PSOCA
Secure
Card Payment to remote Merchants
via
Internet - Mobile Telephone - iTV
PSOCA is the authentication
method of choice
to perform easy and secure
card transactions to remote merchants
using Internet browsers or mobile devices / mobile phones.
Credit cards and debit cards
have originally been introduced into the market to support
proximity payments: payments, where the cardholder and the merchant
physically meet at the point of purchase. Authenticating
details can be exchanged in the form of a signature or a PIN.
Payment to remote merchants,
however, where the cardholder and the merchant do not physically
meet, have only recently evolved, mainly with the advent of the
Internet. Since then, these payments
to remote merchants are laden with irregularities, disputes
and fraud. Here is a selection of articles about Internet
card payment fraud >>
PSOCA is an invention
of how card-based payments to remote merchants, usually reached
via the Internet, by telephone or via interactive TV, can be performed
in a secure way. Next to its security features, PSOCA cards are
also very easy to use. Hence, the PSOCA security mechanism constitues
a crucial piece of intellectual property, and it is therefore protected
by patent law, or in some countries in the process of obtaining
patent protection, respectively.
Internet media companies, mobile
telephone companies, smart-phone manufacturers, interactive
TV companies and card issuing banks or their payment service providers
may wish to obtain a licence for the PSOCA security mechanism for
their business. A licencee will enjoy a strategic competitive advantage.
PSOCA virtual cards are operated via an Internet browser,
a mobile device or a mobile phone.
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Figure:
PSOCA card displayed in an Internet browser. The card is very
easy to use, no new tricks need to be learned by the cardholder.
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Figure:
PSOCA card displayed on a mobile phone. The card is normally
deactivated and can only be activated by the cardholder.
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The invention PSOCA
is a transaction authorisation system to be deployed at card issuing
banks, possibly in conjunction with a smart-phone manufacturer or
mobile operator, in order to secure card transactions with any Internet,
MOTO or iTV merchant worldwide. PSOCA stands for Private
and Secure Online Card
Account. PSOCA is strategic, due to the ubiquity
of consumer-to-merchant or business-to-merchant transactions that
make use of the existing card-based infrastructure. After installation
at the card issuing bank, PSOCA is instantly applicable to any card
transaction with any remote merchant worldwide.
The quest for
an ideal way to securitise such card transactions has been going
on for some time. Shortly after the PSOCA invention, MasterCard
International and Visa International have announced their proprietary
methods too: MasterCard SPA/UCAF and Visa 3D Secure. Both MasterCard's
and Visa's security mechanisms have their downsides, though. In
addition to the card issuer's systems, both mechanisms also require
parallel conversion of the eMerchants' systems, resulting in the
well-known chicken-and-egg-problem. Furthermore, the latter mechanisms
are rather difficult to explain to consumers, resulting in resistance
to adoption. Visa 3D Secure raises major privacy protection concerns
and legal issues, because a central database is an integral part
of the security system.
Benefits: A significant
advantage of PSOCA is that it is solely operated by the issuing
bank, and not by the merchant. This obviates having to convert each
and every merchant worldwide. Applying the PSOCA security mechanism
results in the following unique value proposition:
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PSOCA
Payment - Value Proposition
1. PSOCA
does not require any merchant buy-in or system conversion
and therefore instantly allows secure transactions
with any remote merchant, worldwide. After installation of
the system, it therefore allows for a rapid market
roll-out.
2. The PSOCA
security mechanism is easy to understand for the consumer
and can easily be marketed to consumers. The principle
can be communicated in a 10 seconds radio ad: „You switch
your card on, when you do a payment, and after the transaction
the card is automatically switched off again".
3. The
Bank, Smart-phone Manufacturer or Mobile Operator can apply
the plain PSOCA User Interface, which is
extremely easy to use. This can be demonstrated
with the PSOCA Click Demo or a live demonstration of the PSOCA
Prototype.
4. The invention
allows Smart-phone Manufacturers or Mobile Operators an easy
entry into the field of payment, and toll-taking on
all eCommerce and phone-based transactions.
5. PSOCA-virtual
cards can be deployed to the consumer via Internet,
Mobile Telephone and iTV. With this, PSOCA
covers all predominant channels for remote purchases.
6. In a
debit card scenario, PSOCA is the solution to introducing
the PIN to online debit card transactions. This is
possible because only the issuing bank operates PSOCA, and
hence the PIN never leaves the issuing bank's domain. |
At the bank, the PSOCA mechanism
can either be deployed in parallel or as an alternative to the MasterCard
SPA/UCAF, Visa 3D Secure, MasterCard SecureCode or the Verified
by Visa security mechanism. Contact
us.
Further information.
Here you can find further information about the secure card-based
system for payments to remote merchants PSOCA:
Further
information on PSOCA >>
Further
information on PSOCA Mobile >>
Press articles and TV & radio broadcasts about
alledged PSOCA patent infringement by Standard
Bank and MTN >>
Here you find a selection
of articles on the topic of Internet payment fraud and
on the topic of secure Internet payment in general:
Articles
on secure Internet payment >>
Articles
on mobile payment >>
Articles
on online payment fraud >>
PSOCA Intern
For Investors and Partners
- password required -
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PSOCA
3MFuture Intranet
- password required - |
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Patent information:
The patent has been granted in the Republic
of South Africa (2002/2337)
The patent has been granted by the US Patent Office USPTO (7,685,037)
(Application number was 10/473,018)
International patent application number is PCT/IB02/00881
The patent is pending at the European Patent Office EPO 02713105.1-2221
The patent has been published by EPO EP1381987
The patent has been published by USPTO US2004/0148259
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