• Hackers from Ex-Soviet states charged in U.S. card fraud case MOSCOW, November 11 (RIA Novosti) -Eight computer hackers from Estonia, Moldova and Russia have been charged in the U.S. over a mass case of credit card fraud, in which they allegedly stole over $9 million, the U.S. Justice Department said.
    The group is accused of taking the cash from ATM's in 280 cities around the world during a period of less than 12 hours on November 8, 2008. The ringleader is being held in an Estonian prison and awaiting extradition to the U.S.

    The group reportedly obtained the codes of debit cards used by companies to pay their employees. They then reverse-engineered the PINs of the accounts via encrypted data on the network of the Atlanta-based card processor RBS WorldPay, and produced dozens of fake duplicate cards, which were sent to accomplices in various countries who withdrew the cash.

    Acting U.S. Attorney Sally Quillian Yates of the Northern District of Georgia said in a statement: "Last November, in just one day, an American credit card processor was hacked in perhaps the most sophisticated and organized computer fraud attack ever conducted. Today, almost exactly one year later, the leaders of this attack have been charged. This investigation has broken the back of one of the most sophisticated computer hacking rings in the world."

    Sergei Tsurikov, 25, from Estonia, Viktor Pleshchuk, 28, from Russia, and Oleg Covelin, 28, from Moldova, along with an unnamed hacker have been indicted in Atlanta on various charges including wire fraud and identity theft.

    Four other Estonians - Igor Grudijev, 31, Ronald Tsoi, 31, Evelin Tsoi, 20, and Mihhail Jevgenov, 33 - have been indicted on charges of access device fraud.

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  • CEN L Safe for ATM (Automated Teller Machine) CEN L safe delivers a higher level of security enclosure than the UL 291 offers today.
    Weighing 15% to 25% more than the UL 291 and the CEN L safe are more resistant to physical attacks on the ATM (Automated Teller Machine). Standard for ATM(Automated Teller Machine ) enclosures EN 1143-1- Safes for Automated Teller Machines , CEN /TC 263-Secure storage of cash. The CEN L safe is also approved by Underwriters Laboratories (UL) with a CBE Certification (Classified Banking Equipment). New CEN L safe has thicker walls. Compared to the UL 291, which is made from 12.7mm high tensile Manganese steel (Tensile strength 50,000 psi), the CEN L safe boasts a tougher 40mm composite steel and concrete construction. Composite material content makes it more difficult to attack with mechanical tools A typical attack on the safe is by cutting holes in the safe wall using thermal tools or an angle grinder . Thermal (oxy-acetylene) and mechanical tools, including sledgehammers are used on safe walls. The CEN L safe offers a higher level of security against thermal and grinding attacks as well as greater weight. CEN L safe takes at least three times longer to break into than the UL 291 safe, employing commonly used tools. This has already been tested by manufactures. Now a day’s criminals are becoming even more determined and ever more resourceful in their physical attacks on ATMs.CEN L safe brings high security within your reach, helping to protect and defend your cash by making the criminal's life more difficult.

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  • What is Islamic Banking ? Islamic banks appeared on the world scene as active players over two decades ago. But "many of the principles upon which Islamic banking is based have been commonly accepted all over the world, for centuries rather than decades".

    The basic principle of Islamic banking is the prohibition of Riba- (Usury - or interest):

    "While a basic tenant of Islamic banking - the outlawing of riba, a term that encompasses not only the concept of usury, but also that of interest - has seldom been recognised as applicable beyond the Islamic world, many of its guiding principles have. The majority of these principles are based on simple morality and common sense, which form the bases of many religions, including Islam.

    "The universal nature of these principles is immediately apparent even at a cursory glance of non-Muslim literature. Usury was prohibited in both the Old and New Testaments of the Bible, while Shakespeare and many other writers, particularly those writing in the 19th century, have attacked the barbarity of the practice. Much of the morality championed by Victorian writers such as Dickens - ranging from the equitable distribution of wealth through to man's fundamental right to work - is clearly present in modern Islamic society.

    "Although the western media frequently suggest that Islamic banking in its present form is a recent phenomenon, in fact, the basic practices and principles date back to the early part of the seventh century." (Islamic Finance: A Euromoney Publication, 1997)

    It is evident that Islamic finance was practiced predominantly in the Muslim world throughout the Middle Ages, fostering trade and business activities. In Spain and the Mediterranean and Baltic States, Islamic merchants became indispensable middlemen for trading activities. It is claimed that many concepts, techniques, and instruments of Islamic finance were later adopted by European financiers and businessmen.

    The revival of Islamic banking coincided with the world-wide celebration of the advent of the 15th Century of Islamic calendar (Hijra) in 1976. At the same time financial resources of Muslims particularly those of the oil producing countries, received a boost due to rationalization of the oil prices, which had hitherto been under the control of foreign oil Corporations. These events led Muslims' to strive to model their lives in accordance with the ethics and philosophy of Islam.

    Disenchantment with the value neutral capitalist and socialist financial systems led not only Muslims but also others to look for ethical values in their financial dealings and in the West some financial organisations have opted for ethical operations.

    Islam not only prohibits dealing in interest but also in liquor, pork, gambling, pornography and anything else, which the Shariah (Islamic Law) deems Haram (unlawful). Islamic banking is an instrument for the development of an Islamic economic order. Some of the salient features of this order may be summed up as:

    1.
    While permitting the individual the right to seek his economic well-being, Islam makes a clear distinction between what is Halal (lawful) and what is haram (forbidden) in pursuit of such economic activity. In broad terms, Islam forbids all forms of economic activity, which are morally or socially injurious.
    2.
    While acknowledging the individual's right to ownership of wealth legitimately acquired, Islam makes it obligatory on the individual to spend his wealth judiciously and not to hoard it, keep it idle or to squander it.
    3.
    While allowing an individual to retain any surplus wealth, Islam seeks to reduce the margin of the surplus for the well-being of the community as a whole, in particular the destitute and deprived sections of society by participation in the process of Zakat.
    4.
    While making allowance for the ways of human nature and yet not yielding to the consequences of its worst propensities, Islam seeks to prevent the accumulation of wealth in a few hands to the detriment of society as a whole, by its laws of inheritance.
    5.
    Viewed as a whole, the economic system envisaged by Islam aims at social justice without inhibiting individual enterprise beyond the point where it becomes not only collectively injurious but also individually self-destructive.

    The Islamic financial system employs the concept of participation in the enterprise, utilizing the funds at risk on a profit-and- loss-sharing basis. This by no means implies that investments with financial institutions are necessarily speculative. This can be excluded by careful investment policy, diversification of risk and prudent management by Islamic financial institutions.

    It is possible, that investment in Islamic financial institutions can provide potential profit in proportion to the risk assumed to satisfy the differing demands of participants in the contemporary environment and within the guidelines of the Shariah.

    The concept of profit-and-loss sharing, as a basis of financial transactions is a progressive one as it distinguishes good performance from the bad and the mediocre. This concept therefore encourages better resource management.

    Islamic banks are structured to retain a clearly differentiated status between shareholders' capital and clients' deposits in order to ensure correct profit-sharing according to Islamic Law.

    Status of Islamic Banking

    When the concept of Islamic banking with its ethical values was propagated, financial circles the world over treated it as a utopian dream. Having lived for centuries under the valueless capitalist economic system, they asked what ethics had to do with finance?

    Attitudes are changing gradually and in the last few years' value neutral conventional banking has begun to trouble the conscience of an increasing number of people.

    There is a reluctance to hand over the funds to banks and financial institutions that invest in companies engaged in unethical and socially harmful activities. The emerging Islamic banking scene has succeeded in achieving general acceptance.

    Today, Islamic banking is estimated to be managing funds to the tune of US$ 200 billion. Its clientele are not confined to Muslim countries but are spread over Europe, United States of America and the Far East.

    Islamic banking continues to grow at a rapid pace because of its value-orientated ethos that enables it to draw finances from both Muslims and non-Muslims alike.

    Islamic bankers, keeping pace with sophisticated techniques and latest developments have evolved investment instruments that are not only profitable but are also ethically motivated.

    Today, more than two hundred and fifty Islamic financial institutions are operating world-wide. The countries where Islamic financial institutions are functioning include:

    Albania, Algeria, Australia, Bahamas, Bahrain, Bangladesh, British Virgin Islands, Brunei, Canada, Cayman Islands, North Cyprus, Djibouti, Egypt, France, Gambia, Germany, Guinea, India, Indonesia, Iran, Iraq, Italy, Ivory Coast, Jordan, Kazakhstan, Kuwait, Lebanon, Luxembourg, Malaysia, Mauritania, Morocco, The Netherlands, Niger, Nigeria, Oman, Pakistan, Palestine, Philippines, Qatar, Russia, Saudi Arabia, Senegal, South Africa, Sri Lanka, Sudan, Switzerland, Tunisia, Turkey, Trinidad & Tobago, United Arab Emirates (Abu Dhabi, Dubai, Sharja), United Kingdom, United States, Yemen.

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  • RS 232 The official name of the EIA/TIA-232-E standard is "Interface Between Data Terminal Equipment and Data Circuit-Termination Equipment Employing Serial Binary Data Interchange." Although the name may sound intimidating, the standard is simply concerned with serial data communication between a host system (Data Terminal Equipment, or DTE) and a peripheral system (Data Circuit-Terminating Equipment, or DCE).

    The EIA/TIA-232-E standard was introduced in 1962 and has since been updated four times to meet the evolving needs of serial communication applications. The letter "E" in the standard's name indicates that this is the fifth revision of the standard.

    RS-232 Specifications

    RS-232 is a complete standard. This means that the standard sets out to ensure compatibility between the host and peripheral systems by specifying:
    1. Common voltage and signal levels
    2. Common pin-wiring configurations
    3. A minimal amount of control information between the host and peripheral systems.
    Unlike many standards which simply specify the electrical characteristics of a given interface, RS-232 specifies electrical, functional, and mechanical characteristics to meet the above three criteria. Each of these aspects of the RS-232 standard is discussed below.

    Electrical Characteristics

    The electrical characteristics section of the RS-232 standard specifies voltage levels, rate of change for signal levels, and line impedance.

    As the original RS-232 standard was defined in 1962 and before the days of TTL logic, it is no surprise that the standard does not use 5V and ground logic levels. Instead, a high level for the driver output is defined as between +5V to +15V, and a low level for the driver output is defined as between -5V and -15V. The receiver logic levels were defined to provide a 2V noise margin. As such, a high level for the receiver is defined as between +3V to +15V, and a low level is between -3V to -15V. Figure 1 illustrates the logic levels defined by the RS-232 standard. It is necessary to note that, for RS-232 communication, a low level (-3V to -15V) is defined as a logic 1 and is historically referred to as "marking." Similarly, a high level (+3V to +15V) is defined as a logic 0 and is referred to as "spacing."

    Figure 1. RS-232 logic-level specifications.
    Figure 1. RS-232 logic-level specifications.

    The RS-232 standard also limits the maximum slew rate at the driver output. This limitation was included to help reduce the likelihood of crosstalk between adjacent signals. The slower the rise and fall time, the less chance of crosstalk. With this in mind, the maximum slew rate allowed is 30V/ms. Additionally, standard defines a maximum data rate of 20kbps , again to reduce the chance of crosstalk.

    The impedance of the interface between the driver and receiver has also been defined. The load seen by the driver is specified at 3kΩ to 7kΩ. In the original RS-232 standard the cable length between the driver and receiver was specified to be 15 meters maximum. Revision "D" (EIA/TIA-232-D) changed this part of the standard . Instead of specifying the maximum length of cable, the standard specified a maximum capacitive load of 2500pF, clearly a more adequate specification. The maximum cable length is determined by the capacitance per unit length of the cable, which is provided in the cable specifications.

    Table 1 summarizes the electrical specifications in the current standard.

    Table 1. RS-232 Specifications

    RS-232
    Cabling Single-ended
    Number of Devices 1 transmit, 1 receive
    Communication Mode Full duplex
    Distance (max) 50 feet at 19.2kbps
    Data Rate (max) 1Mbps
    Signaling Unbalanced
    Mark (data 1) -5V (min) -15V (max)
    Space (data 0) 5V (min) 15V (max)
    Input Level (min) ±3V
    Output Current 500mA (Note that the driver ICs normally used in PCs are limited to 10mA)
    Impedance 5kΩ (Internal)
    Bus Architecture Point-to-Point

    Functional Characteristics

    Because RS-232 is a complete standard, it includes more than just specifications on electrical characteristics. The standard also addresses the functional characteristics of the interface, #2 on our list above. This essentially means that RS-232 defines the function of the different signals used in the interface. These signals are divided into four different categories: common, data, control, and timing. See Table 2. The standard provides abundant control signals and supports a primary and secondary communications channel. Fortunately few applications, if any, require all these defined signals. For example, only eight signals are used for a typical modem. Examples of how the RS-232 standard is used in real-world applications are discussed later. The complete list of defined signals is included here as a reference. Reviewing the functionality of all these signals is, however, beyond the scope of this paper.

    Table 2. RS-232 Defined Signals
    Circuit Mnemonic Circuit Name* Circuit Direction Circuit Type
    AB Signal Common Common
    BA
    BB
    Transmitted Data (TD)
    Received Data (RD)
    To DCE
    From DCE
    Data
    CA
    CB
    CC
    CD
    CE
    CF
    CG
    CH
    CI
    CJ
    RL
    LL
    TM
    Request to Send (RTS)
    Clear to Send (CTS)
    DCE Ready (DSR)
    DTE Ready (DTR)
    Ring Indicator (RI)
    Received Line Signal Detector** (DCD)
    Signal Quality Detector
    Data Signal Rate Detector from DTE
    Data Signal Rate Detector from DCE
    Ready for Receiving
    Remote Loopback
    Local Loopback
    Test Mode
    To DCE
    From DCE
    From DCE
    To DCE
    From DCE
    From DCE
    From DCE
    To DCE
    From DCE
    To DCE
    To DCE
    To DCE
    From DCE
    Control
    DA ransmitter Signal Element Timing from DTE To DCE
    DB
    DD
    Transmitter Signal Element Timing from DCE
    Receiver Signal Element Timing from DCE
    From DCE
    From DCE
    Timing
    SBA
    SBB
    Secondary Transmitted Data
    Secondary Received Data
    To DCE
    From DCE
    Data
    SCA
    SCB
    SCF
    Secondary Request to Send
    Secondary Clear to Send
    Secondary Received Line Signal Detector
    To DCE
    From DCE
    From DCE
    Control
    *Signals with abbreviations in parentheses are the eight most commonly used signals.
    **This signal is more commonly referred to as Data Carrier Detect (DCD).


    Mechanical Interface Characteristics

    The third area covered by RS-232 is the mechanical interface. Specifically, RS-232 specifies a 25-pin connector as the minimum connector size that can accommodate all the signals defined in the functional portion of the standard. The pin assignment for this connector is shown in Figure 2 . The connector for DCE equipment is male for the connector housing and female for the connection pins. Likewise, the DTE connector is a female housing with male connection pins. Although RS-232 specifies a 25-position connector, this connector is often not used. Most applications do not require all the defined signals, so a 25-pin connector is larger than necessary. Consequently, other connector types are commonly used. Perhaps the most popular connector is the 9-position DB9S connector, also illustrated in Figure 2. This 9-position connector provides, for example, the means to transmit and receive the necessary signals for modem applications. This type pf application will be discussed in greater detail later.

    EIA232 signal assignments for the DCE side.
    EIA232 signal assignments for the DTE side.
    Figure 2. RS-232 connector pin assignments.

    Evolution of RS-232 IC Design

    Regulated Charge Pumps

    The original MAX232 Driver/Receiver and its related parts simply doubled and inverted the input voltage to supply the RS-232 driver circuitry. This design enabled much more voltage than actually required; it wasted power. The EIA-232 levels are defined as ±5V into 5kΩ. With a new low-dropout output stage, Maxim introduced RS-232 transceivers with internal charge pumps that provided regulated ±5.5V outputs. This design allows the transmitter outputs to maintain RS-232-compatible levels with a minimum amount of supply current.

    Low-Voltage Operation

    The reduced output voltages of the new regulated charge pumps and low-dropout transmitters allow use of reduced supply voltages. Most of Maxim's recent RS-232 transceivers operate with supply voltages down to +3.0V.

    AutoShutdown™

    In the never-ending battle to extend battery life, Maxim pioneered a technique called auto-shutdown. When the device is not detecting valid RS-232 activity, it enters a low-power shutdown mode. An RS-232-valid output indicates to the system processor whether an active RS-232 port is connected at the other end of the cable. The MAX3212 goes one step further: it includes a transition-detect circuit whose latched output, applied as an interrupt, can awaken the system when a change of state occurs on any incoming line.

    AutoShutdown Plus™

    Building on the success of AutoShutdown, devices with Maxim's AutoShutdown Plus capability achieve a 1µA supply current. These devices automatically enter a low-power shutdown mode either when the RS-232 cable is disconnected or the transmitters of the connected peripherals are inactive, or when the UART driving the transmitter inputs is inactive for more than 30 seconds. The devices turn on again when they sense a valid transition at any transmitter or receiver input. AutoShutdown Plus saves power without changes to the existing BIOS or operating system.

    MegaBaud

    Moving beyond the EIA-232 specification is megabaud mode, which allows the driver slew rate to increase, thereby providing data rates up to 1Mbps. MegaBaud mode is useful for communication between high-speed peripherals such DSL or ISDN modems over short distances.

    High ESD

    Some ICs are designed to provide high ESD protection. These ICs specify and achieve ±15kV ESD protection using both the human body model and the IEC 801-2 air-gap discharge method. Maxim's high-ESD protection eliminates the need for costly external protection devices such as TransZorbs™, while preventing expensive field failures.

    Support Issues

    Capacitor Selection

    The charge pumps of Maxim RS-232 transceivers rely on capacitors to convert and store energy, so choosing these capacitors affects the circuit's overall performance. Although some data sheets indicate polarized capacitors in their typical application circuits, this information is shown only for a customer who wants to use polarized capacitors. In practice, ceramic capacitors work best for most Maxim RS-232 ICs.

    Choosing the ceramic capacitor is also important. Capacitor dielectric types of Z5U and Y5V are unacceptable because of their incredible voltage and temperature coefficients. Types X5R and X7R provide the necessary performance.

    Unused Inputs

    RS-232 receiver inputs contain an internal 5kΩ pull-down resistor. If this receiver input is unused, it can be left floating without causing any problems. The CMOS transmitter inputs are high-impedance and must be driven to valid logic levels for proper IC operation. If a transmitter input is unused, connect it to VCC or GND.

    Layout Guidelines

    Maxim RS-232 ICs should be treated like DC-DC converters for layout purposes. The AC current flow must be analyzed for both the charge and discharge stages of the charge-pump cycle. To facilitate an easy and effective layout, Maxim conveniently places all the critical pins in close proximity to their external components.

    RS-232 Transceivers in Tiny Packages

    Low-power RS-232 transceivers are available in space-saving chip-scale (UCSP), TQFN, and TSSOP packages. The MAX3243E in a 32-pin (7mm x 7mm) thin QFN package saves 20% board space over TSSOP solutions. The MAX3222E, also available in a 20-pin (5mm x 5mm) TQFN, improves and thus saves board space by 40%. Other transceiver part families packaged in a TQFN, the MAX3222E and MAX3232E with two drivers and two receivers and the MAX3221E with a single driver and single receiver, feature AutoShutdown capability to reduce the supply current to 1µA (See Table 3). These RS-232 transceivers are ideal for battery-powered equipment.

    The MAX3228E/MAX3229E family in a 30-bump (3mm x 2.5mm) UCSP package saves about 70% board space, making these ICs ideal for space-constrained applications such as notebook, cell phone, and handheld equipment. Low-power RS-232 transceivers in space-saving UCSP with a low 1µA shutdown supply current are ideal for ultra-low-power system applications.

    Table 3. RS232 Transceivers in Space-Saving Packages
    Part Package Shutdown Supply Current (µA) Data Rate (kbps) No. of Drivers/Receivers ESD Protection (±kV)
    MAX3221E 20-Pin TQFN 1 250 1/1 15
    MAX3222E 16-Pin TQFN 1 250 2/2 15
    MAX3223E 20-Pin TQFN 1 250 2/2 15
    MAX3230E 20-Bump UCSP 1 250 2/2 15
    MAX3231E 20-Bump UCSP 1 250 1/1 15
    MAX3232E 16-Pin TQFN 1 250 2/2 15
    MAX3237E 28-Pin SSOP 10nA 1Mbps 5/3 15
    MAX3243E 32-Pin TQFN 1 250 3/5 15
    MAX3246E 36-Bump UCSP 1 250 3/5



    RS-232 Application Limitations

    In the more than four decades since the RS-232 standard was introduced, the electronics industry has changed immensely. There are, therefore, some limitations in the RS-232 standard. One limitation—the fact that over twenty signals have been defined by the standard—has already been addressed. Designers simply do not use all the signals or the 25-pin connector.

    Other limitations in the standard are not necessarily as easy to correct.

    Generation of RS-232 Voltage Levels

    As explained in the Electrical Characteristics section, RS-232 does not use the conventional 0 and 5V levels implemented in TTL and CMOS designs. Drivers have to supply +5V to +15V for a logic 0 and -5V to -15V for a logic 1. This means that extra power supplies are needed to drive the RS-232 voltage levels. Typically, a +12V and a -12V power supply are used to drive the RS-232 outputs. This is a great inconvenience for systems that have no other requirements for these power supplies. With this in mind, RS-232 products manufactured by Dallas Semiconductor have on-chip charge-pump circuits that generate the necessary voltage levels for RS-232 communication. The first charge pump essentially doubles the standard +5V power supply to provide the voltage level necessary for driving a logic 0. A second charge pump inverts this voltage and provides the voltage level necessary for driving a logic 1. These two charge pumps allow the RS-232 interface products to operate from a single +5V supply.

    Maximum Data Rate

    Another limitation in the RS-232 standard is the maximum data rate. The standard defines a maximum data rate of 20kbps, which is unnecessarily slow for many of today's applications. RS-232 products manufactured by Dallas Semiconductor guarantee up to 250kbps and typically can communicate up to 350kbps. While providing a communication rate at this frequency, the devices still maintain a maximum 30V/ms maximum slew rate to reduce the likelihood of crosstalk between adjacent signals.

    Maximum Cable Length

    As we have seen, the cable-length specification once included in the RS-232 standard has been replaced by a maximum load-capacitance specification of 2500pF. To determine the total length of cable allowed, one must determine the total line capacitance. Figure 6 shows a simple approximation for the total line capacitance of a conductor. As can be seen, the total capacitance is approximated by the sum of the mutual capacitance between the signal conductors and the conductor to shield capacitance (or stray capacitance in the case of unshielded cable).

    Figure 6. Interface cable-capacitive model, per unit length.
    Figure 6. Interface cable-capacitive model, per unit length.

    As an example, assume that the user decided to use nonshielded cable when interconnecting the equipment. The mutual capacitance (Cm) of the cable is found in the cable's specifications to be 20pF per foot. Assuming that the receiver's input capacitance is 20pF, this leaves the user with 2480pF for the interconnecting cable. From the equation in Figure 6, the total capacitance per foot is 30pF. Dividing 2480pF by 30pF reveals that the maximum cable length is approximately 80 feet. If a longer cable length is required, the user must find a cable with a smaller mutual capacitance.

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  • GRG Banking No. 1 ATM ranking in China for 2008

    GUANGZHOU, China — GRG Banking Equipment Ltd. says it achieved significant growth during the first quarter of 2009, with operating revenue of U.S. $45.6 million, an increase of 21.2 percent from the same period last year. Profit for the quarter hit U.S. $13.8 million, 5 cents per share, up 14 percent from last year.
    GRG also reported year-end results for 2008, which showed a 54-percent increase in annual operating revenue and a 51-percent increase in operating profit. Operating revenue for 2008 totaled U.S. $176 million, while operating profit totaled U.S. $43.4 million.

    According to the “China ATM Market Report 2008," published by Financial News, GRG is the No. 1 ATM provider in China, with sales in 2008 exceeding all other manufacturers. On a global basis, GRG now ranks among the top five ATM providers.

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  • Banking Services: Automatic Teller Machines
    • Absolute Financial Services - Provides new and refurbished ATMs and related equipment.
    • Advanced Network, Inc. - provides ATM sales, services and transaction processing.
    • Advent Associates, Inc. - Worldwide provider of ATMs, parts, technical support and custom programs.
    • American Consumer Financial Network - Owns and operates a network of ATM machines in hotels and travel and entertainment-based businesses.
    • AmericaOne - Provides ATM hardware, software, processing and communication technologies.
    • Aptus Financial - Offers ATM sales and leasing services. Features products and services descriptions, news and contact details.
    • Atlanta Computer Group - Purchases, sells, and leases new and used ATMs and ATM parts.
    • ATM Deal Incorporated - Distributor of ATM machines and cashless ATMs to businesses within the United States.
    • ATM Industries, Inc. - Provides refurbished ATM machines and parts worldwide.
    • ATM Industry Association - Alliance promoting the proliferation of automated teller machines.
    • ATM Marketplace - Features news, research, used machines and comparison of current models.
    • ATM Money Machine - Offering ATM placement, monitoring and maintenance services.
    • ATM ServNet - Provides service for all major brands of ATMs anywhere in the United States.
    • ATM Surcharges - Provides background information, resources, and advocacy tips concerning surcharges that ATM owners impose on customers of other banks, in addition to the standard interchange fee.
    • ATM Warehouse - Marketplace for ATMs for sale by financial institutions.
    • ATMC, Inc. - Provides ATM Sales and service.
    • ATMIA Europe - Provides information about the ATM industry in Europe.
    • ATMs of the South - Provides sales and support for machines, primarily through the Southeast.
    • Automated ATM Solutions - National direct distributor of non-bank owned automated teller machines.
    • Automated Teller Machine Services, Inc. - Provider of ATM sales, service and transaction processing.
    • Automated Teller Machines - Provides equipment and lease terms for operating an ATM as a business opportunity.
    • The Bailey Group - Provider of ATM services and technical support.
    • Bankers Exchange - International provider of new and refurbished ATM parts and bank equipment.
    • Bear Financial Equipment - Wholesale and retail sales of new and refurbished financial equipment.
    • Cabe and Cato - Georgia-based provider of ATM sales and services.
    • Can Do Cash Limited - Provides POS kiosks, automated banking machines and POS debit terminals.
    • Cash N Go - Canadian firm offers ATM sales, installations, servicing, and transaction processing.
    • Cash Point Machines - ATM suppliers offering self fill machines across the UK. Profile, services and product range.
    • ChanMar Company - Provides ATMs, check cashing, and smart-cash machines for lease or purchase.
    • Companion Systems - Designs and manufactures enclosures for brand delivery in financial services and interactive kiosks.
    • Couvrette Building Systems - Design and engineering firm that manufacturers ATM kiosks, canopies, surrounds, and toppers.
    • DAS Express ATM - Tennessee provider of ATM sales, service and transaction processing.
    • DirectCash ATM - Canadian provider of independent ATM solutions.
    • EFT Datalink - Transaction processor for standard functionality ATMs and Point of Sale systems.
    • Electronic Cash Systems, Inc - Provides sales and leasing of ATMs to merchants, dealers and individuals.
    • E-Xpress Payment Systems - Handles service, sales, leasing, placement and processing of ATMs.
    • Express Teller Services, L.L.C. - Providing ATM solutions and related services. Products descriptions. Contacts.
    • FiSource, Inc - Offering refurbished and reconditioned ATM machines.
    • Heritage Industries - Diverse product line of ATM kiosks, surrounds, backdrops, and sign canopies.
    • Impact Imaging and Animation - Provides custom processing screens for automatic teller machines.
    • Inkas ATM Division - Canadian firm specializes in atm sales, installations, servicing and replenishment.
    • International Merchant Services - Provides sales and leasing of automated teller machines.
    • Kertech - ATM Painting, repair, cleaning, assessments and recommendations, restoration and maintenance.
    • Mastercard/Cirrus ATM Locator - Provides an online search platform to locate an ATM anywhere in the world.
    • Member Access Pacific - Provides your members with ATM transactions and shared deposit-taking nationwide.
    • Mobilmoney, LLC - Provider of mobile automated teller machines to special events.
    • Pi Systems - Provides ATM sales and service and refurbished equipment.
    • Platinum Financial Systems - Provides sales and leasing of all major brand ATMs, and business opportunities for selling ATMs.
    • 3Plus - Provider of used/refurbished ATM machines, spare parts and consumables. Features product and services, news and links.
    • Protech Solutions - Providing ATM and IT solutions for the retail and banking industries, hardware, supplies and consulting. Features product details, company's profile and contacts.
    • Scott Tod - UK-based suppliers of ATMs, card vending machines, currency converters and change machines.
    • Scrip ATM - Authorized reseller of Triton cash machines.
    • Shazam - Regional network that provides EFT products and services to community financial institutions.
    • SPC International - Supplies new and refurbished banking equipment, sub assemblies and spares, plus repair services. Includes products, services, and contacts.
    • Swipe USA - Provides sales and free placements of Tranax and Triton machines.
    • Tidel Engineering, Inc - An international supplier of automated teller machines.
    • Triton - Manufacturer of off-premise ATMs. Includes product data, news and events, distributors, and employment.
    • TRM Corporation - Provides ATM and copy machine sales, lease, rental, placement, transaction processing, cash management, supplies and service in the US, Canada and the UK. (Nasdaq: TRMM).
    • Trusted Security Solutions - Provides solutions for establishing unique ATM cryptographic keys as required by major networks.

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  • Banking Services: Electronic Cash • ACH Processing Company - Provides electronic banking services through the Federal Reserve Banking System.
    • CheckFree Corporation - Provider of financial electronic commerce services.
    • CHIPS - Electronic system that handles monetary payments moving between countries around the world.
    • eCatalystOne - ePAID, a pre-paid purchase card, can be used to buy and sale anonymously over the Internet.
    • EcoCard Ltd - A virtual card for online payments.
    • Ecount - Web account enables users to send, spend and receive cash online.
    • e-Duction - Process lets employees pay for products and services out of future paychecks.
    • Fidesic - Enables electronic payments between any two parties with email addresses and U.S. bank accounts.
    • First Data - Provides money and information movement services for business. Includes pages about governance, solutions, news, and investment. (NYSE: FDC).
    • FreedomPay - Cashless payment system enables members to make small purchases without cash or coins.
    • Fundtech Ltd. - Designs, develops, markets, and supports client/server products for electronic payments. (Nasdaq: FNDT).
    • HyperWallet - Offers online, global and mobile payment solutions, international payment distribution and multi-currency transaction processing services.
    • InternetCash - Use to shop online at participating websites.
    • Mellennia - Provider electronic gift, loyalty, corporate and prepaid card services.
    • Moneybookers - A service for individuals and merchants to send and receive money online using an E-mail address or payment buttons.
    • New England ACH Association - Promotes use and understanding of electronic payments, specifically the ACH.
    • NewGenPay - Develops and licenses secure, efficient interoperable payment systems.
    • PayPal - Online payment service for individuals and merchants. Allows users to send money and bills to anyone with e-mail.
    • Paypal Warning - Warns PayPal users of their service policies. Collects and publishes complaints about Paypal.
    • Praxell - Secure, IP-based stored value platform enables two or more parties to transact business over the Internet.
    • Visa Buxx - Offers a reloadable shopping card designed for parents to help teens budget wisely.
    • WildCard Systems - Develops prepaid or host based stored value payment system cards or virtual accounts, enabled through Web applications.
    • XRT - System promotes global visibility of cash and treasury, risks and payment, and secure end-to-end tracking and control of financial flows.

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  • World's No. 1 ATM manufacturer NCR to build a new manufacturing plant in Brazil World's No. 1 ATM manufacturer NCR is to invest R$73 million to build a new manufacturing plant in Brazil that will create 250 new jobs.NCR says the site will produce cash machines for Brazil, Latin America, and Caribbean markets, with production slated to being by the end of the year. The new plant will take over production currently outsourced to a local contract manufacturer.

    Brazil is the third largest ATM market in the world and is expected to grow 16% by 2012. NCR says the new factory will look to design and engineer specific products to meet the needs of Brazilian financial institutions, including capabilities for biometric ID and cheque printing.

    Bill Nuti, NCR's chairman and chief executive officer, comments: "With this new capability, we believe we will be better positioned to take market share by providing leading hardware, software and service solutions, tailored specifically to meet the needs of our customers and fulfilling our goals of growing our business, while lowering our operating costs."

    NCR has been undergoing a major shake-up of its global ATM manufacturing over the past two years in an effort to cut costs and improve productivity. Earlier this month, the firm announced plans to relocate all North American manufacturing to a new site in Columbus. In March, NCR finally called time on manufacturing at its site in Dundee, Scotland, as it shifted work to new sites in cheaper European locations.

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  • Banking Services: Equipment and Software
    • Add-it Systems Inc. - Manufacturer of bank lobby equipment and security pens.
    • Affirmative Technologies, Inc. - ACH processing software for businesses.
    • Aftech - Software provider for credit unions.
    • Agiletics, Inc. - Provides cash management sweeping and investment software.
    • Aircharge - Developer of wireless payment processing systems.
    • AlexeBanking.com - Provider of Internet-based software and services for financial institutions.
    • Alliance Security Group - Offers atms, night depositories, safes, vaults, and a complete line of banking equipment and security products to financial institutions.
    • Alnova Technologies Corporation - Provides retail banks with modular solutions.
    • Alpha Data Utility, Inc. - Provides credit management software systems, consulting and software design.
    • American Safe Deposit Services - Company specializes in safe deposit products and services.
    • Amro-Asian Trade, Inc. - Offers coin and currency handling equipment.
    • AnaSys - Core business is to build and market interface systems in the interbanking environment.
    • Anderson Imaging Group - Provides check scanners, MICR readers, check encoders, Magnetic stripe readers/encoders and credit card printers to the banking industry.
    • Aquracy.com - Offers check, invoice and remittance payment solutions for low-to-medium volume operations.
    • ASD Corporation - Provides solutions for banks to generate fee income from non-interest financial sources.
    • AstroSystems, Inc. - Validates currency in 75 countries around the world.
    • Atris Technology - Financial software for teller automation and branch banking.
    • Avantek Systems Inc. - Provider of reusable software components enabling accelerated assembly of custom n-tier applications for banking and financial services industry.
    • B & B Technical Services - New and reconditioned bank equipment below retail.
    • Back to Basics, Inc. - Loan servicing software for commercial or residential mortgages.
    • Balboa Check Protector - Supplies banking equipment, check signers and protectors, time stamps and paper shredders.
    • BancTec - Provider of hardware and software systems for the financial transaction marketplace.
    • Bank Mark, Inc. - Supplier of carriers for bank pneumatic systems.
    • BankEquipment.com - Classifieds and link listings for equipment and services to the bank equipment market.
    • The Banker's Exchange - Provides coin and currency counters, check encoders and other bank equipment.
    • BankServ - Provider of electronic funds transfer technology and services.
    • BankSupplies.com - Offers bank, credit union, ATM, and cash products. Includes financial printing supplies and counterfeit detection equipment.
    • BankSys Management - Provides WAN, video and telephony solutions to community banks throughout the Southeast.
    • BankTrade - A browser based software solution for trade finance and letters of credit, designed for banks and their corporate clients.
    • BankWare - Provides check imaging, document imaging and cold solution to the banking industry.
    • BARS GmbH - Manufacturer and supplier of banking equipment such as currency sorters, single note inspection systems, cash logistic/storage systems and related software.
    • BellCon - Manufacturer and supplier of banknote counterfeit detector, sorter, counter machines and UV banknote detectors.
    • BMA Management Support Corp - Bank core processing software and outsource provider.
    • Bonaire Software Solutions, LLC - Web-based transactional applications, solutions and services for the financial services industry.
    • Bottomline Technologies Europe - We develop software for B2B e-Commerce, electronic banking, e-Billing, payments, collections, ACH, laser cheque printing and security services.
    • BranchConnect Financial Systems, Inc - Developers of a teller automation software solution for banks.
    • Bridger Tracker Compliance Software - Compliance software solutions to assist any business with OFAC and USA PATRIOT Act compliance. Download 45-day free trial.
    • Brown Security Designs, Inc. - Providers of ATMs, attended transaction systems and security systems to the banking industry.
    • Business Logic - Offers efinance infrastructure solutions to the financial services industry.
    • California Banking Systems - Provides used and reconditioned banking and financial equipment.
    • Callatay and Wouters - Provides core banking, internet and data warehouse solutions to the financial services industry.
    • Carreker Corporation - Provides integrated consulting and software solutions which enable banks to increase their revenues, reduce their costs and enhance their delivery of customer services. (Nasdaq: CANI).
    • The Case Manager - Provides software designed to automate a financial institution's investigative office.
    • Cash-Tech - Provider of software products and applications consulting in the area of cash management.
    • Castle Six - Provides cleaning cards for all electronic payment equipment systems.
    • Centaur Associates - Providing courier service and routing software for banks since 1995.
    • Centerprise Services, Inc. - Provides technology applications for financial services organizations.
    • City Financials eTC Treasury Software - Specialist suppliers of corporate treasury software. Cash, Deal and Risk management with integrated Accounting.
    • City Networks - Provides software solutions for the treasury, securities and derivatives industries.
    • Cognos Inc. - Finance, planning and budgeting software. Business performance management software for visibility into resource requirements and future business results.
    • Corillian Corporation - Provides e-finance software to financial services firms.
    • CR2 - Provider of channel banking and card payment solutions to the financial services industry.
    • CRA Information Services - Total solutions for CRA and HMDA data collection, correcting, reporting, and analysis for the banking industry.
    • Credit Risk Management Software Solution - Provides end to end Credit Risk Management software compliant with Basel II and Publication 75 for Credit Risk Management providing automation of Risk Policy, Risk Adjusted Pricing, Administration and Monitoring, Risk Asset Review and Operations.
    • CSC Financial Services - Provides specialized application software for the global financial services industry.
    • CTS group - Specialised Peripherals for Banks, Financial Institutions and Service Companies. Solutions for Front-Office, Back-Office and Self Service application environments.
    • Cummins-Allison Corp. - Manufacturer of currency equipment, paper shredders and office products.
    • Data Select Systems - Providing automated software solutions for commercial real estate banking, including Construction Loan Control and Mortgage Servicing.
    • Davis Bancorp Disaster Recovery Services - offers complete item processing, inclearings and imaging capabilities.
    • Dealing Inc. - Offers a client/server software complex that supports a wide range of office operations.
    • Delarue Supplies - Makers of change machines and teller cash dispatch units.
    • Diebold Incorporated - Manufacturer and supplier of an integrated line of self-service banking products.
    • Digital Business Solutions W.L.L. - Provides credit risk management software compliant with Basel II, other products and services for the banking, Islamic banking and financial industry.
    • Digital Check Corporation - Offers check scanners and check scanning equipment to financial institutions.
    • eFunds Corporation - Internet banking solutions including payment and transactions. (Nasdaq: EFDS).
    • Endpoint Exchange - Provides check truncation, payment truncation and check clearing services for financial document image clearing exchange.
    • Eurobase - Real-time treasury management and trading systems for banks, corporations and financial institutions. Including FX and MM, credit risk, equities and derivatives.
    • Euronet Worldwide - Solution provider enabling financial institutions to deliver financial information and transaction services from mobile phones, wireless devices, Web, ATM and POS terminals.
    • Farin dot Com - Provider of asset liability and pricing software for financial institutions.
    • Fidelity National Information Services - Provides banking software and tools, architectures, and information technology solutions.
    • Field Solutions - Provides specialist pricing software to the finance and banking industry.
    • Financial Interactive Systems, Inc. - Branch automation technology for the banking industry.
    • Financial Marketing Systems, Inc. - Provides banks with products designed for profitable customer relationship management.
    • Financial Tools, Inc. - Specializing in financial tools for the banking and lending communities. Provides business and personal credit analysis and contact management software for lenders.
    • Fincentric Corporation - Makers of i-Wealthview, a wealth management software solution that includes core banking, Customer Value Management, data aggregation, Internet and wireless financial portals and full multi-channel support.
    • Fiserv, Inc. - Operates centers which offer full-service financial data processing, software system development, item processing and check imaging, multiple technology support, electronic funds transfer services, plastic cards and other related card management services, network installation and integration services, human resources outsourcing, design and production of business forms and marketing literature, delivery and support of third-party software and hardware products, securities processing and related business products, in the United States as well as in international markets. (Nasdaq: FISV).
    • Fiserv Los Angeles - Provides information technology module processing to local and regional banks.
    • FNStar Inc. - Provides financial services solutions for institutional and retail brokerage, and wealth and retirement planning and management.
    • Fraud Detection - Syfact is a Corporate Intelligence Management Tool utilized to combat Financial Crime, Money Laundering, General Fraud Risks and is used to preserve reputation integrity.
    • Frisco Bay Industries Ltd. - Designs, develops and markets integrated systems including transaction processing systems, computerized time management systems and integrated security systems, for financial institutions.
    • Fundamentum Limited - Internet Credit Application Processing Systems & Software - Providers of iLAPS (Internet Loan Application Processing System) for financial institutions.
    • FundsXpress Financial Network - Enables financial institutions to offer Internet banking and online brokerage services.
    • GHR Systems, Inc. - Providers of loan origination technology and support services to lenders.
    • Gladstone International Consulting, Ltd. - Providing consultancy and services for IT solutions to financial institutions.
    • Guarantee Business Systems - Provides sales and service for computer, storage and banking equipment.
    • Guthrie Phillips Group - Offers financial applications to credit unions, banks and collection agencies.
    • Harland Financial Solutions - Provides software for financial institutions seeking to maximize profitability.
    • The Harrison Company - Provides customer relationship management (CRM), relationship marketing systems, and account aggregation services.
    • HMA Starware Ltd - Provides complete banking software solutions.
    • IBServices - Provides applications oriented to high-net-worth individuals and asset managers.
    • i-flex Solutions Ltd. - Provider of technology solutions for the financial services industry, offers pre-packaged products, custom solutions, consulting services and offshore development facilities.
    • Impressions International - Offers check writing equipment and accessories.
    • Information Builders Banking and Financial Solutions - provides Web business intelligence and integration software and services for the banking and financial services industry.
    • Infosys Technologies - Provides Core Banking Solution named Finacle to Banks
    • Infotech Ltd. - Treasury, internet banking and core banking solutions for the banking industry.
    • InterCept Group, Inc. (The) - Designs, develops, markets and implements a suite of integrated electronic commerce products client/server enterprise software and other processing solutions primarily for community financial institutions. (Nasdaq: ICPT).
    • International Private Banking Systems - Provides private banking software and IT banking solutions.
    • 1internet Corp. - Specializes in turn-key portals for community banks and financial organizations.
    • IPS of Boston - Payment management software including ACH, Positive Pay, Check Printing Software, Electronic Payments and Financial EDI for Payroll and Direct Deposit.
    • IQ Financial Systems - Windows-based loan accounting and loan servicing software.
    • IT/2 Treasury Management - Provides IT/2 Choice treasury management solutions for the global market including investment management software for the financial industry.
    • Item Processing Resource Guide - A listing of item processing, remittance processing and check imaging systems services and supplies.
    • J and B Software - Developer of image based payment processing software.
    • J.D. Crow & Associates - Bank equipment parts, supplies and consumables.
    • JFC Banking Equipment - Provides converters, trays and money detection systems.
    • Kale Consultants - Developer of software products for airline and banking industries.
    • The Kamakura Corporation - Provides credit risk, market risk, and asset and liability management software.
    • Kelly Banking Services, Inc. - Installation and support for NCR/UNISYS proof stations.
    • Kid Savers - Teaches kids the value of savings, while offering financial institutions the value of good press and promotion.
    • Kirchman Corp. - Develops banking automation software for banks of all sizes.
    • Kpit Infosystems - Offers IT services, development, maintenance and support, web enabling, re-engineering and migration.
    • Lawson Software - Web-enabled enterprise resource planning solutions including general ledger and activity management. Allows users to migrate and integrate legacy system data and provides transactional information associated with numbers.
    • Level Four Software - Vendor independent software tools for ATM application development, testing, content management and EMV Smart Card compliance.
    • LHA Systems, - Supplies software for banking and security needs around the world.
    • LHA Telextester - Offers software products for banking security.
    • Lombard Risk - Software and consultancy firm for banking, e-government and financial training.
    • Mag-II Internet Mall - Provides cash handling equipment and supplies.
    • Maverick International - Manufactures and distributes MICR check encoding and payment processing solutions.
    • Merchant Software Plus - Software maker enables small business owners to validate and process credit cards and checks using a personal computer and a modem.
    • Metavante - Offers CRM, EFT, electronic banking, electronic payment, and private label banking for institutions.
    • MICR Prime Services, Inc. - Provides software to financial institutions for producing MICR encoded documents.
    • Miser - Provides information technology solutions for banks and financial institutions.
    • Misys plc - Misys-IBS is a global supplier of IT solutions to the banking industry
    • MoneyGuidepro - Financial planning software for banks, financial advisors and broker dealers.
    • The Mortgage Office - Loan servicing, origination, tracking, and collection software.
    • Mosaic Software - Provider of electronic funds transfer software for financial and retail institutions.
    • MotionTouch - UK manufacturer of signature capture technology, designed for the banking and financial industries.
    • National Bankers Supply - Supplies money-handling products for coin or currency transport and storage.
    • National Source One - Providers of teller management systems.
    • Net Bank Audit - Identifies an organization's online security weaknesses and vulnerabilities.
    • Network Controls International, Inc. - Provides retail delivery and connectivity solutions for banks.
    • NextBill - Provides ACH software for the financial services industry.
    • Notex 1500-C - Money counter machine that provides accurate high speed processing of paper and plastic currency.
    • Online Banking Software - Probanx provides turn-key software solutions for Internet banks.
    • Open Solutions Inc. - Provides e-business and software applications for community financial institutions.
    • Optimum System Products - Delivers outsourcing services, document management and bank supplies.
    • Parabit Systems - Provides products and services that maximize bank automation and electronic banking services.
    • Paragon Application Systems - Provides ATM, POS, and electronic banking software solutions to the financial services industry.
    • The Pathfinder Group, Ltd - Provides banking operations software solutions to financial institutions.
    • PCi Corporation - Provides CRA, HMDA, and Fair Lending analysis software to the banking industry.
    • Peldec Decision Systems Ltd. - Provides banks with software solutions that streamline the review, analysis and approval of commercial credit applications and enable compliance with Basel II credit risk requirements.
    • Personix - Source for plastic card manufacturing and personalized print/mail services.
    • PIBAS, Inc. - Provides development and support of banking application systems.
    • Pirum Systems Limited - Providers of Internet based securities financing technology solutions.
    • Polaris Software Labs Ltd. - Banking and financial software solutions multinational.
    • POS Register - Offers reconditioned card terminals and new cash register terminals.
    • Prime Associates Inc - Provider of messaging, payment integration, and regulatory compliance products.
    • Proaxiom Holdings, Ltd. - New Zealand-based solution providers to major financial institutions offers workflow solutions from application scanning to application approval/decline.
    • Probanx Banking Software - Provider of fully integrated Banking Software Solutions for international private banks and commercial banks.
    • ProGenics Corporation - Interactive banking and remote access software, designed for financial institutions in Nigeria.
    • Promain International - Distributes money exchange systems and daily safes.
    • Qsys Corp. - Developers of online ATM and teller terminal transaction software for financial institutions.
    • RDM - Offers software products for payment capture and processing in banking applications.
    • Real Time Financial Management Ltd. - Provides software solutions to the financing business needs of global investment banks.
    • Real-time payment management and processing software for credit and debit card issuers - CoreCard provides real-time,cross-border card issuing and acquiring software to financial institutions.
    • Sam E. Mitchell and Associates, - Provides coin, currency, document and data processing equipment
    • Seedman Schwartz - Providing mobile banking solutions using J2ME technology.
    • Shaw Systems Associates, Inc. - provides consulting, development, installation, and training for credit management software.
    • Sheaffer One Source - Provider of financial bags, crowd control stanchions, and related bank supplies.
    • Smart Solution - Suppliers of customized financial institution software.
    • Smartstream Technologies - Provides banking back office solutions for reconciliation and exception management.
    • Software Solutions for Community Banks - Develops and implements software solutions that are designed to help community banks achieve operational efficiencies, improved customer service, and enhanced internal control.
    • 724 Solutions Inc. - Provides infrastructure software for the secure delivery of financial services.
    • SQN Signature Systems - Produces software for banks to capture and display signatures at any bank location.
    • SRS Systems Inc. - Supplier of check endorsers, coin and currency counters and forms handling equipment.
    • Starex Financial Systems - Firm buys and sells new and used banking, financial, and business related equipment.
    • STB-Solutions for financial compliance and data management - Solutions for financial compliance, Regulatory reporting, anti-money laundering, OFAC compliance and data management
    • Strategic Information Technology Ltd - Provides financial software solutions for banks, credit unions, retailers, and manufacturers. Includes product details and customer support contacts.
    • Street Resource Group, Inc. - Provides mortgage software and systems support services.
    • Suchak Data Systems - SDS is a full service provider of technology solutions for community banks.
    • Surecomp - Offers a range of wholesale banking solutions, including trade finance software.
    • SweepTech Technology - Develops a money market fund sweep product, designed to open new markets in the cash management arena.
    • System Access - Provides e-banking software solutions for financial services organisations.
    • System Resources, Inc. - Purchases, maintains and resells new and refurbished banking equipment.
    • Team Services Inc. - Provides services to the banking community including Locksmithing, Vat Maintenance, Equipment Surveys, Video Equipment Maintenance and consulting.
    • Technisys - Provides end-to-end Internet-based transactional solutions for the financial industry in the US, Europe and Latin America.
    • Tecniflex - Provides banking equipment systems and hardware maintenance.
    • TimeValue Software - Providers of online financial calculators.
    • TNS Smart Network - Offers ATM and EFT switching solution for retailers and financial institutions.
    • Top Technology - Transaction repair company servicing POS terminals, printers and pinpads.
    • Trade finance software solutions - BankTrade provides software solutions for trade finance, letters of credit and international banking, designed for both banks and their corporate clients.
    • Trade Systems Inc. - Offers software designed specifically for credit unions.
    • TradeSoft - Trade Finance Software - TradeSoft offers software and knowledgebase solutions for trade finance.
    • Tranquilmoney - Net-hosted software for basic receivables management.
    • Trinergy - Credit Union Software - System designed to provide CU industry with client-server technology for member management, financial and reporting.
    • TS Partners - Provides shareholder accounting software for stock transfer and corporate trust processing.
    • UCP Financial Equipment Co. - Supplier of financial equipment to the Southeast United States.
    • U.S. Credit Card Equipment - Provider of terminals, printers, pin pads, software and processing equipment.
    • USA Patriot Act Compliance Software - USA Patriot Act Compliance Software for OFAC,FINCEN, BIS/BXA,OSFI,FBI,FATF Data.
    • The Weiland Financial Group, Inc. - Provides account analysis systems, support, and software upgrades.
    • Weston & Muir - Provides PC-based financial accounting software.
    • Wolters Kluwer Financial Services - National provider of forms and compliance software to the financial industry.
    • XCharge - Standalone program that allows users to process credit cards on their computer.
    • XP Systems - Provides software for credit unions.
    • Zoot Enterprises - Provides instant credit decisioning and loan origination services.

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  • Russia's Kaspersky Lab warns of ATM virus threat MOSCOW, March 25 2009 (Source : RIA Novosti Web address http://en.rian.ru/) - Russian computer security company Kaspersky Lab warned on Wednesday of a new virus that hackers could use in ATMs to gain access to bank accounts.

    "This is a malicious program intended to infect and survive in ATMs. It is possible that new malware will appear, aimed at illegitimately using banking information and removing funds," the company's head of global research and threats analysis, Alexander Gostyev, told RIA Novosti.

    Earlier on Wednesday another Russian anti-virus company, Doctor Web, said that a virus had been discovered in closed networks of ATMs of several Russian banks, which is able to collect information from bank cards.

    Gostyev said the virus is a Trojan that is able to infect the popular American Diebold brand of ATMs, used in Russia and Ukraine. Judging by the programming code used, there is a high probability that the programmer comes from one of the former soviet republics, he added.

    However, he said that if any ATMs have been infected, "their number is minimal."

    He also said that while individual bank cardholders are not able to tell whether an ATM is infected, banks can run a program to find out if their machines are at risk.

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  • EMV EMV is a standard for interoperation of IC cards ("Chip cards") and IC capable POS terminals and ATMs, for authenticating credit and debit card payments. The name EMV comes from the initial letters of Europay, MasterCard and VISA, the three companies which originally cooperated to develop the standard. Europay International SA was absorbed into Mastercard in 2002. JCB (formerly Japan Credit Bureau) joined the organisation in December 2004, and American Express joined in February 2009. IC card systems based on EMV are being phased in across the world, under names such as "IC Credit" and "Chip and PIN". The EMV specification is also the basis of the Chip Authentication Program, where banks give customers hand-held card readers to perform online authenticated transactions.
    The EMV standard defines the interaction at the physical, electrical, data and application levels between IC cards and IC card processing devices for financial transactions. Portions of the standard are heavily based on the IC Chip card interface defined in ISO 7816.
    The system is not compatible with the original Carte Bancaire smart cards systematically deployed in France since 1992. However, the French Carte Bancaire now also uses the EMV standard.
    The most widely known implementations of EMV standard are:

    VSDC - VISA
    MChip - MasterCard
    AEIPS - American Express
    J Smart - JCB

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  • SWIFT SWIFT is the Society for Worldwide Interbank Financial Telecommunication, a member-owned cooperative through which the financial world conducts its business operations with speed, certainty and confidence. Over 8,300 banking organisations, securities institutions and corporate customers in more than 208 countries trust us every day to exchange millions of standardised financial messages. Our role is two-fold. We provide the proprietary communications platform, products and services that allow our customers to connect and exchange financial information securely and reliably. We also act as the catalyst that brings the financial community together to work collaboratively to shape market practice, define standards and consider solutions to issues of mutual interest. SWIFT enables its customers to automate and standardise financial transactions, thereby lowering costs, reducing operational risk and eliminating inefficiencies from their operations. By using SWIFT customers can also create new business opportunities and revenue streams. SWIFT has its headquarters in Belgium and has offices in the world's major financial centres and developing markets.SWIFT is solely a carrier of messages. It does not hold funds nor does it manage accounts on behalf of customers, nor does it store financial information on an on-going basis. As a data carrier, SWIFT transports messages between two financial institutions. This activity involves the secure exchange of proprietary data while ensuring its confidentiality and integrity.

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  • Core Banking Core Banking is normally defined as the business conducted by a banking institution with its retail and small business customers. Many banks treat the retail customers as their core banking customers, and have a separate line of business to manage small businesses. Larger businesses are managed via the Corporate Banking division of the institution. Core banking basically is depositing and lending of money.
    Normal core banking functions will include deposit accounts, loans, mortgages and payments. Banks make these services available across multiple channels like ATMs, Internet banking, and branches.
    Core Banking Solutions is new jargon frequently used in banking circles. The advancement in technology, especially internet and information technology has led to new ways of doing business in banking. These technologies have cut down time, working simultaneously on different issues and increasing efficiency. The platform where communication technology and information technology are merged to suit core needs of banking is known as Core Banking Solutions. Here computer software is developed to perform core operations of banking like recording of transactions, passbook maintenance, interest calculations on loans and deposits, customer records, balance of payments and withdrawal are done. This software is installed at different branches of bank and then interconnected by means of communication lines like telephones, satellite, internet etc. It allows the user (customers) to operate accounts from any branch if it has installed core banking solutions. This new platform has changed the way banks are working.

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  • Check 21 Overview


    Check Truncation Act (CTA) - known as Check 21 or Check Clearing for the 21st Century - is possibly most important change that affects the financial industry as a whole in the last forty years. The Check 21 law creates a standard called Image Replacement Document or IRD. IRDs are documents created with the original check's front and rear image. IRDs also contain all of the check's encoded MICR data. To take full advantage of Check 21, financial institutions will need the ability to generate, accept and archive check images and data. This will produce substantial savings in the handling and movement of check related transactions that will no longer need to rely on couriers, planes, trains and/or armored transport for the clearing of physical drafts.

    Introduction

    In 2000 the Federal Reserve Board staff began investigating a concept to promote check truncation and electronic check presentment. That concept evolved into the Check Clearing for the 21st Century Act or Check 21.

    What are Substitute Checks?

    The idea was to enable a bank to substitute a machine-readable copy of a check (a "substitute check") for the original check for forward collection or return. Substitute checks that meet the requirements of the Act would be the legal and practical equivalent of the original check.

    Background

    Federal Reserve Board staff worked with industry and other stakeholders through numerous versions of the Act. On December 21, 2001, Chairman Greenspan sent the Federal Reserve Board’s legislative proposal to the Chairs and Ranking Members of the Senate and House Banking Committees. Both the House and Senate introduced bills in the 107th Congress (2002). In the 108th Congress (2003), the following bills were introduced.
    • House: H.R. 1474
    • Senate: S. 1334
    Many banking organizations monitored the legislative process and provided input. All sectors of the banking industry (small banks, large banks, credit unions, processors, technology companies, Federal Reserve Board, etc.) strongly supported the Act and worked together to achieve passage. The Accredited Standards Committee X9B (www.x9.org) focused on the development of industry standards for the financial services industry and developed the technical specification for substitute checks (DSTU X9.90-2003) in support of Check 21. (DSTU is an acronym for Draft Standard for Trial Use.)

    Highlights of the Check 21 Act

    The purposes of the Check 21 Act are:
    • To facilitate check truncation
    • To foster innovation in the check payment system without mandating receipt of checks in electronic format; and to improve the payment system overall. The Act creates a new negotiable instrument, called a "substitute check".
    • If the substitute check meets the Act’s requirements, then it is the legal equivalent of the original paper check.
    • A substitute check can be processed in the same manner as the original paper check.
    • Parties cannot refuse to accept a substitute check that meets the Act’s requirements. "Parties" includes everyone: other banks, paying customers, depositing customers, consumers, corporations, Federal Reserve, processors, etc.
    • The Act provides legal equivalence only for substitute checks.
    • The Act facilitates check truncation and electronic/image exchanges but does not provide legal equivalence for electronic check or image presentment.
    • Systems and clearing arrangements involving electronic check or image presentment still require agreement of the parties who accept the electronic form of the instrument for value.
    • The Act encourages the use of electronics by empowering banks to truncate original checks, process them electronically and, where necessary, provide paper substitute checks.
    • All checks, except foreign checks, are eligible to become substitute checks, including, but not limited to, the following:
      • Consumer checks
      • Business checks
      • Corporate checks
      • Government warrants
      • U.S. Treasury checks
      • Money orders
      • Controlled disbursement checks
      • Payable through drafts
      • Traveler’s checks
    A bank creating the substitute check and all subsequent banks that process the substitute check provide warranties and an indemnity to subsequent parties in the collection and return processes. The warranties are that:
    • The substitute check meets the Act’s legal equivalence requirements; and
    • No party will be asked to make payment based on a check that it has already paid (no double debit).
    The indemnity relates to losses incurred due to the receipt of a substitute check instead of the original check.
    • In the instance of a warranty breach, the indemnity includes damages proximately caused.
    • In the absence of a warranty breach, the indemnity is for the amount of the substitute check plus interest. The indemnifying bank may limit its liability if it is able to produce the original check or a copy.
    • The Act includes a new expedited recredit feature for consumers who receive substitute checks. A consumer receiving a substitute check may make an expedited recredit claim if a substitute check was improperly charged to the consumer’s account or the consumer has a warranty claim and the consumer suffered a loss. Bank generally has 10 business days after consumer claim to complete its investigation of the consumer’s claim and to recredit the consumer’s account for amounts up to $2,500 per check, pending completion of the investigation. Exceptions are made for new accounts, accounts repeatedly overdrawn, and suspicion of fraud. All funds must be recredited within 45 calendar days if the claim still cannot be validated.
    Customer Awareness

    Banks are required to provide customer awareness notices explaining substitute checks for consumers who are provided substitute checks including existing and new customers. The Federal Reserve is to write model language for this requirement. The consumer awareness document must explain how a substitute check is the legal equivalent of an original check for all purposes and the consumer’s recredit rights under the Act.

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  • Smart Card Standards

    A number of standards and specifications are relevant for smart card implementations, with some focused on industry-specific applications. A summary of the standards bodies and different smart card standards and specifications is presented below.*

    International Standards Organization (ISO)/International Electrotechnical Commission (IEC) Standards:

    ISO/IEC is one of the worldwide standard-setting bodies for technology, including plastic cards. The primary standards for smart cards are ISO/IEC 7816, ISO/IEC 14443, ISO/IEC 15693 and ISO/IEC 7501.

    • ISO/IEC 7816 is a multi-part international standard broken into fourteen parts. ISO/IEC 7816 Parts 1, 2 and 3 deal only with contact smart cards and define the various aspects of the card and its interfaces, including the card’s physical dimensions, the electrical interface and the communications protocols. ISO/IEC 7816 Parts 4, 5, 6, 8, 9, 11, 13 and 15 are relevant to all types of smart cards (contact as well as contactless). They define the card logical structure (files and data elements), various commands used by the application programming interface for basic use, application management, biometric verification, cryptographic services and application naming. ISO/IEC 7816 Part 10 is used by memory cards for applications such as pre-paid telephone cards or vending machines. ISO/IEC 7816 Part 7 defines a secure relational database approach for smart cards based on the SQL interfaces (SCQL).

    • ISO/IEC 14443 is an international standard that defines the interfaces to a “close proximity” contactless smart card, including the radio frequency (RF) interface, the electrical interface, and the communications and anti-collision protocols. ISO/IEC 14443 compliant cards operate at 13.56 MHz and have an operational range of up to 10 centimeters (3.94 inches). ISO/IEC 14443 is the primary contactless smart card standard being used for transit, financial, and access control applications. It is also used in electronic passports and in the FIPS 201 PIV card.

    • ISO/IEC 15693 describes standards for “vicinity” cards. Specifically, it establishes standards for the physical characteristics, radio frequency power and signal interface, and anticollision and transmission protocol for vicinity cards that operate to a maximum of 1 meter (approximately 3.3 feet).

    • ISO/IEC 7501 describes standards for machine-readable travel documents and has made a clear recommendation on smart card topology.


    Federal Information Processing Standard 201 – FIPS 201:

    As a result of Homeland Security Presidential Directive 12 (HSPD-12), issued by President George W. Bush on August 27, 2004, NIST published Federal Information Processing Standard Publication 201 (FIPS 201), Personal Identity Verification (PIV) of Federal Employees and Contractors, on February 25, 2005. FIPS 201 provides the specifications for a standard Federal smart ID card, called the PIV card, that must be used for both physical and logical access and can be used for other applications as determined by individual agencies. The PIV card is a smart card with both contact and contactless interfaces. Government agencies are currently implementing FIPS 201-compliant systems.

    NIST has also issued a number of special publications with additional specifications for PIV card implementations. Published specifications are available at http://csrc.nist.gov/publications/nistpubs/index.html. Draft special publications are available at http://csrc.nist.gov/piv-program/index.html.

    Other Federal Information Processing Standards (FIPS):

    FIPS standards are developed by the Computer Security Division within NIST. FIPS standards are designed to protect Federal computer and telecommunications systems. The following FIPS standards apply to smart card technology and pertain to digital signature standards, advanced encryption standards, and security requirements for cryptographic modules.

    Digital Signatures

    • FIPS 186-2 specifies a set of algorithms used to generate and verify digital signatures. This specification relates to three algorithms specifically, the Digital Signature Algorithm (DSA), the RSA digital signature algorithm, and the Elliptic Curve Digital Signature Algorithm (ECDSA) algorithm.

    • ANSI X9.31-1998 contains specifications for the RSA signature algorithm. The standard specifically covers both the manual and automated management of keying material using both asymmetric and symmetric key cryptography for the wholesale financial services industry.

    • ANSI X9.62-1998 contains specifications for the ECDSA signature algorithm.

    Advanced Encryption Standards

    • FIPS 197: The Advanced Encryption Standard (AES) specifies a FIPS-approved cryptographic algorithm that can be used to protect electronic data. The AES algorithm is a symmetric block cipher that can encrypt and decrypt information.

    Security Requirements for Cryptographic Modules

    • FIPS 140: The security requirements contained in FIPS 140 (currently version 2) pertain to areas related to the secure design and implementation of a cryptographic module, specifically: cryptographic module specification; cryptographic module ports and interfaces; roles, services, and authentication; finite state model; physical security; operational environment; cryptographic key management; electromagnetic interference/electromagnetic compatibility (EMI/EMC); self-tests; design assurance; and mitigation of other attacks.

    American National Standards Institute (ANSI) Standards:

    ANSI recommends standards directed to the needs of the U.S. and supervises standards-making activities. It does not write or develop standards itself. Thus, in the U.S., any group that participates in ISO must first participate in ANSI. The International Committee for Information Technology Standards (INCITS) serves as ANSI’s Technical Advisory Group (TAG). Working groups within INCITS – such as B10 (Identification Cards and related devices), T6 (Radio Frequency Identification Technology) and M1 (biometrics) contribute directly to ISO groups (for example, the ISO/IEC Joint Technical Committee 1/Subcommittee 17 (JTC 1/SC 17)).

    GlobalPlatform:

    GlobalPlatform (GP) is an international, non-profit association. Its mission is to establish, maintain and drive adoption of standards to enable an open and interoperable infrastructure for smart cards, devices and systems that simplifies and accelerates development, deployment and management of applications across industries. According to GlobalPlatform, as of October 2008, an estimated 305.7 million GlobalPlatform-based smart cards had been deployed across the world, with an additional 2 billion GSM cards using GlobalPlatform technology for over-the-air (OTA) application download.

    Common Criteria:

    Common Criteria (CC) is an internationally approved security evaluation framework providing a clear and reliable evaluation of the security capabilities of IT products, including secure ICs, smart card operating systems, and application software. CC provides an independent assessment of a product’s ability to meet security standards, with the goal of giving customers confidence in the security of IT products and leading to better decisions about security. Security-conscious customers, such as national governments, are increasingly requiring CC certification in making purchasing decisions. Since the requirements for certification are clearly established, vendors can target very specific security needs while providing broad product offerings. CC has been adopted and is recognized by 14 countries.

    International Civil Aviation Organization:

    The International Civil Aviation Organization (ICAO) is responsible for issuing guidance on the standardization and specifications for Machine Readable Travel Documents (MRTD) – i.e., passports, visas, and travel documents. ICAO published the specification for electronic passports that uses a contactless smart chip in the passport to securely store information on the passport holder’s data page.

    International Airline and Transportation Association (IATA):

    The IATA develops standards for recommendation to the airline and transportation industry. IATA has formed a task force to develop interoperability standards for smart card-based ticketless travel. Its mission is to ensure easy and convenient negotiation of electronic airline tickets.

    G-8 Health Standards:

    The G-8 countries have come together to develop a standard format for populating data on a health card. This standard attempts to create interoperability across health cards from the G-8 countries. It addresses file formats, data placement on the card, and use of digital certificates in health care.

    The Health Insurance Portability and Accountability Act (HIPAA) of 1996 (Public Law 104-191):

    This law states that the Secretary of Health and Human Services (HHS) is to adopt national standards for implementing a secure electronic health transaction system. Examples of these transactions include: claims, enrollment, eligibility, payment, and coordination of benefits. The goal of HIPAA is to create a secure, cost-effective means for individuals to efficiently accomplish electronic health care transactions. HHS has designated the Centers for Medicare and Medicaid Services the responsible entity for enforcing HIPAA.

    Global System for Mobile Communication (GSM) Standards:

    The mobile phone industry has several telecommunication standards, but the predominant one globally is GSM. The GSM standard uses smart cards called Subscriber Identification Modules (SIMs) that are configured with information essential to authenticating a GSM-compliant mobile phone, thus allowing a phone to receive service whenever the phone is within coverage of a suitable network. According to the GSMA, GSM is used in 218 countries and territories serving more than three billion people. (See GSM statistics at http://www.gsmworld.com.) This standard is managed by the European Telecommunication Standards Institute.

    EMV 2000:

    To expedite the issuance of globally interoperable financial smart cards, Europay, MasterCard, and Visa (EMV) published the first version of standard card and transaction terminal specifications in 1995. The specifications are built on the ISO/IEC 7816 standard and serve as an expansion to accommodate debit and credit transactions. Version 4.1 was published in June 2004.

    • Book 1, Application-Independent Integrated Circuit Card (ICC) to Terminal Interface Requirements, describes the minimum functionality required for integrated circuit cards and terminals to ensure correct operation and interoperability independent of the application to be used.

    • Book 2, Security and Key Management, describes the minimum security functionality required for integrated circuit cards and terminals to ensure correct operation and interoperability. Additional requirements and recommendations are provided on online communication between ICC and issuer and the management of cryptographic keys at terminal, issuer and payment system level.

    • Book 3, Application Specification, defines the terminal and integrated circuit card procedures necessary to effect a payment system transaction in an international interchange environment.

    • Book 4, Cardholder, Attendant, and Acquirer Interface Requirements, defines the mandatory, recommended, and optional terminal requirements necessary to support the acceptance of integrated circuit cards in accordance with Books 1, 2 and 310.

    Personal Computer/Smart Card (PC/SC) Workgroup:

    The PC/SC Workgroup was formed in 1996 and included Schlumberger Electronic Transactions, Bull CP8, Hewlett-Packard, Microsoft, and other leading vendors. This group has developed open specifications for integrating smart cards with personal computers. The specifications are platform-independent and based on existing industry standards. They are designed to enable application developers to create smart card-based secure network applications for banking, health care, corporate security, and electronic commerce. The specifications include cryptographic functionality and secure storage, programming interfaces for smart card readers and PCs, and a high-level application interface for application development. The specifications are based on the ISO/IEC 7816 standard and support EMV and GSM application standards.

    OpenCard™ Framework:

    The OpenCard Framework is a set of guidelines announced by IBM, Netscape, NCI, and Sun Microsystems for integrating smart cards with network computers. The guidelines are based on open standards and provide an architecture and a set of application program interfaces (APIs) that enable application developers and service providers to build and deploy smart card solutions on any OpenCard-compliant network computer. Through the use of a smart card, an OpenCard-compliant system will enable access to personalized data and services from any network computer and dynamically download from the Internet all device drivers that are necessary to communicate with the smart card. By providing a high-level interface which can support multiple smart card types, the OpenCard Framework is intended to enable vendor-independent card interoperability. The system incorporates Public Key Cryptography Standard (PKCS) - 11 and is expandable to include other public key mechanisms.

    American Public Transportation Association:

    The American Public Transportation Association (APTA) has published the Contactless Fare Media System (CFMS) Standard that provides a manual of standards and recommended practices for universal transit farecards. Additional information is available at http://www.aptastandards.com.

    Biometric Standards:

    Many new secure ID system implementations are using both biometrics and smart cards to improve the security and privacy of the ID system.

    • ANSI-INCITS 358-2002, BioAPI Specification - (ISO/IEC 19784-1). BioAPI is intended to provide a high-level generic biometric authentication model–one suited for any form of biometric technology. It covers the basic functions of enrollment, verification, and identification, and includes a database interface to allow a biometric service provider (BSP) to manage the technology device and identification population for optimum performance. It also provides primitives that allow the application to separately manage the capture of samples on a client workstation, and the enrollment, verification, and identification functions on a server. The BioAPI framework has been ported to Win32, Linux, UNIX, and WinCE. Note that BioAPI is not optimum for a microcontroller environment such as might be embedded within a door access control reader unit or within a smart card processor. BioAPI is more suitable when there is a general-purpose computer available.

    • ANSI-INCITS 398, Common Biometric Exchange Formats Framework (CBEFF) - (ISO/IEC 19785-1). The Common Biometric Exchange Formats Framework (CBEFF) describes a set of data elements necessary to support biometric technologies and exchange data in a common way. These data can be placed in a single file used to exchange biometric information between different system components or between systems. The result promotes interoperability of biometric-based application programs and systems developed by different vendors by allowing biometric data interchange. This specification is a revised (and augmented) version of the original CBEFF, the Common Biometric Exchange File Format, originally published as NISTIR 6529.

    • ANSI-INCITS Biometric Data Format Interchange Standards. ANSI-INCITS has created a series of standards specifying the interchange format for the exchange of biometric data. These standards specify a data record interchange format for storing, recording, and transmitting the information from a biometric sample within a CBEFF data structure. The ANSI-INCITS published data interchange standards are shown below. The ISO equivalent standards for each are in process but not yet finalized.

    • ANSI-INCITS 377-2004 - Finger Pattern Based Interchange Format

    • ANSI-INCITS 378-2004 - Finger Minutiae Format for Data Interchange

    • ANSI-INCITS 379-2004 - Iris Interchange Format

    • ANSI-INCITS 381-2004 - Finger Image Based Interchange Format

    • ANSI-INCITS 385-2004 - Face Recognition Format for Data Interchange

    • ANSI-INCITS 395-2005 - Signature/Sign Image Based Interchange Format

    • ANSI-INCITS 396-2004 - Hand Geometry Interchange Format

    • ISO/IEC 19794 series on biometric data interchange formats. Part 1 is the framework, Part 2 defines the finger minutiae data, Part 3 defines the finger pattern spectral data, Part 4 defines the finger image data, Part 5 defines the face image data, Part 6 defines the iris image data, and still in development, Part 7 will define the signature/sign time series data, Part 8 will define the finger pattern skeletal data and Part 8 will define the vascular image data.

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  • Smart Card

    A smart card is a device that includes an embedded integrated circuit chip (ICC) that can be either a secure microcontroller or equivalent intelligence with internal memory or a memory chip alone. The card connects to a reader with direct physical contact or with a remote contactless radio frequency interface. With an embedded microcontroller, smart cards have the unique ability to store large amounts of data, carry out their own on-card functions (e.g., encryption and mutual authentication) and interact intelligently with a smart card reader. Smart card technology conforms to international standards (ISO/IEC 7816 and ISO/IEC 14443) and is available in a variety of form factors, including plastic cards, fobs, subscriber identification modules (SIMs) used in GSM mobile phones, and USB-based tokens.

    Smart Card Technology

    There are two general categories of smart cards: contact and contactless.

    Contact Smart Card Diagram

    A contact smart card must be inserted into a smart card reader with a direct connection to a conductive contact plate on the surface of the card (typically gold plated). Transmission of commands, data, and card status takes place over these physical contact points.

    Contactless Smart Card Diagram

    A contactless card requires only close proximity to a reader. Both the reader and the card have antennae, and the two communicate using radio frequencies (RF) over this contactless link. Most contactless cards also derive power for the internal chip from this electromagnetic signal. The range is typically one-half to three inches for non-battery-powered cards, ideal for applications such as building entry and payment that require a very fast card interface.

    Two additional categories of cards are dual-interface cards and hybrid cards. A hybrid card has two chips, one with a contact interface and one with a contactless interface. The two chips are not interconnected. A dual-interface card has a single chip with both contact and contactless interfaces. With dual-interface cards, it is possible to access the same chip using either a contact or contactless interface with a very high level of security.

    The chips used in all of these cards fall into two categories as well: microcontroller chips and memory chips. A memory chip is like a small floppy disk with optional security. Memory chips are less expensive than microcontrollers but with a corresponding decrease in data management security. Cards that use memory chips depend on the security of the card reader for processing and are ideal for situations that require low or medium security.

    A microcontroller chip can add, delete, and otherwise manipulate information in its memory. A microcontroller is like a miniature computer, with an input/output port, operating system, and hard disk. Smart cards with an embedded microcontroller have the unique ability to store large amounts of data, carry out their own on-card functions (e.g., encryption and digital signatures) and interact intelligently with a smart card reader.

    The selection of a particular card technology is driven by a variety of issues, including:

    • Application dynamics
    • Prevailing market infrastructure
    • Economics of the business model
    • Strategy for shared application cards

    Smart cards are used in many applications worldwide, including:

    • Secure identity applications - employee ID badges, citizen ID documents, electronic passports, driver’s licenses, online authentication devices
    • Healthcare applications - citizen health ID cards, physician ID cards, portable medical records cards
    • Payment applications - contact and contactless credit/debit cards, transit payment cards
    • Telecommunications applications - GSM Subscriber Identity Modules, pay telephone payment cards

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  • List Of Transaction Processing Software Companies # TPS (IRIS)
    # Metavante Technologies Ltd (Cortex)
    # ACI Worldwide Inc. BASE24, BASE24-eps, ON/2, OpeN/2 and ASx
    # Alaric International Authentic, and Fractals
    # TietoEnator Card Suite Unix
    # eFunds Corporation CONNEX and Oasis
    # Euronet Worldwide ArkSys
    # HPS (Hightech Payment Systems) Power CARD
    # Postilion (formerly S1) Postilion
    # Open Solutions POSH
    # BPC Banking Technologies SmartVista
    # S2M (Société Maghrébine de Monétique) SELECTSystem,MultiXPac
    # Systems People Limited MatchPoint
    # Avanza Solutions Nimbus
    # TietoEnator Card Suite
    # Transaction Processing Systems Phoenix
    # CR2 (Ireland) BankWorld Controller Sparrow ATM Controller
    # Wincor Nixdorf ProClassic/Enterprise
    # Transsmart Holdings Limited
    # AlexSoft S.A.
    # KEBA (Austria)
    # HST Systems & Technologies (Brazil) - (ITransManager)

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  • Wincor Nixdorf

    Wincor Nixdorf Holding GmbH



    Address:
    Heinz-Nixdorf-Ring 1
    Paderborn
    D-33106
    Germany

    Telephone: 49 5251 69 98 0
    Fax: 49 5251 693 67 67
    http://www.wincor-nixdorf.com

    Statistics:
    Public Company
    Incorporated: 1952 as Labor für Impulstechnik
    Employees: 6,000
    Sales: EUR 1.58 billion ($1.9 billion) (2004)
    Stock Exchanges: Frankfurt
    Ticker Symbol: WNXDF
    NAIC: 334111 Electronic Computer Manufacturing; 333313 Office Machinery Manufacturing; 423430 Computer and Computer Peripheral Equipment and Software Merchant Wholesalers; 511210 Software Publishers; 541512 Computer Systems Design Services; 811211 Consumer Electronics Repair and Maintenance


    Company Perspectives:
    Company Culture: Our vision states, "We want to make Wincor Nixdorf the leading provider of IT services and solutions to the branch businesses of banks and retailers!" This is only possible with a team which works together and which sticks together. With people who pursue our Company's aims and objectives with motivation and commitment. People who identify with their company and are proud to work for it. People with spirit.


    Key Dates:
    1952: Heinz Nixdorf founds Labor für Impulstechnik in Paderborn, Germany, and begins supplying calculators to third parties.
    1964: Nixdorf begins selling calculators and billing machines under its own name.
    1968: The company develops the minicomputer.
    1969: The company acquires the United States' Victor Comptometer.
    1982: A telecommunications division is established.
    1984: The company makes its first public offering of stock on the Frankfurt Stock Exchange.
    1986: Heinz Nixdorf dies at a company party.
    1989: Nixdorf's losses top DEM 1 billion and the company is acquired by Siemens.
    1992: The company is renamed as Siemens Nixdorf Informationssysteme (SNI).
    1996: The company refocuses on the personal computer market, becoming the largest in Germany and the second largest in Europe.
    1998: The company sells its personal computer division to Acer; Siemens spins off SNI as a new company, Siemens Nixdorf Retail and Banking Systems GmbH, specializing in ATM and electronic point-of-sale (EPOS) markets.
    1999: The company is acquired by venture capital firm Kohlberg Kravis Roberts and Goldman Sachs Capital Partners, renamed as Wincor Nixdorf, and de-listed from the Frankfurt Stock Exchange.
    2000: The company begins providing IT services, including IT outsourcing.
    2004: Wincor Nixdorf is re-listed on the Frankfurt Stock Exchange.


    Company History:

    Wincor Nixdorf Holding GmbH is one of the world's leading manufacturers of automated teller (ATM) and electronic point-of-sale (EPOS) machinery, equipment, and software. The company, based in Paderborn, Germany, is that country's market leader, and number three in the world, in both categories. Wincor Nixdorf is also number one in Europe for EPOS equipment for the retail sector, and number two in Europe for ATMs. Production takes place in Germany and at its Asian-region headquarters in Kallang, Singapore. Wincor Nixdorf focuses on two core sectors, including the retail banking market for its ATM and self-service terminal systems, such as information terminals and statement and voucher printers. The company also sells its ProClassic/Enterprise software, adding international support for Internet and telephone banking services. Retailers form Wincor Nixdorf's other major area of operation, for which the company provides POS systems as well as shelf-labeling, "reverse vending systems" (for returns of items such as refillable bottles and containers), and other retail-oriented systems. The company supports these products with inventory management and related information software. In addition to its hardware and software production, Wincor Nixdorf also provides a range of support services for its bank and retailer customers, including call-screening and part supply logistics, as well as IT outsourcing services. Once one of Germany's major computer companies, then part of Siemens, before being spun off in the late 1990s, Wincor Nixdorf returned to the Frankfurt Stock Exchange in 2004. In that year the company posted sales of EUR 1.58 billion ($1.9 billion).

    Germany's Pride in the 1950s

    For much of the postwar era Nixdorf Computer epitomized the Wirtschaftswunder, Germany's extraordinary recovery from the devastation of war. From its headquarters in the provincial town of Paderborn, Nixdorf built a worldwide reputation for quality and innovation in the field of small- and medium-sized computers, becoming a source of considerable pride in a country still suffering from the war's physical and psychological wounds. In the year following the death of Heinz Nixdorf, the charismatic founder and owner of the corporation, Nixdorf was honored as 1987's "most admired German company." By the end of the 1980s, after a decade of more than 20 percent annual sales growth, there was talk of Nixdorf eventually challenging the world's computer leaders.

    Yet by 1989, the erstwhile pride of Germany was headed for bankruptcy, a victim of one of the sudden storms that periodically lash the international computer industry. By early 1990 the company had been sold to German industrial giant Siemens. Heinz Nixdorf's miraculous creation remained Nixdorf in name alone, but Germany as a whole maintained control of one of its symbols of economic strength.

    Heinz Nixdorf was born in Paderborn in 1925, the son of a railway clerk. After service in the Luftwaffe at the end of World War II, he enrolled at Frankfurt University to study physics and business but left before taking a degree. With a small amount of borrowed capital, Nixdorf founded his own company, the Labor für Impulstechnik, in a basement workshop in Essen in 1952. He devised and built a calculator using radio tubes and sold it to West Germany's largest electrical utility, the Rheinische Westfalische Elektrizitatswerke. Word spread of Nixdorf's innovative machines, and Impulstechnik began supplying some of Europe's leading electrical manufacturers with products they later sold under their own names. Chief among these customers were Groupe Bull of France and Wanderer Werke in West Germany.

    When the former was bought out by General Electric in 1964 the resulting drop in Nixdorf sales taught its founder an important lesson. Henceforth his company would not rely on such unpredictable relationships with industrial giants. It would manufacture and sell its own equipment. Nixdorf developed a line of calculators and billing machines superior to those it supplied to Wanderer and quickly proceeded to out-sell its own best customer. Nixdorf soon simplified matters by buying out Wanderer--considered a remarkable coup for a 15-year-old company. Nixdorf thus acquired extensive production facilities and a widespread sales force, with which it set about revolutionizing the use of computers in small businesses and banking.

    In the mid-1960s few people yet envisaged any but IBM's theory of computer utilization, in which ever-larger central processing units handled a growing amount of corporate data from a single location. Heinz Nixdorf recognized that most companies did not need more computational muscle. They needed to put such tools to work efficiently. To do so, they required two elements IBM was not particularly interested in supplying including small, versatile computers and a sales force willing to tailor such machines to the specific needs of each customer. This strategy was not only generally sound but also addressed the realities of the West German economy, whose companies tended to be smaller, family-owned concerns not capable of IBM-style investments but still in need of computing efficiency. For these users Nixdorf brought out its 820 general-purpose minicomputer in 1968, adding both the sales force and software needed to adapt such a machine to the daily needs of each small-business client. As a result of this campaign, Nixdorf sales rose from DEM 28 million in 1966 to DEM 263 million four years later, beginning the pattern of explosive growth that did not end until the debacle of 1989.

    During the 1970s Nixdorf continued to defy conventional wisdom by exploiting the niche it had uncovered. The company's first international sale provided the Swedish banking industry with 1,000 terminals for its various branch locations, and by 1972 Nixdorf had opened sales and manufacturing centers in 21 other countries as well. The most important foreign target was the United States, but Nixdorf met with only limited success in the U.S. market. In 1969 it bought the electronic division of Victor Comptometer, a U.S. manufacturer of office equipment, and in 1977 it added the Massachusetts-based Entrex, Inc., but at no time was Nixdorf able to gain more than 1 percent of the U.S. market. It was not that the company seemed in need of additional sales. By 1978 Nixdorf had passed DEM 1 billion in sales and employed some 10,000 people around the world.

    Heinz Nixdorf and his family still owned 100 percent of the company stock, which some observers felt gave Nixdorf a decided advantage over its main German competitor, Siemens, a multibillion-mark conglomerate unable to keep up with the rapidly changing computer world. Although such a concentration of ownership offered more flexibility and the ability to move quickly, it also limited the company's capital base, and in 1978 Nixdorf dallied with a number of suitors eager to buy up large chunks of the corporation. However, the entrepreneur refused to relinquish control, instead making a conditional sale of 25 percent of his stock to longtime ally Deutsche Bank in 1979.

    Siemens to the Rescue in the 1990s

    In addition to its traditional strength in small businesses and banking, Nixdorf expanded in 1974 to provide information services for the retail sector. Nixdorf's retail involvement primarily involved point-of-sale equipment, an area in which the company became one of the European leaders. The fourth leg of Nixdorf's marketing platform was in place by 1982, when its new telecommunications division created Germany's first digital telephone switching system. Heinz Nixdorf predicted that telecommunications would provide 50 percent of corporate revenue by the century's end, as the gradual convergence of telecommunication and computer systems opened a vast new field known as integrated service digital networks.

    To pursue such goals Nixdorf needed yet more capital, and in 1984 the company made its initial public offering (IPO) of stock, first in West Germany and then also on the Swiss markets. Response was outstanding, as expected for a company whose 1984 sales had reached DEM 3.27 billion and continued to climb at about 21 percent per year. Heinz Nixdorf had become something of a legend in his native land; the employer of 20,000 skilled German workers was a symbol of that country's unflagging determination to remain a world leader in the crucial computer industry.

    When the founder died unexpectedly of a heart attack while dancing at a company party in March 1986 his employees were stunned, but none doubted that under new Chairman Klaus Luft the Nixdorf ascent would continue. At that time the company offered both a full line of IBM-compatible minicomputers, workstations, and terminals, and a new series of TARGON machines using the UNIX "open" operating system which was the only real competitor to that of IBM.

    Nixdorf was Europe's largest seller of software and had built perhaps the world's most dedicated, knowledgeable sales force to help its many smaller customers make intelligent use of the machines and programs they purchased. The company always worked from the customer to the machine, not vice versa, in that way earning the kind of loyalty that ensures repeat sales. For all of these reasons, therefore, the financial community was puzzled when it became apparent that 1988 profits were not going to be as spectacular as Nixdorf had expected. As the months went by, a rather embarrassed Klaus Luft admitted that profits would indeed not be spectacular at all, except in a wholly negative sense: Profits for the year were DEM 26 million, down 90 percent from the previous year's record DEM 264 million.

    The year 1989 proved to be an unprecedented nightmare for Nixdorf. A first half loss of DEM 297 million snowballed into a second half nearly twice as bad. By the end of the year, the company's losses had topped DEM 1 billion, wiping out nearly all of the company's profit from the decade before. Since Deutsche Bank and the Nixdorf family, who still controlled 100 percent of the voting stock, were determined to keep the company in German hands, the Siemens buyout was the most advantageous solution.

    Nixdorf was overcome by an unfortunate combination of factors mostly outside its control. The company suffered a triple blow from the economy at large. The price of computer chips skyrocketed; the Nixdorf mix of sales shifted rapidly from high-margin bank installations to low-margin office and retail work; and, most important, increased world competition and standardization of products severely depressed hardware prices. The international movement toward so-called open systems meant that an increasing percentage of equipment was interchangeable, which drove standard part prices down and forced competitors to "add value" to their own products in order to justify a higher final price. Nixdorf thus found itself paying more for the computer chips with which it assembled machines that sold only at lower prices. The element the company could have better managed was the excessive growth of its highly paid personnel, most of them software designers and engineers.

    Despite such difficulties, Siemens was happy to pay $350 million for its smaller cousin. The acquisition gave Siemens a strong position in the midrange computer market, where it was previously weak, and made the parent company the seventh largest computer maker in the world. For the Nixdorf family, the deal brought to an abrupt end one of Germany's most successful postwar economic creations, as another maverick entrepreneur was swallowed up by a larger competitor whom only a few years before it had consistently outperformed in the marketplace.

    Independent and Focused in the 2000s

    Renamed as Siemens Informationssysteme, and then as Siemens Nixdorf Informationssysteme (SNI), the marriage between Siemens and Nixdorf quickly floundered. Indeed, some observers recognized that Siemens's acquisition had been doomed from the start. This was in large part due to Nixdorf's overemphasis on the micro-computer market. While this market had been one of the major sectors in the computer industry in the 1980s, by the early 1990s it had become in large part obsolete--crushed by the rise of the personal computer (PC) and the development of efficient networking systems. With the collapse of the microcomputer market, Nixdorf had little left to offer other than operations in a few small niche areas.

    SNI's losses remained high in 1991, topping DEM 780 million, which did not include more than DEM 200 million in additional "restructuring charges." Yet, despite a thorough restructuring, the group's losses continued into the mid-1990s. In 1992, the company's losses were still greater than DEM 500 million, and dropped slightly, to DEM 420 million, at the end of 1993.

    In response, SNI brought in a new CEO, Gerhard Schulmeyer, who formerly had been with Asea Brown Boveri. Schulmeyer represented the first time an outsider had come in to run Nixdorf, and the company now began a massive shift in its operations, refocusing its production on the one hand on the PC market, and on the other on financial transaction support machinery and equipment, such as ATMs and EPOS systems.

    By the mid-1990s, SNI had regained some of Nixdorf's former glory. In 1996, the company appeared reborn, posting sales of nearly DEM 14 billion ($9 billion), placing it as Germany's number one computer company, and number two in Europe, trailing only IBM. Yet the company had made few inroads in penetrating the all-important U.S. computer market. As such, into the late 1990s, amid a surge in PC sales, SNI fell behind competitors such as IBM, Compaq, Hewlett-Packard, Dell, and fast-growing Acer. Unable to compete, Siemens announced its decision to sell off its PC operations to Acer in 1998.

    The sell-off led to a spinoff that year of what was left of SNI into a new company, Siemens Nixdorf Retail and Banking Systems GmbH. That company was set up as a separate and independent company from Siemens, and refocused to target the retailing and retail banking markets with its ATM and EPOS systems. In 1999, Siemens sold off the former SNI entirely, in a buyout led by the venture capital firm Kohlberg Kravis Roberts and Goldman Sachs Capital Partners.

    The company then took on its new name, Wincor Nixdorf, and began building its stature not only as one of Europe's leading manufacturers of ATMs and EPOS systems, but as a global player, with operations in more than 60 countries supported by a subsidiary network in more than 30 countries.

    In the early 2000s, Wincor Nixdorf added a range of IT support services to its portfolio, responding to an increasing cross-industry trend toward outsourcing services. As such Wincor Nixdorf not only developed support services for its own range of equipment and software, but also for third parties. By the middle of the decade, the company had begun to offer full-service IT outsourcing services for its retail banking customers.

    Wincor Nixdorf reincorporated as a joint stock company, leading to its IPO in May 2004. The listing on the Frankfurt Stock Exchange represented one of the first major IPOs since the crash of Germany's IPO market in the early 2000s. By the end of its 2004 year, Wincor Nixdorf had posted profits of EUR 116 million on sales of nearly EUR 1.6 billion ($1.9 billion). The company now turned its attention to further expansion, with a particular focus on growth in the Asian markets. Wincor Nixdorf carried the legacy of one of Germany's great economic successes into the new century.

    Principal Subsidiaries: Pt. Wincor Nixdorf (Indonesia); Siemens Nixdorf B.V. (Netherlands); Wincor Nixdorf A/S (Denmark); Wincor Nixdorf AB (Sweden); Wincor Nixdorf AS (Norway); Wincor Nixdorf Asia Pacific (Singapore); Wincor Nixdorf Bilgisayar Sistemleri A.O. (Turkey); Wincor Nixdorf C.A. (Venezuela); Wincor Nixdorf Ltd. (Korea); Wincor Nixdorf Ltd. (Ireland); Wincor Nixdorf Oy (Finland); Wincor Nixdorf Retail & Banking Systems Ltd. (China); Wincor Nixdorf Retail and Banking Systems Sp. z.o.o. (Poland); Wincor Nixdorf S.R.L. (Italy); Wincor Nixdorf Sdn. Bhd. (Malaysia); Wincor Nixdorf Soluçoes em Tecnologia da Informaçao Ltda. (Brazil).

    Principal Competitors: International Business Machines Corporation; NEC Corporation; Motorola Inc.; Teradata Corporation; NCR Corporation.

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  • NCR

    NCR Corporation



    Address:
    1700 South Patterson Boulevard
    Dayton, Ohio 45479
    U.S.A.

    Telephone: (937) 445-5000
    Fax: (937) 445-1682
    http://www.ncr.com

    Statistics:
    Public Company
    Incorporated: 1900 as National Cash Register Company
    Employees: 33,100
    Sales: $6.51 billion (1998)
    Stock Exchanges: New York
    Ticker Symbol: NCR
    NAIC: 333313 Office Machinery Manufacturing; 334111 Electronic Computer Manufacturing; 334119 Other Computer Peripheral Equipment Manufacturing; 51121 Software Publishers; 541512 Computer Systems Design Services; 811212 Computer & Office Machine Repair & Maintenance; 339944 Carbon Paper & Inked Ribbon Manufacturing; 323110 Commercial Lithographic Printing; 323116 Manifold Business Form Printing


    Company Perspectives:


    With over 100 years of experience meeting the needs of consumer-oriented businesses, NCR partners with businesses to transform transactions into relationships.


    Company History:

    When National Cash Register Company was formed during the last two decades of the 19th century, it had one product--cash registers. Today NCR Corporation, as it is now known, develops and markets a wide range of computer and terminal systems; office automation products; automated teller, data warehousing, and telecommunications services; semiconductor components; software; and business forms and supplies. Among NCR's claims to fame are its introduction of bar code scanning in 1974, its position as a world leader in paper roll products for cash registers, and the fact that fully 40 percent of the checks issued around the globe are cleared with NCR equipment.

    Origins

    NCR's first years were shaped in large part by John Henry Patterson, who was president from 1884 to 1921. Patterson's early emphasis on sales, his initiation of business practices that became standards for other companies and industries, and his pioneering efforts in industrial welfare made NCR a role model for other companies during the late 1800s and early 1900s.

    While running a dry goods operation in Ohio during the early 1880s, Patterson found he was losing money because not all sales were being reported by his clerks. When Patterson learned of a device called a cash register, he ordered two from James and John Ritty, who had recently established a Dayton, Ohio-based company called National Cash Register. In 1882 the Rittys sold part of their company and renamed it the National Manufacturing Company.

    Patterson, meanwhile, was reaping such financial rewards from the use of his cash registers that he bought stock in the Rittys' company. He eventually joined the board of directors and suggested that the company use nationwide marketing techniques to sell its cash registers. Patterson's ideas met with opposition, and in 1884 he bought additional stock and took control of the company. Once president, Patterson again named the company National Cash Register Company and moved quickly to change NCR's emphasis from manufacturing to sales. His interest in sales led to the concept of quotas and guaranteed sales territories for agents. Patterson also provided his agents with sales seminars, training brochures, and scripted sales pitches, and required them to wear white shirts and dark suits. All of these practices were new at the time but soon became widespread at other companies.

    Cash register sales responded almost immediately to Patterson's techniques. Sales more than doubled to 1,000 machines a year by 1886, while by 1888 the number of NCR employees had grown from 12 to more than 100. About this time Patterson also began to produce various forms of printed advertising. Beginning in the late 1880s, prospective customers were inundated with weekly or monthly advertising circulars and direct-mail letters describing products. Employees' publications were introduced to bolster communication and enthusiasm about meeting sales quotas. Output--the first employee newspaper--listed sales, discussed the benefits of cash registers, and printed encouraging words from satisfied customers.

    Poor economic conditions in the 1890s affected many companies in the United States, including NCR. Between 1892 and 1897 the company's production was reduced and employees worked scaled-down weeks. The company also looked more closely at the manufacturing side of business: a system of interchangeable parts for cash register models was introduced, streamlining production and trimming overhead.

    In 1894 NCR constructed a new and larger "safety-conscious" facility in Dayton with the aid of bank loans. The following year Patterson hired Thomas J. Watson, who rose quickly through the sales ranks to become a sales manager in New York and later became part of an inner circle of Dayton executives. It was Watson who led the campaign to reduce competition, including a massive advertising blitz as well as an adamant defense of patents. By 1897 NCR's competition had been reduced to three companies, down from more than 80 a decade before.

    In 1900 NCR reported the sale of its 200th cash register. It now employed a record 2,269 people. That same year the company was chartered as a New Jersey corporation for the purpose of selling stock. Construction of a ten-building facility began in 1906, and overseas operations, which had been established in the 1880s, were growing as well. In a company publication, NCR boasted that its sales force extended from Norway and Alaska to New Zealand and China, with nearly 1,000 agents in more than 270 offices.

    First Electric Cash Register in 1906

    In 1906 a young inventor named Charles F. Kettering gave the company its first electric cash register. Kettering, who had been hired just two years earlier, also developed NCR's Class 1000 machine, a low-cost redesigned register that remained in production for nearly 40 years with only minor changes. Kettering left the company in 1909 to join the automotive industry.

    Spurred by the success of Kettering's cash register and the Class 1000 machine, sales continued to climb throughout the early 1900s. By 1911 NCR had sold a million machines. The company's aggressive battle to secure patent rights and fend off competition led the American Cash Register Company to file an antitrust complaint based on the Sherman Antitrust Act, a federal law prohibiting the monopolistic restraint of trade or commerce. In 1912 the government brought NCR to trial and presented 32 cases of alleged trade interference. The following year Patterson, Watson, and 20 other officers were found guilty of trade restraint and unlawful monopoly in three of those cases. (The decision would be reversed two years later by a higher court.) In 1913, however, Watson left the company after a falling out with Patterson.

    The Dayton Flood of 1913 brought more attention to NCR. Under Patterson's leadership, the company responded to the flood by suspending all operations and providing relief shelter in company facilities.

    Shortly thereafter, during the early stages of World War I, NCR continued to make cash registers while involved in wartime production contracts with the government. By 1919 the company was operating almost solely on a wartime production basis.

    The 1920s marked NCR's gradual entrance into its accounting machine era. NCR already had proved its dominance in the cash register field, having controlled more than 95 percent of that market prior to the outbreak of the war. In 1921 NCR announced its Class 2000 itemizer, which provided 30 totals and embodied what the company believed were the best features of all previous registers. John Henry Patterson passed the reins of the company presidency in 1921 to his son Frederick Beck Patterson, who also assumed the duties of the chairman of the board after his father's death a year later.

    Frederick Patterson exercised voting control over NCR after the death of his father, while comptroller Stanley C. Allyn and director John H. Barringer led the company's first major diversification drive. NCR's profits rose from $2.8 million in 1921 to $7.8 million in 1925. Because of its success, the company went public with stock sales for the first time.

    The 1920s were good years for office equipment firms. After 1925 competitors made inroads into the cash register market, while NCR failed to introduce new products. Sales flattened for NCR, and by 1928 Remington Rand topped the list of business machine companies, taking in $59 million to second-running NCR's $49 million. Young IBM was fourth at the time with $19 million reported in sales.

    Struggling During the Great Depression

    In attempts to hasten the diversification drive, NCR purchased the Ellis Adding-Typewriter Company in January 1929. That same year the company announced the Class 3000, NCR's first hybrid machine, which represented an advance in the area of payroll, billing, and accounting operations. The promise of the new machine was dampened by the Depression later that year. Sales and earnings plunged while the company began a four-year process of cutting the number of its employees in half. With NCR nearly bankrupt by 1931, New York bankers Dillon, Read and Company, who had set up the 1925 stock sales, were ready to invade the company. In response, NCR's board of directors sought out Edward Deeds to take control of the company, and Frederick Patterson agreed to step down as chairman in 1931. Patterson remained as president until Deeds assumed that additional post in 1936; it was Deeds who turned things around for NCR.

    Joining the company at the beginning of the century, Deeds had been put in charge of engineering and construction for a new factory. By 1910 he had become vice-president. Deeds left NCR for Delco in 1915 and later helped found the Wright Airplane Company with Orville Wright, Charles Kettering, and H.E. Talbott. Deeds's success by 1931 was evident, as he sat on the corporate boards of 28 companies.

    Shortly after Deeds took control, the company purchased the Remington Cash Register Company, whose assets strengthened NCR's position. In 1934 the company moved back into the black. Despite broad price fluctuations, by mid-decade sales were stabilizing and overseas operations were expanding in Great Britain, Europe, Central America, South America, and the Middle East and Far East. By the end of the decade NCR was third in the business machine field behind Remington and fast-climbing IBM. NCR in 1939 earned $12 million less than it had the year prior to the Depression. In 1940 Stanley Allyn assumed the post of president, while Deeds continued to serve as chairman and chief executive.

    Effects of World War II and Its Aftermath

    World War II had a significant impact on NCR, as well as on other data processing and business machine companies, spurring the conversion from office tabulating equipment to data processing. By the time the United States entered the war in 1941, NCR's expansion into Central America and South America in the 1930s had gained importance, helping to offset the wartime reduction or elimination of operations in Japan, Germany, and Australia. For the next few years the sale of rebuilt machines was the only business NCR continued in countries directly involved in the war. By 1942 the U.S. War Production Board halted the manufacturing of all cash registers to conserve metal.

    Wartime contracts for such items as bomb fuses and rocket motors covered NCR's overhead during the war, while reconditioning of machines provided modest profits. The company's in-house electronics research program, established prior to World War II, was utilized by the U.S. Navy during the war years. NCR built a computerlike device to calculate bombing navigational data. It also worked on a secret operation to assist the Navy in breaking the German ENIGMA communication cipher. Dubbed "the Bombe," the mechanism was actually a high-speed electromechanical decrypting machine; about 120 Bombes were built during the course of the war.

    By the war's end a pent-up market for cash registers and accounting machines resulted in a hiring surge for NCR in Dayton. Business boomed after the war. Between 1946 and 1949 NCR reestablished itself in war-torn areas of the United Kingdom, West Germany, and Japan. Improvements and expansion continued into the early 1950s, with a rebuilt plant in Australia, a new factory in Toronto, and new office buildings in Hawaii and Mexico.

    Entering the Computer Business in the 1950s

    NCR continued its electronics work after the war and in 1952 secured a defense contract for a bombing navigational computer. That same year the company entered into a stock purchase agreement with Computer Research Corporation, which became its electronics division the following year. Development of a computer designed for scientific work had limited impact, and the company's role in the computer industry remained conservative in the mid-1950s. But the 1956 introduction of the Post-Tronic, an electronic posting machine for banking, was successful. Sales of the Post-Tronic eventually passed the $100 million mark before the machine passed out of use near the end of the 1960s.

    With NCR on the edge of a new era, the aging Deeds retired as chairman in 1957 and was succeeded by Allyn. Robert S. Oelman, who had been instrumental in procuring wartime contracts as a company vice-president, became president. Later that year NCR announced the 304, a general purpose computer based on solid-state technology. A few years later, in 1960, NCR's first "small" computer--the 390, manufactured by Control Data Corporation (CDC)--made its debut.

    In the early 1960s NCR increased its development of computers, as well as peripheral devices and software. In 1962 Oelman became chairman of the board, and R. Stanley Laing was named president two years later. Mid-decade saw NCR continue to operate under a split sales strategy, targeting its old customer line as well as new customers in the data processing market. NCR's computer-related products were successful, but its innovations still remained conservative; the company's marketplace continued to revolve around banking and retailing.

    By the end of the 1960s NCR often was referred to as one of the "Seven Dwarfs" because of its relative position of inferiority to IBM. Joining NCR in these ranks were General Electric (GE), RCA, Burroughs, UNIVAC, CDC, and Honeywell. With GE and RCA bowing out of the computer field in the early 1970s, the five remaining companies became known as the BUNCH, an acronym made up of the first letter of each name.

    NCR announced its third generation of computers in 1968 with the introduction of the Century Series, which included a variety of business applications and allowed NCR to market its wares to a broader customer base. NCR's failure to take advantage of new conditions calling for terminals and software cost it some market share and resulted in a trend of declining profits from 1969 to 1972.

    The first half of the 1970s marked the greatest transition period in the history of NCR as it attempted to move full force into the computer market. The period was marred by a number of setbacks that were worsened by an inflationary economy and poor business climate. Labor costs to produce older technology products were enormous, and the company also had marketing problems. Layoffs followed declining earnings, and the company was hit by a three-month strike at its Dayton plant in late 1971. The strike idled 8,500 production and maintenance employees, sharply reduced equipment deliveries, and cost the company millions of dollars in lost orders.

    In 1971 NCR entered into a cooperative agreement with CDC to establish a computer peripherals company. The following year NCR established its microelectronics division. Declining profits continued through 1972, and the company posted its first net loss since 1933.

    With revenues on shaky ground, William S. Anderson was named president in 1972 and chairman of the board in 1974. Anderson, who had been successful in heading up NCR's Far East operations and NCR Japan, was the first president to come from outside the parent company. His success in Japan was due in part to the revamping of the company's marketing organization there, and as president, Anderson quickly moved to modify NCR's marketing structure through a similar "vocationalizing" system. The branch manager system, in which a branch manager was responsible for sales from a number of different industries, was replaced by a system whereby a district manager oversaw one major marketing area and marketing personnel were trained to specialize in a single vocational area. Areas of specialization included retail, finance, commercial business, industrial, medical, educational, governmental, and media. In 1974 NCR reported that its computer business was finally out of the red. That same year the company's name was changed from National Cash Register to NCR Corporation.

    Growth in the Late 1970s

    NCR began making great strides in the computer field after naming Charles E. Exley, Jr., president in 1976. A 22-year veteran of Burroughs Corporation, Exley oversaw the introduction of a new series of computers and related equipment during the later part of the decade. NCR's 1976 announcement of the 8000 series was well received, and improvements were made throughout the remainder of the decade.

    NCR's push into computers resulted in strong earnings, while the company began a series of smaller company acquisitions that boosted expertise in factory data systems, microcards, and IBM-compatible data systems. In fewer than five years NCR revamped its entire product line. During this time the company withdrew from the mainframe computer arena and moved closer to its traditional core industries such as banking and retailing. In 1979 the company passed the $3 billion revenue mark.

    NCR came into the 1980s strong, posting its first double-digit increase in revenues in 1980, but growth stalled in 1981, and earnings dropped. Product lines besieged by bugs in the late 1970s resulted in user lawsuits being filed against NCR in the early 1980s. In 1980 a lawsuit was filed by Glovatorium, a small Oakland, California dry cleaning firm. Glovatorium, a first-time computer user, had purchased an NCR Spirit/8200 system to do routine accounting, but the system failed to work. NCR defended its case on the grounds that contracts with Glovatorium had contained limitations of liability and disclaimers. The California judge ruling in the case in 1981 said NCR had targeted first-time computer users and was under a special obligation to be fair in dealing with the user. Punitive damages totaling $2 million were awarded along with compensatory damages for breach of warranty and intentional misrepresentation. The following year NCR agreed to a $2.6 million settlement with Glovatorium.

    In 1983 Exley was named chief executive officer, and in the following year he became board chairman. Under his leadership, NCR underwent a corporate restructuring process, made a push back into personal computers, began reemphasizing fiscal control, and started a long-term plan of repurchasing its own stock. The Tower family of microcomputers, which was introduced in 1982, became one of the keys to NCR's success in the mid-1980s. By 1986 the company was again posting double-digit increases, while most of the computer industry was suffering from a market recession.

    NCR's revenues had grown to $6 billion by 1988, as the company developed customized products that generated significant indirect sales. Meanwhile NCR's microelectronics division became a leading producer of semiconductors, and the company surpassed IBM as the largest worldwide supplier of automatic teller machines (ATMs). Personal computers and the Tower microcomputers also saw significant sales gains in the emphasis switch from mainframes to distribution processing.

    In 1988 Gilbert P. Williamson was promoted from executive vice-president to president, while Exley remained chairman and CEO. The following year overall sales began to dip, although foreign sales were rising. The company closed out the decade as the last thriving member of the BUNCH that had avoided a merger or sellout of interests.

    NCR expected to keep its products on par with the computer industry's powerhouses. In late 1989 it announced that it was jumping into the market for microcomputers that were based on a powerful new microchip. The announcement helped NCR land an agreement with Businessland, Inc. to begin selling the new line in 1990.

    According to Exley, NCR entered the 1990s with a goal to "reach all markets." The company had operations in nine countries, with products sold in more than 120 countries. NCR expected continued success in the ATM and semiconductor markets and expanded sales in technology and information processing markets. The company also expected indirect sales to increase, with a number of NCR-manufactured products being sold bearing other companies' labels.

    NCR looked for benefits from the implementation of "concurrent engineering," to keep its operations on a par with Japanese competitors through a more timely and less costly manufacture of products. Concurrent engineering eliminated a number of independent steps of production, some of which had been contracted out, and replaced that system with one in which design engineers and manufacturing personnel collaborated in a closer working environment, thereby reducing the time needed to correct glitches. NCR had introduced concurrent engineering in 1987 in its new Atlanta, Georgia plant, and by the 1990s the concept was implemented to some degree in all of NCR's manufacturing facilities.

    The 1990s started with great promise for NCR. As the result of an April agreement with California-based Teradata Corporation to develop parallel-processing computer technologies, NCR received 1.4 million shares of Teradata stock. In May the J.C. Penney retail chain announced that it would buy $45 million worth of workstation systems from NCR; two months later, NCR negotiated a $10 million contract to automate the branch offices of the Fleet Norstar Financial Group.

    Hostile Takeover by AT&T in 1991

    Then NCR ran into a formidable adversary, the American Telephone & Telegraph Company (AT&T). Seeking to bolster its failing computer division, AT&T issued a bid for NCR in December 1990, placing the purchase price at $90 a share, or $6.1 billion. The bid was met with instant hostility by NCR and over the next five months the tug-of-war was played out in the media. NCR Chairman Charles Exley publicly expressed his disdain at the thought of helping AT&T become profitable in the computer field and vowed to quit if the takeover were successful. AT&T countered with a proxy fight to unseat the NCR board of directors. Both sides hired high-powered advisers--takeover lawyer Martin Lipton and Chemical Bank for AT&T, and investment bankers Goldman-Sachs for NCR.

    NCR fought hard by taking out full-page newspaper advertisements to turn public opinion its way and by asking the FCC to investigate AT&T's bid. In the end, AT&T agreed to pay the $110 per share, or $7.4 billion, that NCR was demanding, stipulating, however, that payment be made in AT&T stock. The merger was completed in September 1991. In July NCR announced plans to create a new division to market computer products to telephone companies. NCR's market position was slowed by the hostile takeover and subsequent adjustment period. Exley retired in February 1992 and Gilbert Williamson, NCR president, succeeded him as CEO. Elton White, executive vice-president, moved into the president's spot.

    Incorporating NCR, with its superior product development capabilities and focused marketing plan, into AT&T, whose computer products were not as sophisticated but whose market was universal, proved to be a challenging task. To counter the market drop, a restructuring of NCR occurred almost immediately. In August 1992, even before the merger was completed, plans to close NCR's Cambridge, Ohio plant were announced. In November NCR's Workstation Products Division was split into smaller groups that would function as independent corporations. A number of AT&T employees and products were moved into the division at this time. That same month, AT&T announced that 120 workers would be released from NCR's Network Products Division in St. Paul, Minnesota.

    Despite the internal upheaval caused by the hostile takeover bid, NCR continued to develop new products. A pen-based notepad computer, the NCR System 3125, was introduced in June 1991. The computer was the first of its kind to use an electronic stylus instead of a keyboard. The alliance with Teradata was solidified in December when NCR purchased the company for $520 million in AT&T stock. Ironically, Teradata's biggest customer had been AT&T.

    In early 1993, after initially keeping a "hands-off" attitude toward NCR, AT&T installed one of its executives, Jerre Stead, as NCR CEO. Stead's casual, "open-door" approach was one that clashed with NCR's conservative corporate culture, and his desire to broaden NCR's focus and step up the company's production of PCs was not popular in all quarters. In 1994 NCR also was renamed AT&T Global Information Solutions (GIS).

    Under AT&T's management NCR/GIS was not performing up to par, however, and Stead jumped ship in 1995. The company found a replacement in Lars Nyberg, a Swede who had successfully turned around the fortunes of Philips Electronics N.V.'s computer division. Nyberg immediately began to make serious changes, announcing a restructuring that included the layoffs of 20 percent of the company's workforce. NCR was reportedly losing almost $2 million a day for AT&T, and Nyberg also made the decision to get out of the PC business, in which NCR seemed to have few prospects for long-term success. The company also dropped the unpopular GIS name and became known as NCR once again.

    In early 1996 AT&T announced that it would spin off NCR as part of a massive realignment, issuing to its shareholders NCR stock worth nearly $4 billion, or about half of what it had invested in the company four years earlier. NCR became independent in January 1997, and its stock resumed trading on the New York Stock Exchange. Nyberg continued his efforts to restore NCR's fortunes and reorganized further during the year, cutting another 1,000 jobs and reconfiguring the company's structure into five large divisions from 130 smaller ones. He also sold three of the company's manufacturing plants to Solectron, Inc., who would continue to make computer hardware for NCR at the facilities. Two acquisitions were completed as well, those of Compris Technologies, Inc. and Dataworks, companies that made software for the food service and retail sectors. The company posted a small profit in 1997, its first in five years.

    NCR's fortunes were on the upswing in part because of the company's focus on the relatively new field of data warehousing. Sifting through the vast amounts of data generated when millions of consumers used ATMs or made purchases, businesses could discern patterns that allowed narrow targeting of product pitches to individual customers. NCR had half of the market in this field, and analysts estimated that most Fortune 1000 companies would double the size of their data warehouses within the next several years. NCR was also the top maker of ATMs worldwide, with about 27 percent of the international market.

    As it continued to fine-tune operations in 1998, the company eliminated 5,200 more jobs and also repurchased $200 million worth of stock. Revenues for the year dropped by one percent but earnings increased more than 15fold, to $122 million. NCR also acquired half ownership of Stirling Douglas Group, Inc., a maker of software for retail businesses, and announced a partnership with Microsoft to develop advanced data warehousing systems. In early 1999 NCR's board approved a further $250 million stock buyback. Freed from the stranglehold of AT&T, NCR appeared to be making a remarkably swift recovery and was positioned for further growth with its command of the expanding data warehousing and ATM markets.

    Principal Subsidiaries: NCR Nederland NV (Netherlands); NCR Australia Pty. Ltd.; NCR Canada Ltd.; NCR France, S.A.; NCR GmbH (Germany); NCR Japan Ltd.; NCR Espana, S.A. (Spain); NCR (Switzerland); NCR Ltd. (U.K.); NCR Danmark A/S (Denmark); NCR Argentina SAIC; NCR de Mexico, S.A. de C.V.; Data Pathing, Inc.; Compris Technologies, Inc.; International Investments, Inc.; National Cash Register Co.; North American Research Corp.; Old River Software, Inc.; Quantor Corp.; Sparks, Inc.; Microcard Corp.; NCR Overseas Trade Corp.; Scott Electronics Corp.; Dataworks; Stirling Douglas Group, Inc. (50%).

    Principal Operating Units: Retail; Financial; National Accounts Solutions; Systemedia.

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  • Global ATM market to pass 2.5 million by 2013

    Retail Banking Research (RBR) has just published the latest edition of its highly respected biennial global ATM survey, Global ATM Market and Forecasts to 2013. The 170 country report shows that last year, the worldwide ATM market grew by more than ever before - undermining reports that the days of cash are numbered.

    The global ATM installed base expanded by over 130,000 units in 2007 - considerably higher than the previous record of 119,000 seen in 2000. By 2013, there are forecast to be over 2.5 million installations worldwide.

    Global ATM Installations 2007-2013

    Source: Global ATM Market and Forecasts to 2013 (Retail Banking Research)

    The new RBR survey shows that the fastest growth was seen in developing markets as a result of improved economic conditions and a greater investment in banking technology. The world market nevertheless continues to be dominated by five countries which account for half of global installations.

    The impressive growth in the number of installations in several countries in central and eastern Europe (CEE) looks set to continue. The region is forecast to overtake Latin America to become the fourth largest regional market by 2013.

    In more mature ATM markets, growth in new locations has slowed, but there has been healthy demand for replacement units, often upgrading terminals to higher specifications and more advanced functionality. RBRs new study forecasts almost two million ATM shipments between 2008 and 2013, and by the end of this period, replacements are expected to constitute more than two thirds of the total.

    Developing Regions Drive Global ATM Market

    Despite concerns over saturation and the future of cash, the global ATM market has continued to expand rapidly. More new machines were added worldwide during 2007 than ever before, with total installations approaching 1.8 million. The fast pace of growth is expected to continue for a number of years yet, driving the installed base to 2.5 million by 2013.

    Growth continues to be stronger in the developing and emerging regions such as CEE and the Middle East and Africa (ME&A). In contrast, growth in the more mature markets of North America and western Europe has continued to slow, with the focus shifting towards replacement terminals.

    Asia-Pacific remains the largest region and made the largest contribution to the growth in the worldwide ATM base last year, having added over 50,000 machines. China alone accounted for a staggering 40% of this increase. CEE also stood out, contributing 25% of growth despite only representing 7% of the global ATM market.

    Global ATM Installations by Region, end-2007

    Source: Global ATM Market and Forecasts to 2013 (Retail Banking Research)

    CEE is forecast to overtake Latin America by 2013

    Rapid growth of the global installed base is expected to continue over the next five to six years. By 2013 RBR predicts that there will be more than 2.5 million ATMs installed worldwide, an increase of 41% on the current total. China is anticipated to continue its growth spurt and witness by far the largest absolute increase in its installed base between 2007 and 2013 as a result of continued economic development and banking liberalisation, as well as a rise in the number of inhabitants using banking services.

    Both India and Russia are also likely to see substantial rises in their number of ATMs. In the case of India, this is expected to be caused by banks cutting of costs in delivering services to customers along with a fall in hardware costs and an improvement in the countrys communications and IT infrastructure. The major driving force in Russia is the improved customer confidence in the banking system underpinned by a stable economic and political environment. Hundreds of medium-sized and small towns in Russia are currently underserved by ATMs and hold significant potential for deployment over the next few years.

    On a regional level, perhaps the most dramatic development is that, by 2013, CEE is expected to have overtaken Latin America to become the fourth largest region for ATMs worldwide. CEE together with ME&A are by far the fastest growing regions (in percentage terms), while Asia-Pacific is forecast to see the greatest absolute growth.

    Replacements represent an ever increasing share of overall shipments

    In total, nearly two million ATMs are likely to be shipped between 2008 and 2013, or an average of 320,000 per year. Different regions will of course play different roles; a large proportion of new installations will be shipped to rapidly expanding markets such as China, India, Russia, the Ukraine and Iran.

    However, in the world as a whole, replacement machines will represent an increasingly important component of shipments. By 2013, two-thirds of all machines shipped worldwide are forecast to be replacements for existing ATMs. In most cases these replacement machines are a substantial upgrade in terms of performance and functionality, compared to the units they replace.

    In the mature North American market, the total proportion of shipments represented by replacements is more than 90%, and is set to rise to 99% by 2013 as the deployment of new installations stalls.

    In contrast, in the fast growing regions of CEE and ME&A, replacements are expected to account for less than half of shipments annually throughout the forecast period.

    Five countries contain half the worlds ATMs

    USA, Japan, China and Brazil have all now passed the 100,000 ATMs mark, while South Korea is not far behind with 90,000 units. This group is followed, at some distance, by Europes four largest markets and Canada.

    Overall, the five largest ATM markets make up 52% of the worldwide installed base, and the top ten make up 68%.

    Ten Largest ATM Markets, end-2007

    Source: Global ATM Market and Forecasts to 2013 (Retail Banking Research)



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