every new technology, especially something as sensitive as payments, people wonder about the security of their payment details or even privacy. Numerous stories of data breaches have made them more alert. So while the general public doesn’t trust these new applications, the different players involved are still uncertain among themselves. For example banks are only slowly starting to launch m-payment services because of unclear legal implications of every transaction. In case of any fraudulent activity it is unclear who is accountable. So until there is a clear legal framework, we can expect this kind of feet shuffling.

Besides these legal issues, there are a couple of security issues that come to mind with regards to mobile payments:

  • Authentication: is the person that is using the service actually the owner of the phone. A phenomenon called SMS spoofing is a good example of this. This technique allows impersonation of any cellphone number, the number of the sender can be chosen (spoofed).
  • Confidentiality: how secure is the transaction data stored at the merchant and card company.
  • Integrity: are there checks are in place to make sure the service hasn’t been tampered with? Although it has an encryption, the GSM protocol isn’t foul proof.
  • Proof of delivery: by standard the SMS protocol doesn’t have a way to give confirmation of the transaction. In case of a delivery report this is actually a second message being sent.

All these security challenges have to be kept in mind while designing a mobile payment system. But it is even more important to keep the user in mind. A balance has to be found between security and usability. The user that is interacting with the system has no intention to send a million different sms or remember 10 passwords.

It is up to the creators of these systems to properly address these issues and convince the public that their money is in good hands. A way that actually avoids these security concerns but exercises some damage control is by creating spending limitations. Many phone carriers have already taken this measure by putting a spending limit when the customer gets his purchases charged to his mobile carrier bill. A prepaid card automatically implies this kind of limit. Entry of a PIN for purchases over a certain amount is another damage control measure.

The above mentioned legal or regulatory frameworks are for a large part the task of the government legislators. An interesting point is made by Dave Birch at the Digital Money Forum. The article investigates the link between mobile payments and terrorism. Although a bit off-topic, it offers an interesting view on the matter. What are the consequences of certain government restrictions. The main concern of a government probably is to control money streams and thereby combating fraud and money laundering. It can for example limit the amounts per transaction or per year. But even with a spending limit, lots of small amounts still add up to significant sums of money. Forced registration of SIM cards with which m-payments are possible is a better idea.

But probably the biggest barrier that stands in the way of mobile payment breaking through is the discussion between banks and mobile network operators(MNO). The discussion is about who gets to play the main role and more important, who gets the bigger percentage of the user’s money. Both parties have their specialty. Banks have the infrastructure and knowledge on financial transactions. Mobile network operators have the expertise on the network itself, the technologies and possibilities. And the strength of one is the weakness of the other. A MNO is not a financial institution, lacking expertise in such fields as cash management. Customers might be quicker to trust a financial institution with its money. But the mobile network operators have the clients, they are the key to the user and his money.

It is hard at this point to define how will come out on top. Depending on the region one party will have more power than the other. Take for example developing countries where people are unbanked but do have mobile phone. In other markets there will probably be a partnership between the two parties, as they are dependent on each other to ensure success.

 

14 December 2010

Why clueless customers are holding mobile payments back

With 66 millions contactless cards by Master Card and tens of millions more by Visa, contactless payments are possible all around the world. Although the technology is well distributed in certain parts of the world, actual transaction volumes have been low.

Two main reasons are responsible for that:

On the consumer side there is a lack of knowledge about the technology. People might have cards equipped with wireless possibilities without knowing what to do with them. It is the responsibility of the manufacturers and card issuers, mainly banks, to educate the customer about the new options on their bank cards.

On the side of the retailers the infrastructure is not always present. Although there are contactless readers in the market, it requires an extra investment. One that does not always weigh up against the gained benefits from adding contactless payments. 
One partial solution is to create cheaper add-ons for existing terminals. These are said to be in the making but are not available yet.

 Got a different opinion? Share it in the comments!

10 December 2010

How to install GPRS cards on Ingenico i5100

Video showing the installation process of a GPRS kit.

Turn off the terminal and disconnect all cables from it, unscrew it and take the back part off.

Insert the GPRS card on the GPRS modem. Attetion! The modem is not together with the terminal.

To insert the GPRS card on the GPRS modem you must release the security lock, pushing the metal piece to the right like on the picture.

Insert the GPRS card inside the module on the position like the picture and close the security lock to the left like the picture.

Put the GPRS modem on the place. Dont forget to screw it.

Now, conect the GPRS modem cable on the RS232 – 1 port.

With the power cable, conect it on the GPRS modem and on the GRPS modem port.

Now, just connect the power cable on the terminal.

07 December 2010

Technological evolutions on the Brazilian payment market

Things are moving on the Brazilian payment market. Not only does the legislation have a impact. technology is is also ever evolving. Mobile and contactless payments are getting more prominent. New cards, phones and devices are all equipped with these new technologies. 
In this article we will discuss some new developments that will shake up traditional players in the bank and POS hardware sector.

Cooperation between VeriFone and Paypal
VeriFone has PAYware Mobile, a platform developed for the iPhone (and iPod touch). Thw mobile solution consists of a software application and a sleeve with card reader that connects to the dock connector. Now a deal with PayPal allows these mobile payments devices to accept PayPal transactions. This means transactions will be possible without using the traditional merchant network, which is especially interesting for small businesses.
Another part in this story is Bump, a technology that uses Near Field Communication to connect devices. For example an NFC smartphone will be able to connect with a VeriFone terminal equipped to receive such transactions.

Cielo develops for iOS
Cielo developed an application for the iOS platform, the operating system that runs on iPad, iPhone and iPod devices. It allows small merchants or freelancers to charge without the need for any extra devices or contracts. Charges per transaction, with a monthly minimum of R$ 9,90 (about 6 dollars). All the needed information is the value of the transaction, number of payments, card number, expiration date and security code of the client.
Cielo is working on an integration with Oi Paggo, the mobile platform that they are building together with Banco do Brasil and mobile carrier Oi.

Square out of beta
Square provides a card swiping device that connects to the headphone jack of a mobile phone. The device is free and Square charges per transaction. The company is now offering their services to the general public.
Its primary market consists of small independent traders who are wooed by the promise of cheaper transaction processing and set up costs than those found via traditional merchant terminals. 


Google develops mobile payment phone
Google developed a new phone equipped with a Near Field Communications (NFC) chip. When another device such as a point of sales terminal is equipped with a receiver, it enables electronic transactions in this way. The next generation of its mobile operating system Android, Gingerbread, will feature a mobile payment option.

These are just emerging technologies, but with a huge potential. They offer a way to avoid the traditional transaction processing network. And especially for small business, for whom the current system is expensive, this is an interesting evolution.
And also bring the POS hardware functions to new devices, mainly mobile.
How do you think these evolutions will change the payment industry?

03 December 2010

Ingenico i5100 - POS terminal review

Model: i5100

Manufacturer: Ingenico

Ingenico i5100 pos terminal review


Processor: ARM7 29 MHz (60MHz) (32 bist RISC)

Memory: 4MB flash memory and 1MB of SRAM (upgradeable to 8MB flash and 2MB SRAM)

Display: LCD display with a resolution of 128×64 LED backlight.

Smart Card Reader: ISO 7816, cards 1.8V, 3V and 5V

Magnetic Card Reader: Triple track (tracks 1, 2 and 3) and bi-directional

Communication: V34 modem, transfers up to 33.6K bits per second (bps), 2 RS232 ports to connect periphicals. Optional: GPRS kit avalible GPRS Quad band (850, 900, 1800 and 1900 MHzCertification: EMV 4.0 level 1 and 2, PCI PED approved, VISA PED approved 

Security: SSL v3 cryptography 3DES, Master/Session and DUKPT key management, PCI PED approved


What our POS Guy has to say about the Ingenico i5100:

A nice terminal, with good design and a powerful communication system. It has Ethernet, GPRS and Dial-up(Async and Sync). The worst part is the filesystem. Even Nurit terminals are faster than Ingenico i5100(and all the family iXXXX). Oh, it has the best screen I ever saw. It's good to see how images are displayed on the screen.

Other terminal reviews:

VeriFone Vx510

VeriFone Nurit 8400

12 November 2010

Five months of POS terminal freedom

The Brazilian POS terminal exclusivity ended in July. Today, we are five months in and it is interesting to see what has changed on the market.

These changes of course affect the big players on the Brazilian card processing market. More companies means increased competition and this puts pressures on the rates. Since the second trimester of the year Cielo has lowered the average rates on its cards from 1,24% to 1,21%.

Cielo isn't waiting for the competition to come and is partnering up with various banks and regional card companies. 

Partnerships

Banks:  Caixa Econômica Federal and banco Safra

Card processors: 

  • Amex, third player on the Brazilian market with transactions worth R$ 25 bilhões
  • Sorocred e Ticket, regional player from the São Paulo state
  • Policard, regional player from the Minas Gerais state. They use WALK Platform, our solution for application development, to power part of  their POS terminal network.

These deals mainly involve shared transaction processing on terminals. Especially in the periferies of the big cities, working together with these regional players might be a good way to quickly get some new business.

The joint-venture that Cielo started with mobile provider Oi in September shows that there also are other opportunities on the horizon. Mobile payments will become a key growth industry in the years to come. Especially because of the large part of the Brazilian population that doesn't have bank accounts but do have cellphones. A partnership between a card processor and mobile carrier surely will give the banks a run for their money. 

A Portuguese article on the subject can be found here.

If you have got any other information on changes on the Brazilian payment market, please share them in the comments!

09 November 2010

POSXML: a different approach to POS application development

The way towards a good application for your POS terminals is a long one with many obstacles.

One of the biggest obstacles is programming in C, the language is used to develop programs for POS terminals. It takes a lot of time and expertise to get the application right.

So is there a different path?

A possible answer is POSXML,  a language based on XML standards that was created by Plano Bê. (see the Wikipedia entry )

Its main advantage is that it is very intuitive and allows for easy and fast development. And you definitely don't need to be a C programming expert to develop applications.

There are over 100 commands available in POSXML. These includes support for the most common elements of the terminal (such as a keyboard, magnetic reader or touchscreen). And in case you it doesn't fit your needs 100%, you can just create your own instructions.

All these features speed up your application development. 

And on deployment POSXML has a couple of other advantages:

  • The applications that you developed in POSXML can be compiled to run on different operational systems or models. So there is no need to modify your code for each specific terminal.
  • Keeping the applications updated to their newest version is also a piece of cake. Just recompile and the WALK Platform automatically updates the applications on your terminal network.

Want to check it out for yourself?

You can get a free demo here and get started with POSXML. If you have any problems with it, we have an extensive documentation library available to help get you up to speed.

25 October 2010

Growing range of services using POS terminals

In earlier posts we already discussed how POS terminals have other applications than just accept credit card payments.

With the end of terminal exclusivity, card processors like Redecard and Cielo are looking for new ways to use their network of POS terminals.

  • Redecard now accepts transactions from Multiplus, a company that creates loyalty programs, among them the loyalty program for TAM airlines.
  • Cielo is launching a platform that allows stores to use POS terminals for promotions and loyalty programs. The first project to be announced is the development of a loyalty program for Cacua Show, a chocolate chain with stores all over Brazil. Cielo will charge the retailers for every transaction. 

According to Rômulo de Mello Dias, CEO of Cielo, the retailer will have control over all information. For example, when that user last visited your store, how much he spent and what they spent it on. All essential information for any loyalty program.

We more than agree with all of this.

And while it is possible to set-up a computer network to collect all this information, using POS terminals for this has many advantages.

Their low cost and availability are drivers behind the increasing market that uses POS terminals in different ways. 

Proof of that is our growing number of clients that use POS terminals for things like: ticket management, sell credit for cellphones, bill collection for utilities companies, control fleet expenses, manage meal cards, create loyalty programs and promotions,...

More info on the Estado(Portuguese).

08 October 2010

What brands of POS terminals were sold in 2009

Some graphs on the different brands of POS terminals that were sold in 2009.

Latin-America:

VeriFone has the biggest market share with Ingenico as a close second. Other big players are Hypercom and Castles.

Graph-pos-terminals-sold-brands-2009-america-latin

World:

Ingenico is the biggest manufacturer of POS terminals, VeriFone the second. Hypercom is a distant third and the Chinese SZZT Electronics the fourth biggest player. The rest of the terminals are split among more than 35 producers.

Graph-POS-terminal-brands-world-2009

01 October 2010

POS terminal review: VeriFone Nurit 8400

Nurit 8400

Manufacturer: VeriFone

VeriFone Nurit 8400 POS terminal

Processor: ARM7 80 MHZ (32 bit RISC) 

Memory: 4MB of flash memory and 2MB of SRAM (Options: 8MB of flash memory and 4MB of SRAM or SD/MMC card)

Display: LCD display with a resolution of 128×64 LED backlight.

Smart Card Reader: ISO 7816, cards 1.8V, 3V and 5V.

Magnetic Card Reader: ISO 7811, triple track and bi-directional.

Communication: dial-up modem 14.4 Kpbs, Ethernet, GPRS Quad band (850, 900, 1800 and 1900 MHz).

Certification: EMV Level 1 and 2 approved, PCI PED approved, VISA PED approved.

Security: Secure internal PIN pad with 3DES encryption.

What our POS Guy has to say about the VeriFone Nurit 8400:

A great terminal! The best part are the communication possibilities: it has GPRS, land line synchronous(SDLC) and asynchronous(PPP) and Ethernet. Downside is the slow access to the file system. It's too difficult to manipulate large files inside the terminal.