UNITED STATES
SECURITIES AND EXCHANGE COMMISSION

Washington, D.C. 20549

FORM 10-K

x ANNUAL REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES AND
EXCHANGE ACT OF 1934
FOR THE FISCAL YEAR ENDED JUNE

For the fiscal year ended June 30, 20042005

ORor

¨ TRANSITION REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES
EXCHANGE ACT OF 1934

For the transition period from                            _________________ to                                     _________________                          

Commission file number:000-31203

NET 1 U.E.P.S.UEPS TECHNOLOGIES, INC.
(Exact name of registrant as specified in its charter)

Florida65-0903895
(State or other jurisdiction(IRSI.R.S. Employer
of incorporation) incorporation or organization)Identification No.)

President Place, 4th Floor, Cnr. Jan Smuts Avenue and Bolton AvenueRoad
Rosebank, Johannesburg, South Africa
(Address of principal executive offices, including zip code)offices)

Registrant'sRegistrant’s telephone number, including area code:27-11-343-200127-11-343-2000

SecuritiesSecurities registered pursuant to section 12(b) of the Act:
None

Securities registered pursuant to section 12(g) of the Act:
Common stock, par value US$0.001$0.001 per share


Indicate by check mark whether the registrant (1) has filed all reports required to be filed by Section 13 or
15(d) of the Securities Exchange Act of 1934 during the preceding 12 months (or for such shorter period
that the registrant was required to file such reports), and (2) has been subject to such filings requirements for
the past 90 days.

Yesx No¨

Indicate by check mark if disclosure of delinquent filers in response to Item 405 of Regulation S-K,
(§229.405 of this chapter) is not contained in this form,herein, and no disclosure will not be contained, to the best of registrant's
knowledge, in definitive proxy or information statements incorporated by reference in Part III of this Form
10-K or any amendment to this Form 10-K  x¨

Indicate by check mark whether the registrant is an accelerated filer (as defined in Rule 12b-2 of the Act)

Yesx No ¨

Indicate by check mark whether the registrant is a shell company (as defined in Rule 12b-2 of the Exchange
Act)Yes ¨ Nox

State registrant's revenues for the year ended June 30, 2004: US$131,098,000

State theThe aggregate market value of the votingRegistrant's common stock held by non-affiliates of the registrant computed by reference toRegistrant, based
upon the closingaverage bid and asked price of its Common Stocksuch common stock as reportedquoted on the OTC Bulletin Board on August
December 31, 2004, (US$1.25): US$215,502,361

APPLICABLE ONLY TO CORPORATE ISSUERSwas approximately $78.8 million.

The number of shares outstanding of the registrant's Common Stock, par value US$.001$0.001 per share (the "Common Stock"), as of
August 31, 2004,2005, was 140,267,157.approximately 39,923,690.

DOCUMENTS INCORPORATED BY REFERENCE

Risk Factors includedCertain specified portions of the definitive Proxy Statement to be delivered to shareholders in our Proxy Statement/Prospectus, File No. 333-112463, filed on February 3, 2004,connection
with the 2005 Annual Meeting of Shareholders are incorporated by reference intoin Part II Item 7.III.


THIS ANNUAL REPORT FORM 10-K CONTAINS "FORWARD-LOOKING STATEMENTS" WITHIN THE MEANING OF SECTION 27A OF THE SECURITIES ACT OF 1933, AS AMENDED, AND SECTION 21E OF THE SECURITIES EXCHANGE ACT OF 1934, AS AMENDED. ALL STATEMENTS, OTHER THAN STATEMENTS OF HISTORICAL FACTS, INCLUDED IN OR INCORPORATED BY REFERENCE INTO THIS FORM 10-K, ARE FORWARD-LOOKING STATEMENTS. IN ADDITION, WHEN USED IN THIS DOCUMENT THE WORDS "ANTICIPATE," "ESTIMATE," "INTENDS," "PROJECT" AND SIMILAR EXPRESSIONS ARE INTENDED TO IDENTIFY FORWARD-LOOKING STATEMENTS. THESE FORWARD-LOOKING STATEMENTS ARE SUBJECT TO CERTAIN RISKS, UNCERTAINTIES AND ASSUMPTIONS. SHOULD ONE OR MORE OF THESE RISKS OR UNCERTAINTIES MATERIALIZE, OR SHOULD UNDERLYING ASSUMPTIONS PROVE INCORRECT, ACTUAL RESULTS MAY VARY MATERIALLY FROM THOSE ANTICIPATED, ESTIMATED OR PROJECTED.

ALTHOUGH THE COMPANY BELIEVES THAT THE EXPECTATIONS WE INCLUDE IN SUCH FORWARD-LOOKING STATEMENTS ARE REASONABLE, WE CANNOT ASSURE YOU THAT THESE EXPECTATIONS WILL PROVE TO BE CORRECT.


NET 1 U.E.P.S.UEPS TECHNOLOGIES, INC.

INDEX TO ANNUAL REPORT ON FORM 10-K
Year Ended June 30, 20042005

Page
PART I
Item 1. Description of Business2
Item 2. Properties2027
Item 3. Legal Proceedings2027
Item 4. Submission of Matters to a Vote of Security Holders2027
  
PART II
Item 5. Market for Registrant'sRegistrant’s Common Equity, and Related StockholderShareholder Matters and Issuer Purchases of Equity Securities2128
Item 6. Selected Consolidated Financial Data2429
Item 7. Management'sManagement’s Discussion and Analysis of Financial Condition and Results of Operations2530
Item 7A. Quantitative and Qualitative Disclosures about Market Risk4470
Item 8. Financial Statements and Supplementary Data4671
Item 9. Changes in and Disagreements with Accountants on Accounting and Financial DisclosuresDisclosure4772
Item 9A. Controls and Procedures4772
Item 9B. Other Information4875
  
PART III
Item 10. Directors and Executive Officers of the Registrant4976
Item 11. Executive Compensation5176
Item 12. Security Ownership of Certain Beneficial Owners and Management and Related Shareholder Matters5676
Item 13. Certain Relationships and Related Transactions5876
Item 14. Principal Accountant Fees and Services5976
PART IV
  
Item 15. Exhibits and Reports on Form 8-K60PART IV
Item 16. Code of Ethics15. Exhibits, Financial Statement Schedules6177
Signatures80
Financial StatementsF-1
Ex-14      Aplitec's Code of Ethics
Ex-16.2   Letter regarding change in certifying accountant – Fisher Hoffman PKF
Ex-21      Subsidiaries of the Company
Ex-31.1   Certifications of Chief Executive Officer Pursuant to Section 302 of the Sarbanes-Oxley Act of 2002
Ex-31.2   Certifications of Chief Financial Officer Pursuant to Section 302 of the Sarbanes-Oxley Act of 2002
Ex-32.1   Certifications of Chief Executive Officer Pursuant to Section 906 of the Sarbanes-Oxley Act of 2002
Ex-31.2   Certifications of Chief Financial Officer Pursuant to Section 906 of the Sarbanes-Oxley Act of 2002

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PART I

FORWARD LOOKING STATEMENTS

Some of the statements in this Annual Report on Form 10-K constitute forward-looking statements. These statements relate to future events or our future financial performance and involve known and unknown risks, uncertainties and other factors that may cause our or our industry’s actual results, levels of activity, performance or achievements to be materially different from any future results, levels of activity, performance or achievements expressed, implied or inferred by these forward-looking statements. Such factors include, among other things, those listed under “Risk Factors” and elsewhere in this Annual Report on Form 10-K. In some cases, you can identify forward-looking statements by terminology such as “may,” “will,” “should,” “could,” “would,” “expects,” “plans,” “intends,” “anticipates,” “believes,” “estimates,” “predicts,” “potential” or “continue” or the negative of such terms and other comparable terminology.

Although we believe that the expectations reflected in the forward-looking statements are reasonable, we do not know whether we can achieve positive future results, levels of activity, performance, or goals. Actual events or results may differ materially. We undertake no obligation to update any of the forward-looking statements after the date of this Annual Report on Form 10-K to conform those statements to reflect the occurrence of unanticipated events, except as required by applicable law.

You should read this Annual Report on Form 10-K and the documents that we reference herein and have filed as exhibits hereto and which we have filed with the Securities and Exchange Commission completely and with the understanding that our actual future results, levels of activity, performance and achievements may be materially different from what we expect. We qualify all of our forward-looking statements by these cautionary statements.

ITEM 1. DESCRIPTION OF BUSINESS

Company History

Corporate Historyhistory

Net 1 U.E.P.S. Technologies, Inc. ("Net1" or the "Company") was incorporated in the State of Florida on May 8, 1997 and is engaged in the business of commercializing the smart card technology based Universal Electronic Payment System ("UEPS") and Funds Transfer System ("FTS") through the development of strategic alliances with national and international bank and card service organizations.

Net 1 Applied Technology Holdings Limited ("Aplitec") was a holding company established and existing under the laws of South Africa. Aplitec's subsidiaries employed specialized smart card technologies to add efficiency to commercial activities requiring money transfers, payment systems, and other electronic data applications. Through its subsidiaries, Aplitec was involved in the administration, management and payment of social welfare grants and handles the payment of pensions on behalf of the government in five of the nine provinces of South Africa. Aplitec also operated micro-lending businesses with more than 100 branches throughout South Africa and developed, marketed and licensed administrative and payment solutions for the micro-lending industry. In addition, Aplitec provided financial services to its customers through its proprietary smart card platform and provided technical, operational, business solutions and outsourcing services to companies.

As a result of the transaction described below, the former shareholders of Aplitec obtained a majority voting interest in the Company on June 7, 2004. Generally accepted accounting principles require that the company whose shareholders retain a majority interest in a combined business be treated as the acquirer for accounting purposes. Consequently, this transaction has been accounted for as a reverse acquisition. Accordingly, all the financial information included in this Form 10-K unless indicated otherwise for the periods up to June 7, 2004 represent the results of Aplitec prior to the date it acquired Net 1. For the period from June 7, 2004 the financial information presented herein represents the consolidated results of Aplitec and Net 1 with Net 1 as the acquired entity.

Although Aplitec is deemed to be the acquiring company for financial and reporting purposes, the legal status of the Company as the surviving corporation has not changed.

The transaction referred to above had the following elements:
On June 7, 2004, Net 1 Applied Technologies South Africa Limited ("New Aplitec"), a holding company established and existing under the laws of South Africa, completed a transaction whereby it

     Net 1 UEPS Techologies, Inc. was incorporated in Florida in May 1997. Until June 7, 2004, Net 1 UEPS Technologies, Inc. was a development stage company and its business consisted only of acquiring a license to the U.S. FTS patent and obtaining an exclusive marketing agreement for the UEPS technology outside South Africa, Namibia, Botswana and Swaziland. On June 7, 2004, through a newly-formed subsidiary, Net 1 Applied Technologies South Africa Limited, or New Aplitec, we acquired substantially all of the assets and liabilities of Aplitec for $127.53 million (or ZAR825,641,638) (the "net purchase price"). The net purchase price together with the cash retained in Aplitec was distributed as an advance distribution to Aplitec shareholders.

The New Aplitec Participation Trust ("South African Trust") is a South African bewind trust established and existing under the laws of South Africa.
The Aplitec Holdings Participation Trust (the "Cayman Trust") is a purpose trust created under Part VIII of the Trust Law (2001 Revision) of the Cayman Islands.
The Aplitec shareholders had the option of either electing to receive 190 South African cents per share and an investment in New Aplitec in the form of a nil paid renounceable letter of allocation representing an interest in a New Aplitec B class preference share ("B class preferred stock") and B class loans held by the South African Trust (collectively the "reinvestment option") or cash of 500 South African cents per share. Shareholders who elected to receive the reinvestment option are described as "reinvesting shareholders". In addition to the liquidation dividend, reinvesting shareholders were granted, units in the South African Trust with the right to receive, for no additional consideration, special convertible preferred stock of the Company, which are held by the Cayman Trust. These shares may be converted, upon the occurrence of a trigger event, to Company common stock on a one-for-one basis.

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Company common stock for one share of the Company's special convertible preferred stock. A trigger event can occur when a unit holder gives notice to the South African Trust in writing of its intention to convert some or all of its B class preferred stock and B class loans. A trigger event also includes the abolition or relaxation of Exchange Controls by the South African Reserve Bank to permit reinvesting shareholders to hold Company common stock directly or the winding up or placing under judicial management of New Aplitec or the Company.
Upon receipt of notice of a trigger event, the trustee of the South African Trust will request delivery from the Cayman Trust of the number of shares of the Company's special convertible preferred stock attributable to the units being converted. Upon delivery by the Cayman Trust, the South African Trust will transfer these shares of special convertible preferred stock, along with a proportionate number of B class preferred stock and loan accounts to the Company in exchange for shares of the Company's common stock.
On June 25, 2004, shareholders holding 1,849,119 of Aplitec's issued shares elected the cash option. The remaining shareholders holding 235,128,068 shares elected the reinvestment option. Aplitec entered into an underwriting agreement with South African Private Equity Trust III ("SAPET") and South African Private Equity Fund III L.P. ("SAPEF" and, together with SAPET, the "Underwriters"). In terms of this arrangement the Underwriters agreed to take up all of the rights in the South African Trust of the reinvestment option not taken up by Aplitec's shareholders, up to the maximum of $70 million (or ZAR437 million), which was equivalent to 64.7% of the reinvestment option, at a price of $0.45 (or ZAR2.85) per Aplitec share not involved in the reinvestment. The Underwriters paid $0.84 million (or ZAR5,269,989) for 1,849,119 units in the South African Trust in terms of the underwriting agreement.
On May 27, 2004, the Company issued 192,967,138 of its special convertible preferred stock to the Cayman Trust, to be held for the benefit of Aplitec's shareholders that elected the reinvestment option and the Underwriters.
Unless the context otherwise provides, the reference to the Company refers to Net1 and its subsidiaries (including Aplitec).

Operational History

               Given the lack of a payment system addressing the needs of the un-bankedassets and assumed all of the liabilities of Net 1 Applied Technologies Holdings Limited, or Aplitec, a public company listed on the JSE Securities Exchange South Africa. Aplitec owned the FTS patent in South Africa, Namibia, Botswana and Swaziland and one of its subsidiaries was the other party to the marketing agreement described above. The primary purpose of the Aplitec transaction was to consolidate into one company the intellectual property rights relating to the FTS patent and the under-banked populations, we foundedUEPS technology, to establish a first-mover advantage in developing economies for the company with a mission to provide a secure, universal and affordable transacting system, utilizing existing infrastructure within the financial services industry that enables people, regardlesscommercialization of income, to have access to goods and services that were previously inaccessible. Access to these goods and services should result in improved lifestyles and provide access to new, low-risk and profitable markets for businesses that use our systems.

               We developed the UEPS technology, and to exploit market opportunities for growth through strategic alliances and acquisitions. In the Aplitec transaction, the former shareholders of Aplitec obtained a majority voting interest in Net 1 UEPS Technologies, Inc., or NUEP. The Aplitec transaction is described in more detail below. All references to “Net1,” “we,” “us,” or “our” are references to Net 1 UEPS Technologies, Inc. and its consolidated subsidiaries, collectively, except as a solution tootherwise indicated or where the needscontext indicates otherwise.

     Between 1998 and 2000, Aplitec made three strategic acquisitions for the purpose of the un-banked and the under-banked, which we first deployed in South Africa. Buildingbuilding a critical mass of smart card users was of paramount importance in order to make the system viable. This was achieved through several strategic acquisitions, allowing us currently to reach more than three million people.users. In May 1998, weAplitec acquired Net1 Southern Africa (Proprietary) Limited, a business focused on supplyingsupplier of smart cards and terminals and on servicingwhich serviced the Point of Sale (or "POS")POS terminal network of Nedcor Limited (or "Nedcor"),Nedbank, a major South African banking group. The acquisitionThis transaction allowed us to develop a significant relationship with Nedcor which may lead to potential joint ventures that will promote and utilize our technology.Nedbank.

     In 1999, weAplitec acquired Cash Paymaster Services (Proprietary) Limited, (or "CPS"),CPS, a businesscompany engaged in the distribution of social welfare grants.grants on behalf of several of the provincial governments of South Africa. This acquisition achieved two critical objectives. The first being, the CPS'stransaction enabled Aplitec to convert CPS’s customer base of approximately 1.5 million people was issued with UEPSfrom a cash distribution system to a smart cardscard-based system, and to help achieve a critical mass of smart card users. Secondly, we acquiredacquire a logistics and implementation infrastructure as partinfrastructure. Aplitec began converting grant beneficiaries shortly after the acquisition. Conversion has allowed us to eliminate a portion of CPS having significant expertisethe costs we incur in connection with the distribution of cash, and experience.thus to reduce our operating costs. The conversion has also provided us with the opportunity to sell products and services to these same customers.

     During the course of 1999 and 2000, in order to gain further exposure to a base of potential smart card users, weAplitec acquired Moneyline (Proprietary) Limited and New World Finance (Proprietary) Limited. These businesses extendLimited, each of which was engaged in the microlending business. Microlending involves extending cash loans for periods ranging from 30 days to several months, with the majority of loans having 30-day terms. Throughmonths. Aplitec made these acquisitions we gained accessprimarily for the purpose of gaining exposure to a networkan additional base of approximately 100 micro-lending branchespotential smart card users in South Africa through which our micro-lendingorder to deploy its microlending administration and payment products could be deployed.products. We have

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actively engaged in converting traditional microlending customers to UEPS-based lending, which has also helped us improve the profit margins on our lending business by reducing the expenses associated with non-collection of traditional microloans.

     Once a critical mass of cardholders was achieved,After completing these three acquisitions, we sought to create an infrastructure of POS terminals that would permit businesses and merchants to engage in smart card transactions with our cardholdertheir card holder base. In the Northern Cape in fiscalJune 2004, we implemented a "merchant rollout",“merchant rollout” in the Northern Cape province of South Africa, supplying merchants with smart cards and POS terminals.terminals in order to permit smart card holders to transact with one another. With the increasing opportunity to

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conduct transactions using smart cards, the percentageby June 30, 2004, approximately 60% of welfare and pension beneficiaries keepingin the Northern Cape province had kept value on their card in this province has increased from 0% priorcards on at least one occasion rather than immediately converting their entire payments to 2003 to 60% as of June 2004.cash. With the subsequent rollout of terminals at selected merchants in other provinces of South Africa, it is expected that more beneficiaries will usehave started using their smart cards for transacting with merchants.

     While rolling outAt the same time that we were building the UEPS infrastructure and distributing our smart cards, we were also soughtseeking to expand the range of products and services available to smart card holders. In 2001, we developed a suite of financial services targeted at social welfare beneficiaries, utilizing our issued base of smart cards as a delivery channel. The products are marketed under various brands by ourOur black empowerment partners in the various South African provinces andmarket these products, which include micro-loans, insurance and distribution of food parcels. This service has been implementedparcels, under various brand names—StarChoice in the KwaZulu-Natal under the StarChoice brand nameprovince and Smart Life in the Northern Cape under the Smart Life brand name.province. We currently have approximately 85,00087,000 customers in these two provinces.provinces, to whom we make loans on which we earn interest and to whom we sell insurance policies on behalf of insurers for which we collect both a commission for the sale of a policy and a fee for the monthly premium deduction. According to research by the FinMark Trust, 29% of all South Africans have a form of burial saving or insurance policy, but the collection of policy premiums remains a problem for insurance companies due to the limited penetration of bank accounts. However, with our offering,using the UEPS technology allows automatic deduction of premiums can be deducted automatically from a person'sperson’s smart card at pre-designated times. Under the various brand names, we grant loans on which we earn interest and we market insurance policies on behalf of insurers for which we collect both a commission (for the sale of a policy) and a fee (for the monthly premium deduction). Going forward, we plan to grow and develop this business under different brands by launching new products and by introducing the service intoto social welfare beneficiaries in the other provinces where we administer social welfare grants.grants and to employees utilizing our wage payment system.

     We have also been ablebegun to recreateexpand our business model successfully ininto other countries. We are currently at different stages of establishing UEPS cardholdercard holder bases and POS terminaldevice infrastructures in Malawi, Mozambique, Zimbabwe, Ghana, Rwanda, Burundi and Latvia.

Company Overview

The Aplitec Transaction

     On June 7, 2004, we acquired the business of Aplitec for a purchase price of approximately $127.5 million. Under the exchange control regulations of the South African Reserve Bank, South African reinvesting shareholders were not permitted to hold our securities directly. Therefore, in order to comply with these regulations, these reinvesting shareholders received, through an interest in a South African trust, securities of New Aplitec, consisting of B class loan accounts and B class preference shares. The A class loan accounts and A class preference shares of New Aplitec are held by Net 1. These reinvesting holders also obtained the right to receive, for no additional consideration, shares of our special convertible preferred stock which are held by a Cayman Islands trust. We refer to the B class loan accounts, B class preference shares and special convertible preferred stock that we and New Aplitec issued in the transaction as the “linked units.” The special convertible preferred stock is convertible on a one-for-one basis into our common stock upon the occurrence of a trigger event, and holders are entitled to vote on an as-converted basis. Upon conversion of the special convertible preferred stock into shares of our common stock upon the occurrence of a trigger event, the linked unit holder cedes to Net1 the B class loan accounts and B class preference shares that were part of the linked unit. A trigger includes any of the following events: (1) giving of a conversion notice by a linked unit holder, (2) the abolition or relaxation of the South African Reserve Bank exchange control regulations or (3) the liquidation of New Aplitec or Net 1.

     We are a provider of technologies and systems that create a secure and affordable transacting channel between formal businessesdescribe our special convertible preferred stock and the "un-banked"New Aplitec B class loans and "under-banked"B class preference shares in more detail in note 11 to the financial statements under “Item 8.”

     In connection with Aplitec transaction, the total number of our pre-reverse stock split outstanding shares of capital stock increased from 15.9 million shares prior to the transaction to 328.2 million after the transaction. Of these 328.2 million shares, we issued 193.0 million shares of our special convertible preferred stock. Our special convertible preferred stock is structured so as to be economically equivalent to common stock and has substantially the same rights as our common stock. During the period from the completion of the Aplitec transaction through June 30, 2005, an aggregate of 5,427,669 shares of special convertible preferred stock were converted into an equal number of shares of common stock, and the number of outstanding shares of special convertible preferred stock was correspondingly reduced. Our current shareholder base comprises the reinvesting Aplitec shareholders, NUEP’s shareholders prior to the Aplitec transaction and shareholders that have purchased shares of common stock from these shareholders in market or private transactions.

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     The Aplitec acquisition was funded by a group of private equity funds managed by the Brait Group, Southern Cross Capital Limited and FF&P Asset Management Limited. In order to provide us with the cash to purchase the assets of Aplitec through New Aplitec, these private equity funds purchased 105,661,428 shares of our common stock for a purchase price of $52.8 million concurrently with the transaction.

     The following chart presents our organizational structure and business units after giving effect to the Aplitec transaction and all conversions of our special convertible preferred stock into common stock through June 30, 2005:


Public Offering and Nasdaq Listing

     In the fourth quarter of 2005, we filed a registration statement on Form S-1 with the U.S. Securities and Exchange Commission relating to an underwritten public offering of our common stock by selling shareholders. The offering was completed in August 2005. In connection with the offering, we listed our shares on the Nasdaq National Market. In the offering, the selling shareholders sold 10,258,625 shares of our common stock at a public offering price of $22.00 per share. The selling shareholders included holders of stock options who exercised options for 245,193 shares which resulted in proceeds to us of $0.7 million. Pursuant to the underwriting agreement, we granted the underwriters an option to purchase 1,538,794 shares at the public offering price to cover overallotments. The underwriters exercised this option and concurrently with the closing of the offering, we received net proceeds of $31.5 million from the underwriters. In addition, concurrently with the offering, certain of the selling shareholders sold 3,409,091 shares of our common stock at the public offering price in a private placement to investment entities affiliated with General Atlantic LLC.

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     In connection with the public offering and Nasdaq listing, we effected a one for six reverse stock split which became effective on June 13, 2005. Unless otherwise indicated, all references in this Form 10-K to share numbers give effect to the reverse stock split.

Our Company

     We provide our universal electronic payment system, or UEPS, as an alternative payment system for the unbanked and under-banked populations of developing countrieseconomies. We believe that we are the first company worldwide to implement a system that can enable the estimated four billion people who generally have nolimited or limitedno access to traditional banking facilities. Wea bank account to enter affordably into electronic transactions with each other, government agencies, employers, merchants and other financial service providers. To accomplish this, we have developed and deployed the UEPSUEPS. This system uses secure smart cards that utilizesoperate in real-time but offline, unlike traditional payment systems offered by major banking institutions that require immediate access through a communications network to a centralized computer. This offline capability means that users of our system can enter into transactions at any time with other card holders in even the most remote areas so long as a portable offline smart card technology to provide a fully integrated payment, switching and settlement system suitable for multiple applications and services meeting the requirements of the un-banked and under-banked populations. Our payment system enables our customers to effect transactions "off-line" in underdeveloped areas where traditional financial institutions and their services have limited penetration or are otherwise unavailable due to the lack of, or limited branch, Automated Teller Machines (or "ATM"), POS, support and communications infrastructures. All transactions effected through our UEPS occur between two cards at a POS rather than through a host mainframe (as with traditional banking and payment systems) since all of the relevant information necessary to perform a financial transactionreader is held on the smart cards, inclusive of the funds available, of the transacting card holders. The transfer of value between the cards accordingly can take place without any communication with an on-line host mainframe as all validations, audit trails, encryption, decryption and authorization take place or are generated between the cards themselves.

               Apart from requiring minimal infrastructure, the key features of our payment system that address the un-banked and under-banked populations' needs include:

available. In addition to having functionality tailored to the needs of the un-bankedpayments and under-banked populations,purchases, our payment system provides an outsourced solutioncan be used for all mass payments that are required to be made to recipients without bank accounts, reduces administration and cash handling costs, facilitates information management regarding payment status and creates auditable transaction records. Accordingly, our UEPS positions us to be able to deliver to our customer base complete solutions in the fields of social security, wage distribution, banking, health care management, international money transfers, voting and identification systems.identification.

     Our technology is widely used in South Africa today. We have implemented our UEPS to administer, manage and distributeover 3.3 million clients in five provinces who receive social welfare grants using our smart cards. We have started to implement our UEPS for employers to pay wages and pensionsprovide financial services to their employees. In addition, we are working closely with non-governmental organizations to deploy our new medical application into a number of hospitals and clinics. This application of our system is used to administer the treatment of HIV/AIDS and other high-risk diseases, record patient progress and manage drug inventory.

     Outside of South Africa, the Reserve Bank of Malawi has implemented our solution as a national payment system. To date, seven local financial institutions and BP p.l.c., a bulk fuel supplier, are using our system for transaction switching and settlement. We have deployed smaller, more limited versions of our system in fiveBurundi, Ghana, Latvia, Mozambique, Rwanda, and Zimbabwe.

     Unlike a traditional credit or debit card where the operation of the nine provincesaccount occurs on a centralized computer, each of South Africa. This customer base exceeds 3 million clientsour smart cards effectively operates similar to an individual bank account in the case of financial services or an individual record management system in the case of medical services. All transactions that now have accesstake place through our system occur between two smart cards at the point of service, or POS, with all of the relevant information necessary to affordableperform and record a transaction held on the smart cards.

     The transfer of money or other information can take place without any communication with a centralized computer since all validation, creation of audit records, encryption, decryption and authorization take place on, or are generated between, the smart cards themselves. Importantly, the cards are protected through the use of biometric fingerprint identification, which is designed to ensure the security of funds and card holder information. Transactions are generally settled by merchants and other commercial participants in the system by sending transaction data to a mainframe computer on a batch basis. Settlements can be performed online or offline. The mainframe computer provides a central database of transactions, creating a complete audit trail that enables us to replace lost smart cards while preserving the notional account balance, and to identify fraud.

     We generate our revenues by charging transaction fees to government agencies, employers, merchants and other financial service providers, by providing financial services such as life insuranceloans and short term loans. These customers can also use their cards at POS devices at participating merchants to

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purchase goods or draw cash. In addition, we have sold complete UEPS systems in Malawi, Mozambique, Zimbabwe, Ghana, Rwanda, Burundi and Latvia.

               In implementing a UEPS on behalf of a client, we provide and install the necessaryby selling hardware, and customize the UEPS software to meet the needs of the client's environment. All installations require support services to adapt or tailor the interfaces between the UEPS and the client's existing infrastructure. We also provide ongoing services to our customer base, including the maintenance of the POS and ATM terminals, the supply of additional hardware such as POSs, ATMs, card readers and smart cards, marketing and sales support, business planning as well as other support services. Where we own and control the UEPS infrastructure (as we do in South Africa) we earn transaction or card fees from the use of the UEPS infrastructure. In some instances we also charge fees for loading value onto cards and receive fees for licensing the UEPS software to our customer base.

For the fiscal year ended June 30, 2004, we generated revenues of US$131 million and net income of US$13 million.

               We have approximately 2,100 employees, of which 1,350 are employed in the UEPS transaction-based activities, 600 persons are employed in UEPS-based financial services and 150 persons are employed in Hardware, software and related technology salestechnology. In South African rand, our revenues and corporate activities. Approximately 37.83% (or 126 of 333)operating income increased by 22% and 82%, respectively, from fiscal 2004 to 2005, and by 32% and 39%, respectively, from fiscal 2003 to 2004. We believe this growth reflects the accelerating adoption of our employees insolution.

Market Opportunity

     According to the Northern ProvinceUnited States Census Bureau, the world’s population currently exceeds 6.4 billion people. Yet of this total, it has been reported that perform UEPS transaction-based activities are membersover four billion people earn less than the purchasing parity equivalent of the South African Commercial Catering and Allied Workers Union ("SACCAWU"). We have a good relationship with SACCAWU.

Market Opportunity

               We operate in emerging market economies that have large untapped populations oftwo dollars per day. In general, these people whoeither have no access to banking facilities, known as the "un-banked",bank account or very limited access to banking facilities, knownservices. This situation arises when banking fees are too high relative to an individual’s income, a bank account provides little meaningful benefit or there is insufficient infrastructure to provide banking services economically in the individual’s geographical market. We refer to these people as the "under-banked", because they cannot afford traditional bank accountsunbanked and banks have littlethe under-banked. These individuals generally receive wages, welfare benefits or no infrastructureloans in the areasform of cash and conduct commercial transactions, including buying food and clothing, in whichcash.

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     The use of cash, however, presents significant problems. In the case of recipients, they reside. The renderinggenerally have no secure way of a traditional banking service in these underdeveloped areas is not only expensive but sometimes not possible, as the basic infrastructure required (such as telecommunications) does not exist. Our UEPS provides a secure and affordable transacting and delivery channel which serves as a viable alternative to traditional banking and payment systems for the un-banked and under-banked populations, our target market. Many members of our target market do not haveprotecting that cash other than by converting it immediately into goods, carrying it with them or hiding it. In cases where an individual has access to affiliateda bank account, deposit, withdrawal and account fees meaningfully reduce the money available to meet basic needs. For government agencies and employers, using cash to pay welfare benefits or wages results in significant expense due to the logistics of obtaining that cash, moving it to distribution points and protecting it from theft.

     The use of cash or lack of access to a bank account can dramatically increase the cost to, and in some cases completely prevent, individuals from engaging in basic financial services despite being in receipttransactions. These basic transactions include the routine payment of regular monthly or weekly incomes. Examplesinsurance premiums, the transfer of such un-banked or under-banked populations include recipients of government social security benefits such as old age pensions, national healthcare and unemployment insurance payments, as well as employees earning lowmoney to average wages.

               According to research done by ACNielson (FutureFact Marketscape Survey 2002)relatives and the South African Reserve Bank (Labour Markets and Social Frontiers April 2003), only 40%use of South African adults have access to at least one form of basiccredit. Without a bank account, comparedit is also difficult for an individual to approximately 90%obtain a loan on attractive terms since that individual lacks a credit history and usually cannot present a reliable means of adults inrepayment to the United States. Other exampleslender.

     For governments, assistance programs face significant challenges when dependent on the use of emerging market economies with large un-banked populations include Brazil, India, Mexicocash. In addition to the costs and Indonesia. Furthermore,difficulties of using cash, corruption becomes an even more challenging problem since there is no clear audit trail. In fact, the absence of an electronic system for the distribution of bank accounts is significantly skewed towards higher income groups. These demographics are typicalgoods, including foodstuff or medicine, or welfare benefits presents a significant obstacle to ensuring the fair and reliable implementation of emerging market economies where the majoritygovernment policy or deployment of the population has little or no access to traditional banking services.foreign aid.

     Traditional payment systems offered today by the major banking institutions do not address the key requirements of the un-bankedunbanked and the under-banked populations due to:

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               Accordingly, we believe that the key features of a banking and payment system servicing the "un-banked" and "under-banked" populations are:

Our payment system addresses all of these features to provide an effective alternative to traditional banking for the "un-banked" and "under-banked" population.

Our Solution

               Given the lack of a payment system addressing the needs of the un-banked and the under-banked populations, we founded the company with the mission to provide a secure, universal and affordable transacting system, utilizing existing infrastructure within the financial services industry, which enables people, regardless of income, to have access to goods and services that were previously unattainable. We reach our target market by offering our payment system primarily to organizations or governments with large customer bases. For example, both governments and businesses use our system to make social security or wage payments onto the UEPS smart cards of beneficiaries or employees, who can in turn use their UEPS cards for a range of functions, including:

Our UEPS is designed to address the needs of the un-banked and under-banked market

     We believe that we are the following featuresfirst company to enable the affordable delivery of our UEPS address the shortcomings faced by the un-bankedfinancial products and the under-banked populations inherent in traditional payment systems:

Enhanced Accessibility/Lower Transaction Costs.There are no minimum income requirements, making our UEPS solution accessible to all potential end-users. Moreover, no fixed monthly or annual fees are chargedservices to the cardholderworld’s unbanked and under-banked people. Our approach takes full advantage of moving processing away from a centralized point to the computer chip embedded on a smart card. A smart card reader, or POS device, is used to enable communication between smart cards in real-time during a transaction and indirectly with our mainframe computer at a later time. This architecture has significant implications in terms of the products and services that we can deliver compared to those offered by banking institutions or other card providers.

     First, our system enables offline transactions, which is essential in serving the unbanked and under-banked. Second, it means that while offline, the smart card can engage in sophisticated transaction processing, using data encryption and biometric fingerprint protection to ensure security. In fact, our smart cards can calculate the interest owed to the card holder for having funds recorded onto our system without ever coming online. Third, with all of the software and transaction fees are generally recovered fromrecords on the party accruingsmart card, the most benefit (an employer, government, insurance company, merchant, or service provider), rather than from the cardholder. The only instance in which a cardholder would incur any cost is for a cash withdrawal, and these charges are significantly lower than those normally levied through a traditional bank account. In addition,

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our off-line system automatically lowers the cost of service delivery and the cost of the hardware required to implement the system and enables the system to administer very large transaction volumes at minimal cost. Conversely, on-line banking systems are forced to carry surplus capacity to cater for peak transacting times. On-line banking systems therefore carry significant additional infrastructure cost in relation to normal requirements (off-peak), and these costs are normally passed on to the bank account holders.

Limited Infrastructure Needs.The biggest differentiating factor between our system and conventional banking is our system's ability to operate in an off-line manner, virtually eliminating the need for expensive communications infrastructure. Consequently, our UEPS enables us to penetrate the most underdeveloped or remote rural areas where the lack of communications infrastructure is a major constraint to traditional financial institutions. In addition, since the terminals required for UEPS transactions act only as a power supply and communication channel for smart cards, thus requiring a minimal amount of processing capacityPOS device itself requires far fewer components, circuitry and memory, they can be manufactured at a much lower cost compared to other similar terminals, which generally require sophisticated tamper proof security and communication hardware components. Furthermore, the POS terminals do not require specialized technical expertise to be installed as these terminals can be bought "off the shelf" and installed by the vendor by following a few simple steps, thus eliminating the need for a sales and support team which traditionally support the merchant base.

Improved Personal Safety.Personal safety is improved by virtue of the consumer being able to receive monthly income payments directly onto the UEPS card rather than in cash, to store value on the UEPS card and use the card to transact, rather than withdrawing cash to transact. The consumer therefore gets the personal safety benefits not afforded by credit or debit cards, which can be cloned, schemed or stolen and which require to be operated in unison with a formal bank account.

               Security Features.Our system offers enhanced security in the form of:

Greater Convenience.amount of cash in the packet. Our UEPS storessystem also eliminates this problem since the amount reflected on the card holders’ accounts are recorded on the back-end system and manages allthen distributed on the smart cards. Finally, employers frequently provide additional services to their employees out of necessity, particularly loans. Our system enables other service providers to deliver these products.

Government Agencies.A fundamental policy goal for almost any government is to enhance the welfare of the relevant information requiredpoorest citizens in the country. Yet the use of cash is a poor method for delivering social welfare grants since it is difficult to perform financialtrack, and the recipients endure a range of expenses and dangers that reduce their options. By using our system, government agencies enjoy reduced costs in the delivery of benefits to recipients by eliminating the use of cash while increasing the options available to the recipient. This use of our system intrinsically increases the welfare that government agencies can provide from the same amount of taxes collected. Our system also has the potential to increase the amount of taxes collected by bringing informal businesses into the formal economy. The presence of a full audit trail also means that government agencies can combat corruption. Moreover, the use of smart cards for the delivery of additional services, including insurance products, means that regulatory bodies can expand their oversight of transactions for individuals who are frequently least able to protect themselves. In regard to medical benefits, our system provides comprehensive inventory management and has the potential to improve the treatment of patients significantly. For instance, we have deployed an artificial intelligence program on our smart cards used for the treatment of HIV/AIDS in South Africa that can be used to adjust a client'spatient’s prescription based on data entered by a trained medical worker through the POS device.

Our Business Strengths

We believe our business strengths include:

Technology Leadership. We believe we are the first company to develop, implement and operate an affordable, flexible and secure electronic payment system for the unbanked and under-banked that works offline. Of equal importance, our smart card, and can therefore operate completely "off-line" (without the need forcards have a data communication session to be active during the transaction) or "on-line"broad range of additional functionality through the use of any communication infrastructure, including satellite, microwave, radio, land lines“wallets” that can be turned on as needed or any other communication channels. By contrast,as services become available. We can deliver these services to the ATM and POS terminal networks utilized byunbanked population at a fraction of the cost of traditional banking systems access all relevant information from a central host computer and therefore must operate "on-line." Since all transactions effected through our paymentsystems. Our ability to implement an HIV/AIDS system occur between two cards without any communication with a host mainframe, transactions can take place at any time or place and are unaffected byon the availability of communications infrastructures or transaction volumes (peak versus off-peak). All validation checks, audit trails, encryption and authorization take place betweensame smart card as financial services demonstrates the cards themselves. The convenienceflexibility of our payment system therefore lies in its ability to function effectively anywhere where there are two cardholders willing to transact with one another. Our cardholders are therefore able to receive income, to retain value and to spend without any bank branch, ATM or dial-up facility being available. In addition, the encryption security protocols enable cardholders to receive fund-loading instructions from a third party through any unsecured communications channel such as word of mouth, telephone, newspaper or any analogue or digital network if present. Such loading instructions consist of ten-digit codes that the cardholder enters into any UEPS-enabled terminal. Upon verification of the code presented, the card updates its balance automatically.

Functionality Tailored to Client Needs.Our payment system is tailored to suit the needs of both those who need to distribute funds (such as the government with respect to social security grants or similar benefits and employers with respect to wages), and our target market end-users who need to utilize the funds. The system can be used as a universal platform to facilitate all existing financial delivery systems such as cash withdrawals, retail spending, debit orders, money transfers, prepaid facilities, savings and

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budgeting thereby eliminating the need to carry multiple forms of payment. In addition, the UEPS technology includes functionality that allows:

Simplicity.Our system offers UEPS smart card users the convenience of cash without the inherent risks and without the cost structure associated with a bank account. Utilization of the system is straightforward as the intervention required by a client is minimal. Fingerprint identification is offered as an alternative to PIN codes, terminals use illustrations instead of words (where possible) and local language choice is offered on the terminals. Registration procedures are equally straightforward with no paperwork required.

Key benefits of the UEPS for our corporate customers such as governments and employers and our card holders

               Our payment system provides an attractive solution to our corporate customers and our card holders for several reasons.

               We provide our corporate customers an outsourced solution to all mass payments to recipients without bank accounts which would otherwise require payments to be made in cash with all of the attendant security and safety issues associated with handling cash. To establish a social security payment system, for example, we assist in the enrollment, registration and validation of the beneficiaries by creating a biometric data base of finger prints of those who are eligible for payments under a particular program. The data base helps to prevent fraud insofar as it ensures that the correct beneficiary receives the intended payment and prevents the inclusion of duplicate entries in the data base.approach. In addition, we undertake information management relating to payment status on behalfhave validated the security of our customers,smart cards along with our overall system, forming the foundation for a trusted solution. Independent third parties have reviewed and published our security protocols and we have refined our system in a way to provide system integrity over the UEPS is able to trace each transaction so that our customer can audit and otherwise verify transactions.

               As the UEPS is electronically based, it provides our corporate customers with opportunities to reduce costs that relate to administration and cash management, insurance of cash, transportation of cash, bank charges, the need to have large sums of cash on the premises and, in the case of central banks, the printing of currency. The removallife of the financialsmart cards. From our inception in 1989 to date, we have not suffered any security breaches or losses of transactions or funds on our system.

Proven Solution. Our system is proven and administrative burdens attendanthas been increasingly used. Today over 3.3 million clients in South Africa receive monthly welfare or pension payments through our system under contracts with five provinces. Historically, welfare and pension recipients would only download cash from smart cards, but these recipients increasingly choose to cash can improveuse their smart cards at merchant locations, which generates additional revenue for us. During the productivity, safety and efficiencyyear ended June 30, 2005, the number of business operations.

               In addition,our clients that opted to receive their grants through our retail infrastructure grew from zero to approximately 474,000 clients. The value spent electronically by these clients per month increased from zero to approximately $32 million in June 2005. For the year ended June 30, 2005, the total value of transactions processed through our UEPS allowsmerchant network was approximately $147 million. As of June 30, 2005, we had 3,235 POS devices installed at 1,880 participating retail merchants.

Versatile Application.Once an individual begins using our smart card, holders access to affordable financial services, suchwe become a logical provider of a broad range of additional products and services. For instance, a card holder using our system for the administration of medical treatment can also use the same smart card for receiving welfare payments or wages as funeral and medical insurance, loans, etc. through formal financial organizations suchwell as banks and insurance companies which would otherwise be unavailable. The wallet on amaking purchases. Because use of each smart card is secured biometrically, the smart card can also be restricted asused for identification and voting. The additional uses mean that once we have

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enrolled and delivered a smart card to how certain fundsan individual, our revenue potential increases significantly beyond the initial service for which that individual has signed up.

Broad Appeal that Drives Opportunities.Because our system provides economic benefits to all participants, we believe there are used. Thisstrong incentives for government agencies and employers to adopt our system in many developing countries. Our solution is particularly useful where our UEPS is usedalso appealing because a single deployment enables the delivery of a broad array of new services to implement loyalty schemes or other closed systems, whereby the funds loaded onto the card can only be spentthose who are potentially most in need of them, often at specific retailers or exchanged for predefined services.a lower cost than alternative distribution methods.

     Most importantly, formal usersIncreasing Returns to Scale. The initial establishment of our UEPS such as merchants, banks,system in a province or country requires upfront expenditures for computers, distribution infrastructure and card holder registration. Once in place, though, the cost to us of supplying additional products to users is low. For instance, if a customer receives welfare payments on one of our smart cards and then chooses to purchase insurance companies, money transfer agents, governments, local authorities, tax authorities and medical service providers gain accessthrough our system, there is almost no additional expense for us to deduct the insurance premium regularly. As a potential consumer base untouchedresult, the operating margin for that customer increases significantly, offset only by traditional transaction methodologies, as our UEPS becomes a replacement for a traditional banking account through which the above mentioned service providers normally operate.any marketing or administrative costs associated with that product.

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Our Strategy

     Our principal objective isWe intend to provide the leading system for the world’s four billion unbanked and under-banked people to engage in electronic transactions globally. To achieve this goal, we intend to pursue the following strategies:

Disciplined Approach to New Markets. We carefully evaluate new opportunities in order to deploy an international payment system that provides a transacting platform and affordable and secure financial services to the unbanked and underbanked populations of the developing world. Our card holder target markets, which represent more than two-thirds of the world's population, are citizens who are currently un-banked or under-banked or who cannot afford the charges levied by formal banking institutions. To achieve global market penetration following our success in South Africa, we are pursuing the following strategy:

Identifying key target markets. We are in the process of identifying key countries and regions in the developing world, where our payment system and applications can be best implemented to reach the unbanked and underbanked populations.business development resources effectively. We believe that, among other countries,there are significant opportunities for our system in developing economies, such as Brazil, India, Mexico and Asia Pacific countries such as Indonesia, present significant opportunities forwhere the unbanked and under-banked comprise a majority of the population. Where we believe it makes sense, we will use partnerships or make acquisitions to accelerate our payment system, services and products due to their large populations and the limited technological infrastructure. Entering such markets would enable us to significantly increase our card holder base and the volume of transactions processed using the UEPS.entry into new markets.

     Carefully selecting the entry method into target marketsUnlock Target Markets with a Key Product. We intendThe first step in establishing our system within a new province or country is to leverage our first to market advantage and existing platforms in South Africa, Malawi, Mozambique, Zimbabwe, Ghana, Rwanda, Burundi and Latvia in order to move into neighboring countries and regions. We will seek to form partnerships or joint ventures with governments and corporations in our target jurisdictions to which we will license our systems for them to operate. We expect that our established presence in neighboring countries and the formation of partnerships and joint ventures with local players will enable us to gainestablish a foothold from which we can launch our operations in a particular target market.

Building a critical massbroad base of smart card users with one application. As already accomplished in South Africa, we intend to build a critical mass of smart card-users within a target market as quickly as possible usingaround a single fully independent application in orderapplication. One of our preferred routes is to achieve maximum market penetration. For example, we will seek to winsecure contracts to implement payment systems for government programs having large numbers of users or populations,potential card holders. We believe another effective route will be the delivery of medical management applications, such as social security payments, pensions, utilitiesfor HIV/AIDS. However, we are not dependent on government agencies to establish an initial base. Employers are widely examining our system to address their wage payment challenges and voting/national identification applications, or for corporations with significant numbers of employees with respectwe are currently pursuing opportunities to wage payments. Such contracts would typically include the licensing of our technology and the sale of the supporting hardware equipment to our corporate customers. These contracts will enable us to distribute UEPS smart cards to numerous members of the un-banked and under-banked populations. As the funds loaded on to the smart cards by our customer base are utilized by the cardholders in transactions and applications supported by the UEPS we will earn transaction fees on an ad valorem or fixed-fee basis.deliver this solution.

     ExtendingExpand Our Products Within the rangeMarkets We Serve. With the establishment of services available within target area by leveraging competitive advantages. Once a critical massstrong base of end-users holdingcard holders and related infrastructure, we can then move to providing additional products and services. As part of broadening our smart cards is achieved, we will focus on expanding the range of services and products provided to the established smart card-user base, including prepaid electricity and water, prepaid telephone call units, short term loans, wage payment systems and insurance. In order to provide additional services and products,card holders’ options, we will also extendsell our infrastructure within a country or region, for example, by sellingsmart card readers and POS terminals that accept payments by UEPS smart cardsdevices to merchants thereby enabling such merchants to sell goods and other financial servicesenable them to our card holders. The infrastructure roll-out can be expanded by establishingenter into transactions. Additionally, we will work to establish relationships with post offices, banks and other financial institutions. Onceservice providers with the infrastructure is establishedgoal of making our payment systems can be scaled up with minimal incremental expense. Extended ranges of services will position us to earn additional transaction fees fromsystem ubiquitous in the same infrastructure.markets we serve.

     EstablishingProvide Products and Services Ourselves Where the Profit Potential is Compelling. Our system can dramatically reduce transaction costs and improve data collection for a global network from regional hubs. We expect that successfully established platforms in our primary target countries will form a base from which we will implement our payment system throughout the surrounding region.broad set of products and services. We intend to link regional hubsoffer those products and services ourselves where the profit potential is significant. For instance, we engage in orderlending in South Africa. We are able to establishoffer this service at a global networklower interest rate than competitors due to our ability to deduct interest and principal directly from a borrower’s smart card and our knowledge of that individual’s payment history.

Establish Partnerships or Make Acquisitions When Appropriate. As part of our transactingdisciplined approach to growing our presence globally, we will evaluate and enter into partnerships where we can draw on local knowledge and infrastructure to drive the rapid adoption of our system. We believe that this will enable us to focus on our core strength in technology platformsas well as product development and delivery. In some instances, we will make acquisitions where we believe that can be integrated with traditional technologiesour approach will enable us to gain customers and financial systems. Our technology is also suitable to serve higher income clients and can be used to administer national health insurance and to make secure internet payments.realize operational benefits rapidly from the deployment of our more efficient solution.

Our Technology

     The fundamental purpose ofWe developed our technology is to deliver an alternate methodenable the affordable delivery of banking that grantsfinancial products and services to the majority of people of developing economies access to a myriad of vital services such as social security, wage payments, insurance products, financeworld’s unbanked and medical assistance.under-banked people. Our proprietary technology enablesis designed to provide the secure delivery of these products and services to be delivered securely in the most underdevelopedunder-developed or rural environments, even in those that have little or no communications infrastructure, at a cost that is affordable by the poorest communities.infrastructure.

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               The technological     System Components

     Our platform utilized to facilitate the deliveryconsists of the above mentioned services is based on three fundamental components: (1) the Funds Transfer System ("FTS")our FTS patent, (2) theour UEPS and (3) the Security Protocol.our security protocol.

FTS Patent

. The FTS patent describes a method throughby which funds can be transferred from one smart card to another in a secure and off-lineoffline manner. The term "off-line"“offline” refers to transactions that are effected without the need to contact or communicate with the card issuer when the transactions occur, as the smart cards themselves perform the authorizations required. The FTS patent also describes how smart cards can be loaded or re-loaded with funds and how these can be redeemed for value in either banking or non-banking environments.

UEPS

               The. Our UEPS is a suite of software programs that make use of the FTS methodology to deliver an integrated information, payment, switching and settlement environment that underpins our transaction processing system. The programsOur software principally runs on three devices: the smart card, the POS device and the back-end system mainframe. When we sell a complete system to a customer or license our technology, we provide all of the UEPS include the software that operates on the smart cards and the POS terminals, as well as all of those that manage and control the host environment. In other words, all programs that are required to operate the UEPS, including the smart card functionality, the POS devices whichthat allow our smart cards to transact with each other in an off-lineoffline manner and our back end hostback-end system that primarily providesstores an audit trail of all transactions effected, form part and parcel of our offering to our corporate customers or licensees.effected.

     The primary strengths of the UEPS are its affordability, security and flexibility. The system is affordable because the computer chips on the smart cards contain all the software necessary to effectprocess UEPS transactions, thereby allowing the POS terminalsdevices required to conduct these transactions to contain far fewer components and less circuitry than traditional POS devices. There is also a reduced need for processing power and on-board memory and on-linegiven that online communication areis not necessary thus eliminatingnecessary. This eliminates the need for an internal or external modem and its associated hardware, maintenance and call costs. As a result, the UEPS terminals are relatively inexpensive and do not require specialized technical expertise for installation. The UEPS also reduces or eliminates the need for national infrastructures, such asincluding electricity, telephone or data transmission. The UEPS is secure because the funds in each smart card are protected from illegal access through biometric fingerprint technology andtechnology. In addition, every transaction is verified by the two smart cards involved in the transaction through state of the artusing state-of-the-art cryptographic systems in conjunction with protocols and techniques whichthat we have developed. Finally, our UEPS is flexible because transactions are completed off-line, thusoffline, eliminating virtually all restrictions where verified transactions can occur.

     TheWe released the first version of our UEPS was released in 1991, and1991. It included software to operate each smart card as well as the main payment system. The laterLater versions of our UEPS provideprovided all of the functions necessary to issue and manage a smart card and terminal base as well as those needed to effect settlement between all of the operators and participants. Our UEPS is fully traceable and auditable andauditable. It can also provide advanced facilities such ascapabilities including loss tolerance and card basedsmart card-based interest distribution. Finally, our UEPS is scalable and can be made available tocapable of working in small applications including a hospital setting as well established market leaders or as a starter kit to smaller organizations.large settings such as country-wide implementations.

Security ProtocolProtocol.

Our security protocol was designed to prevent opportunistic fraud and enforce the correct transaction flow. The symmetric triple data encryption standard, or DES, is used extensively in association with a native random number generator that ensures that all transactions are performed by using a random session key pair. The DES encryption algorithm can be easily modified to utilizeuse alternative symmetric or asymmetric encryption algorithms such as the Rivest, Shamir and Adleman or elliptic curves. Each message exchanged during a transaction names both transacting parties, includes unique information to guarantee freshness and depends explicitly on all the messages that occur before it. For further technical details and evaluation, please refer to Bruce Scheiner's book entitled Applied Cryptography, second edition, published in 1996 by John Wiley & Sons.

UEPS Smart Card Functionality

               By combining these technologies, we have created a smart card application that incorporates and controls the functionality that is normally found on banking host systems. Our technology reverses the traditional role, whereby the card acts as an access mechanism to a host managed account, to that of controlling the account itself, while the host system is relegated to merely backing up and creating an audit trail for the card base.

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               As a result, our technology provides extensive and flexible functionality through a system that is practical, secure and fully auditable. The following list itemizes some of the unique and critical functions provided by our smart card technology:

Our Products

               The functionality of our UEPS smart card technology supported by the card operating system we have developed, enables us to design, test and implement new products which, when used in association with each other, deliver complete solutions in the fields of government benefits distribution, wage distribution, banking, health care management, international money transfers, voting and citizen identification. The UEPS sold to clients is a platform with the potential to provide all of the products we sell, including social security, wage payments, canteen services, retail, fuel and transportation services. The following is a description of the stand-alone products available on our UEPS platform. All of the following products are currently available for use by our customer base and each of them, other than S2S Internet, S2S Transportation and S2S Money Transfers, are currently being used by customers.

S2S Pension and Welfare.S2S pension and welfare helps enhance the participation of social security recipients in the economy of their countries. The system seeks to eliminate previous deficiencies and improve the lifestyles of all its users. Social security beneficiaries are issued with UEPS smart cards that allow for the digital storage of their biometric fingerprint templates,

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enabling beneficiaries to access their social security grants securely at any time or place. S2S pension and welfare makes use of an optical fingerprint sensor technology to capture and verify beneficiaries. The fingerprint reader is programmed to create a random cryptographic session between itself and the smart card presented, thus limiting the possibility of fraud associated with the storage and subsequent illegal replay of digital templates. Once registered, beneficiaries have access to all the functionality delivered by their UEPS cards such as retail spending and pre-paid facilities and automatically qualify for a range of affordable financial services including insurance and short-term loans.

S2S Wage.S2S wage eliminates the need for cash through the introduction of electronic funds guaranteed by a financial institution. S2S wage removes cash at the source, normally being the place of employment, by allowing wages to be paid electronically, in either off-line or on-line environments, directly onto the UEPS smart card thereby removing the potential for fraud, crime and violence normally associated with cash payments. S2S wage can also increase productivity as little time is required to distribute electronic value when compared to cash pay packets and can substantially reduce the costs associated with the management, transportation, delivery and general handling of cash. S2S wage is ideal for employers that pay their staff in cash on a weekly, bi-weekly or monthly basis, and also for employees who do not qualify for or cannot afford traditional banking accounts.

S2S Canteen.The process involved in providing meals to large numbers of workers can be extremely costly and complicated, especially when this function is partially or totally subsidized by the employer concerned. As a result, many organizations have outsourced this function to administrators who provide daily balanced meals to significant numbers of employees. S2S canteen allows employers or meal administrators to monitor and control employee meal subsidies by removing the need to distribute, collect and account for cash. This cashless environment is safer and enables faster processing at cash registers by eliminating the need to accept, count and handle cash resulting in an increase in productivity of the total workforce.

S2S Retail.S2S retail has the primary function of transferring payments made for goods, services or cash dispensing, from a client smart card to a merchant smart card in a secure off-line manner. An audit trail of the transaction is created on both the client and merchant cards to guarantee system integrity. The transaction history file stored on a merchant card cannot be overwritten until it has been settled by using the Net1 off-line "milking" system or connecting on-line to the host. The milking system allows merchant cards to be settled off-line by allowing the transactions stored on these cards to be copied to the transaction file of the milking card. The milking card is then physically handed over to the central office in order for the host system to be updated or settled electronically through a communications data line if one is available. If none of these functions is possible at the time, the merchant can replace the merchant card with a new one. At the time of settlement, all transactions are stripped from the merchant card, aggregated and paid into the nominated bank account of the merchant. Merchants can select their smart card as their nominated bank account, in which case, the amount paid is added to the merchants' card thus eliminating the need for a conventional banking account.

S2S Fuel.S2S fuel allows bulk fuel suppliers, large employers and fleet operators to load monthly or weekly fuel allowances onto employees' UEPS smart cards. A dedicated wallet is used for this implementation to ensure that these funds can only be accepted at participating fuel stations and can only be used for the payment of fuel and oil or other goods specifically allowed by the system managers. Employers are thus guaranteed that fuel allowances can only be spent on fuel purchases with balancing and reconciliation reports being supplied daily.

S2S Distribution.S2S distribution is used to facilitate payments for goods delivered by wholesalers to merchants in both rural and urban environments. When the wholesale delivery is made, the wholesale merchant uses a battery operated POS device to debit the merchant's card and credit the wholesaler's card. This process is performed off-line and is completely secure. When the wholesaler delivery teams return to the depot, the day's transactions are settled to our system host and deposited into the selected bank account of the wholesaler. This is performed using an on-line electronic funds transfer device such as a POS or personal computer, or in the most underdeveloped or rural areas, by using our milking system or by going to a bank branch and manually settling the sales transactions.

S2S Prepaid Utilities.S2S prepaid utilities allow for the transfer of prepaid units and information between facilities' providers and their metering devices such as water and electricity meters. Pre-pay water and/or electricity meters are installed into clients' homes to allow them to manage and budget for the cost of these municipal services. Clients load funds onto a wallet on their UEPS smart cards specifically reserved for pre-paid utilities. Whenever water or electricity is required, the client inserts the UEPS smart card into the appropriate meter. The meter selects the pre-paid wallet and the number of units purchased is loaded into the meter's memory. During the transaction, the meter also supplies usage information to the smart card which is transmitted to the Net1 host at a later stage. This information is then forwarded to the utility providers for statistical usage analysis.

S2S Banking.Our S2S banking system enables traditional financial institutions to surpass the offerings of their competitors through the technological functionality provided by the UEPS solution. However, traditional financial institutions often use standardized banking packages that cannot easily be modified to accommodate the UEPS platform. S2S banking provides a virtual teller terminal interface that allows for seamless connectivity between the UEPS host system and any commercially

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available banking software. Once installed, financial institutions may issue UEPS smart cards without owning the infrastructure, modifying their systems or going through tedious implementation and pilot phases. Clients of these financial institutions can load funds from their existing bank accounts directly onto their smart cards using any POS terminals. The additional UEPS functionality becomes automatically available to all card users thus allowing the issuing institution a means of differentiating itself from competitors.

S2S Internet Payment.S2S internet payments enable UEPS smart card holders to perform all UEPS functions on the Internet in a completely secure manner. The security provided is independent and additional to the standard products that are available to secure internet based transactions. The security is "end-to-end" and occurs between the client's smart cards and that of the service providers. The system is thus protected from attacks that can be launched when using insecure and open channels, devices and networks, such as personal computers and the worldwide web. The functions provided by our S2S internet payments system include an entire range of purchasing options as well as advanced facilities such as continuous debit which allows service providers to charge on a "pay as you use" basis, making it possible to sell, rent or allow access to databases on a time and/or volume basis. This product, which includes a flexible method for guaranteeing payments, allows a new approach to selling products over the internet.

S2S Transportation.S2S transportation limits the possibility of theft by drivers or fare collectors and helps ensure that fares collected are banked, since the fares cannot be re-used for any other purpose. As a consequence of our full audit trail functionality, our system allows for groups of owners to form associations or co-operatives with significant purchasing power, enhancing their ability to negotiate discounts on maintenance services, fuel, insurance and new vehicles. The payment process is fast and does not require any customer authorization procedure apart from the presentation of the customer UEPS card. Speed of processing is mandatory in applications such as transportation to minimize queuing and maintain rigorous schedules. On long distance routes, where fares are of higher value, the funds can be stored in a PIN or biometric protected wallet.

S2S Money Transfers.S2S money transfers are used for the transfer of international and local funds from benefactors to beneficiaries. The funds are loaded electronically and securely onto the beneficiary smart card using biometric fingerprint as the identification methodology. The card can then be used at POS devices by using PIN and/or biometric fingerprint verification. To receive funds from abroad, the beneficiary must first be enrolled onto our system. The benefactor simply needs the beneficiary's smart card unique serial number in order to perform the transfer instruction. The encryption security protocol used enables beneficiaries to receive funds load instructions from the benefactors through a third party or any insecure communication channel such as telephone, newspaper or any analogue or digital network. For local transfers, cardholders can transmit funds to each other by simply invoking the transfer function at the POS equipment. A transfer from one client to another can be performed in less than five minutes and can be loaded to the benefactor's card twenty-four hours a day, seven days a week. Any of our POS devices situated in restaurants, garages and hotels, for example, can provide the offline loading functionality for the beneficiary.

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Our UEPS Platform

     The following diagram depicts how our UEPS platform is constructed.

UEPS PLATFORM

Fully-functional and integrated payment and settlement system, capable of operating all UEPS products and systems.

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COMPLETE SYSTEMS

Combination of products meeting a client’s particular requirements

STAND-ALONE PRODUCTS
Financial transaction applications (S2S products).

FUNCTIONALITY

Combination of Hardware and Operating Systems on smart cards enable the creation of UEPS applications which can be customized for the particular needs of a client.


OPERATING SYSTEMS
Third-party software.UEPS software programmed by us.

SMART CARDS

(Hardware)

Cards sourced from third-party vendors.

HARDWARE
POS devices, ATMs, back-end computer systems sourced
from third-party vendors.

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     The UEPS soldwe sell to clients is a platform with the potential to provide all of the products we develop which, when grouped together, form complete systems serving the specific needs of various business segments. Depending on the requirements of a particular customer, we assist the customer in the set-upsetup of its application which is tailored to provide only the products and services initially required, although the UEPS can later be updated to provide additional products. We outsource the manufacturing of the hardware products we require,components of our system, including smart cards, POS terminals,devices, ATMs, PCs and back-end mainframes. However, we develophave developed all of

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our application software modules so that they will run on different hardware platforms allowingwhich allows us to be hardware independenthardware-independent and providingto provide our customers with the latest and most economical hardware solutions.

ScalabilityScalability.

Our UEPS can be implemented in different environments, from small closed systems to national implementations. In closed systemclosed-system environments, the UEPS front-end equipment is personal computer basedcomputer-based and can therefore be implemented at relatively low cost. In these instances, we provide the back-end system on a transaction fee basis, thus limiting the overall set up cost. This approach can also be used whenever larger implementations are required but where the customer prefers to focus on marketing and selling its products rather than initially concentrating on operating the back-end host system. The cost to entry can thus be greatly reduced as the operations can first become profitable before expending large amounts of capital. On the other hand, large governmental institutions, financial institutions or medical insurers typically prefer to maintain control over the entire payment system and therefore invest in a full system implementation. The time to launch these projects tends to be longer due to the time that is required to train the end-user to operate the system.

     Once a UEPS is installed on behalf of a customer, we believe that we are well positionedwell-positioned to benefit from the scalability of the system as minimal changes are required to be made to the application base for the system to manage significantly greater numbers of users. We can therefore provide additional smart cards while leveraging on the existing cost base in a market. In addition, we have a dedicated team of technicians and developers and an infrastructure capable of supporting a significant volume of customers and their transactions. As a result, we expect to benefit from economies of scale that pertain to increases in the number of products and services using the infrastructures we sell and/or implement.

Sources     UEPS Smart Card Functionality

     We have combined these technologies to create a smart card application that incorporates and controls the functionality that is normally found on banking host systems. Our technology reverses the traditional approach where the card acts as an access mechanism to a host-managed account. Instead, the smart card controls the account itself while the host system is relegated to backing up and creating an audit trail for the smart card base.

     As a result, our technology provides extensive and flexible functionality through a system that is practical, secure and auditable. The following list itemizes some of Revenue

the unique and critical functions provided by our smart card technology.

Identification, Authentication, Non-Repudiation and Affirmation of UEPS Transactions. Traditional payment systems provide customers with paper receipts that reflect transaction details. Customers normally keep these receipts to reconcile their monthly account statements. During reconciliation, customers can detect fraudulent transactions and errors by matching account entries against their paper receipts, which may lead to disputes, financial losses and the repudiation of transactions. Fraud committed by people taking advantage of the inherent security weaknesses of traditional payment systems increases the cost of managing transactions effected through these systems. As a result, financial institutions and other system participants must invest significant resources to minimize the risk associated with fraud and errors.

     A fundamental element of the UEPS is that all payment and money transfer transactions take place between two UEPS smart cards – the smart card to be debited and the smart card to be credited. During the transfer of value between the two smart cards, the transaction is written to a dedicated history file on each of the smart cards. These history files are subsequently used to ensure settlement either directly or through the activation of the UEPS multiple streams audit trail feature. Thus, smart card holders can reconcile their monthly accounts directly from the smart card’s transaction history file. Also, each smart card authorizes all debit transactions through the presentation and verification of one of the card holder’s biometric fingerprint templates that are stored in the smart card, and each UEPS transaction is signed by both smart cards. Taken together, these features of the UEPS help prevent the fraudulent creation, duplication or alteration of a transaction, as well as any potential repudiation of a transaction. As a result, the UEPS helps to minimize the costs associated with account management and inquiry resolution and helps ensure that customers do not incur losses from undetected errors, fraud or transaction mismanagement.

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Continuous Debit. People with limited economic means or unestablished credit histories may find it difficult to obtain access to public utility services such as telephone, fuel, water or electricity unless they purchase pre-paid units for these services. A prepaid unit of service may be a liter of fuel, a kiloliter of water, ten minutes of electricity or a two minute local phone call, and may need to be used within a specified period of time before it expires. Pre-paying for services can deprive purchasers of flexibility to redeploy their funds to meet other financial needs.

     The continuous debit feature of the UEPS eliminates the need for customers to buy pre-paid units by allowing them to use their smart cards to pay for these services as and when they need and use them. All a customer needs to do is to insert his smart card into the utility equipment and the smart card will debit itself whenever a unit of service is used. The continuous debit feature provides significant financial flexibility to customers and can be tailored to be used in any “pay as you go” environment, including Internet access.

     Continuous debit transactions are typically a large number of small transactions that can quickly fill up the space on a smart card’s transaction file. We eliminated this problem by designing the UEPS to minimize the file space that these transactions require by enabling subsequent transactions to replace and aggregate with earlier ones, thereby treating multiple transactions as one global transaction.

Multiple and Restricted Wallets. Unbanked people who keep their cash at home risk the loss of their funds from misplacement, theft or disasters such as floods or fires, which can have a devastating impact on their financial lives. Keeping funds at home does not generate any interest income and cannot help demonstrate financial responsibility or provide collateral security for the extension of credit. Finally, keeping funds in cash can make it more difficult for people to segregate their funds for specific purposes, whereas having one or more bank accounts can facilitate budgeting for various categories of expenses.

     The multiple wallet feature allows card holders to use their smart cards to help manage their budgets. Up to 255 wallets can be configured and activated per card holder depending on the electrically erasable programmable read-only memory, or EEPROM, available on the particular smart card. Each of the wallets can be configured to meet the specific requirements of the card holder, and can be used for interest-generating savings, pre-paid utilities, medication management, credit, debit orders and for many other purposes. In addition, a wallet can be either protected or unprotected. Protected wallets require the biometric verification of the card holder to effect transactions. Unprotected wallets are normally used for low value transactions such as transportation for which speed of processing is critical.

     Since the audit trail of all transactions performed by the active wallets is stored on the smart card’s history file, card holders can provide third parties with a comprehensive record of their transaction histories, which can help evidence payments, such as insurance premiums and demonstrate a regular income stream from wages or other sources. This audit trail can provide unbanked people the opportunity to obtain affordable services from formal financial service providers which might otherwise deny or limit services to them.

     Wallets can also be restricted. Restricted wallets allow transactions to be performed only at specific merchants. For example, if an employer desire to subsidize an employee’s transportation costs, a wallet can be configured that permits the holder to spend the value loaded into that wallet only at specified transportation points. Restricted wallets can also be used by governments to prevent social welfare grant recipients from using payment for particular goods or services.

Offline Loading. The use of payment systems that depend on online authorizations is difficult to implement in developing economies and countries that do not have advanced or reliable telecommunication infrastructures. Online systems include magnetic stripe-based solutions that are widely used in first world economies and require that all transactions, including retail sales, the dispensing of cash, the loading of value to smart cards and the authorization of credit transactions, be performed only at self-service terminals, or SSTs, ATMs or POS devices that operate online. Thus, online systems cannot be used to provide financial or banking services to the millions of people, such as those in developing countries, that live in geographical areas that have little or no infrastructure. Most smart card systems therefore, such as EMV, also operate online. We believe that this reliance on online communication has limited the exploitation of smart card technology, has resulted in high system implementation and operational costs and has not addressed many of the needs of the world’s unbanked population.

     Our business modeloffline loading feature has been designed to solve these problems associated with reliance on limited infrastructures and allows usvalue to be distributed through existing infrastructures such as the postal service, fixed line telephones, cellular phones, verbal communication and newspapers. Our solution is a unique ten-digit signature code that the UEPS back-end system generates to enable specific amounts to be loaded to specific smart cards. When a ten-digit signature code is presented at any offline POS device to the smart card for which it was created, the code will, after validation, allow the smart card to credit one or a number of its internal wallets in the appropriate amount.

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     The offline loading function can be used to transfer funds remotely for payments such as wages, pensions, welfare grants, refunds and third party transfers. When a number of ten-digit signature codes are created for a specific smart card, each ten-digit signature code can then only be applied to that smart card once. Ten-digit signature codes can be presented to a smart card in a different order from the one in which the codes were created but can be effected only by that particular smart card.

Biometric Identification. The magnetic stripe credit and debit card systems available today use a written signature or a PIN in an effort to verify the customer’s identity minimize the repudiation of transactions. However, PINs can be compromised, magnetic stripes can be cloned and if a card is stolen together with its PIN number, the card can be used to transact until it is reported stolen or its offline limits are reached. The PIN and card can also be used to gain access to back-end account information to defraud further the genuine card holder. Therefore, positive offline card holder verification is critical to ensure that a payment system does not effect fraudulent transactions. At the same time, the system must ensure that the genuine card holder’s transactions are not rejected.

     As an alternative form of customer identification, the UEPS supports biometrics in the form of fingerprint recognition. Biometric scanners are used to record a customer’s fingerprint images. The fingerprint templates that result are stored in the holder’s smart card and used for identification whenever the smart card is used.

     Before a smart card is issued, the following fingerprint recordation process occurs: