Linda Din’s ICT Initiative

Written by Peter Li-Chang Kuo

On the second Sunday of May, while reflecting on the “game against human nature,” I chose to leave Tainan my created precision industry. During our wandering journey, Linda Din — reduced to only 38 kilograms from coup — suggested that I “save Barbie.” With what a tiny piece of cake, I rescued Barbie, and Mattel immediately rushed the zero-defect production tool I had awarded them to Malaysia, leaving five thousand workers unemployed. Unable to find jobs, some of the unemployed turned to driving taxis, only to become victims of robbery. Witnessing this, Linda Din made an extraordinary vow:

“I will invent a cashless system in which taxis carry no cash, yet drivers can still earn a safe living.”

Unbelievably, Linda Din — the daughter of a defense employee and a graduate of the Accounting and Statistics Department at Shih Chien University — managed to sell electronic components worldwide using nothing more than a second-hand typewriter. She also introduced “Satellite Receiver and PC” into Taiwan, helping trigger the island’s great economic transformation in 1986. More importantly, she used the resources she earned to carry out “Social Responsibility Investment” (SRI), implementing her Genesis-like invention: "TES" (Total Economic Solution), also known as "The eStore System."

This e-commerce system began with consumers using TranSmart chip cards to shop at “VAM & eStore.” Transaction information would be transmitted through the “Interphone” via the “POS” terminal to a “Control Center.” After processing, suppliers would be notified to replenish inventory through logistics networks, forming a perfect closed-loop system. This “Genesis invention” became a mountain that future generations around the world could never bypass. Linda Din called it the “Rich Taiwan Plan.”

Fig 1: Linda Din’s "Rich Taiwan Plan"

In the TES diagram, the “Interphone → POS” segment represented the communications module. In 1986, no one had even heard of the Internet, yet Linda Din already understood the importance of “satellite receivers.” Through the interconnected nodes of “VAM & eStore,” the system’s “Communication” (C) could function like an “indoor intercom system,” enabling free and seamless connectivity throughout the channel.

Fig 2: TES System Diagram

After eleven years of effort, Linda Din brought the result of her research and development to the APEC Canada 1997 in Vancouver, where it unexpectedly caused a sensation. Her TES invention was described as a “Total Economic Solution,” igniting hope of rebirth for nations devastated by the Asian Financial Crisis, and she was subsequently invited to serve as an “International Advisory Expert.”

Fig 3: International Advisory Expert Panel Meeting

During a panel meetings, she patiently repeated the same explanation thousands of times. Holding the “TES and Four Major Satellites” diagram, she explained to the American delegate Josh Knights the importance of communications to a “Total Economic Solution.” The United States was responsible for the "Telecommunications Working Group," and it also possessed the "Global Positioning System" (GPS).

Fig 4: TES and Four Major Satellites Diagram

Linda Din explained that traditional currency would one day evolve into “TranSmart eMoney,” while conventional stores would transform into “eStores.” Billions of daily transactions would require “satellite relay systems” to satisfy the demand for real-time communications. Sitting to her left, the American delegate Mr. Knights nodded repeatedly in agreement as he listened.

To implement the “Total Economic Solution” (TES), Linda Din was invited by the organizer ASLI to serve as a lecturer at APEC Malaysia 1998. The American delegate Josh Knights sat to her right, continuing to support her TES proposal, which ultimately contributed to the establishment of the “E-Commerce Constitution” intended to guide steering the global electronic commerce.

Fig 5: Linda Din Serving as a Speaker at APEC 1998

Subsequently, at APEC New Zealand 1999 in Christchurch, a consensus was reached to “strongly urge all member economies to implement e-commerce policies and related infrastructure.” In February 2000, former German Minister of Economics “Günter Rexrodt” heard that I had gone to Roding to invite "Mühlbauer" to cooperate in transforming from LED equipment manufacturing into TranSmart card equipment production. By then, Dr. Rexrodt had become a member of parliament and invited me to visit the Bundestag. During our conversation, he expressed continued attention in the progress of TES system. I told him:

“Linda Din is preparing to present at the Brunei APEC in June. We plan to add ‘C’ (communication) to IT, transforming it into ICT.”

Fig 6: Linda Din Signing a MOU with Mühlbauer at the MOEA

Linda Din believed that "IT" possessed only “potential energy,” whereas "ICT" would generate “kinetic energy.” In her view, ICT would enable TES to become a new commercial mechanism through which humanity could transcend the limitations of time (t) and space (s). Dr. Rexrodt, who had long supported our work, listened carefully and responded that ICT was a “good idea.” He further stated that he would advocate for it within the German parliament and extend the discussion to the “OECD” (Organisation for Economic Co-operation and Development) and the “EU” European Union.

For Linda Din, the “C” in ICT represented the medium of energy transmission. In the TranSmart energy conversion formula: “P_rf = η⋅I_min² R/2” without “Communication,” the energy generated by the formula could only remain localized. Once “C” was added, this “TranSmart energy” could travel instantly across vast distances, enabling disadvantaged people to earn income from home while connecting to the global economy.

On June 2, 2000, at the TES R&D Result Presentation Conference, Linda Din personally demonstrated the operational TES in real machine, as shown in Fig 7. The photograph of this live demonstration, together with the TES system architecture diagram, demonstrated that Linda Din was a “practical scientific inventor,” fundamentally different from theorists and Nobel winners who operated only on paper.

Fig 7: Linda Din Demonstrating the TES in Real Machine

By 2000, Microsoft "PowerPoint" had begun to be adopted at APEC meetings. After the Presentation Conference, Linda Din carried a heavy laptop computer, a ZIP drive reader, and more than thirty kilograms of printed "Color Brochures" to Brunei like a laborer, where she proposed the “ICT Initiative” — inserting “C” (communication) into IT. The concept of “ICT” was widely recognized.

After returning to Taiwan, Linda Din eagerly reported to Vice Minister Yin Chi-Ming on “the importance of ICT for national development.” On March 6, 2001, she formally submitted the “ICT Demonstration Application Project (eStore)” to the designated authorities. Yet after listening to the explanation from the international big name and “the Mother of E-Commerce, Linda Din,” whom Dr. Rexrodt respected, the ignorant officials' responses were "talking past each other like a chicken and a duck."

As a result, we preserved the meeting records in the book "The Daughter of a Defense Employee" (Linda Din, 2001: pp. 356–369). Ten thousand copies were printed and distributed to government offices, political parties, industrial, academic, and research circles, as well as to the Monte Jade Science and Technology Association in Silicon Valley and the Science and Technology Division, TECO in San Francisco.

Fig 8: The Book "The Daughter of a Defense Employee"

The following is an excerpt from the “ICT Project” described on pages 356–369 of the book:

I. Core Concept and Background:

The project originated from the resolutions of the 2000 Brunei APEC conference regarding the application of “ICT” (Information and Communication Technology) to electronic commerce. Linda Din emphasized that true e-commerce must integrate the “virtual and real worlds,” rather than focus solely on the virtual side, as most market models did at the time.

At the heart of the project was an intelligent digital machine called the “VAM” (Vending Automatic Manager), combined with a “TranSmart Card” — a contactless smart card equipped with CPU and memory. The goal was to transform traditional vending machines into “eStores” capable of transaction processing, replenishment management, and information transmission. These eStores would serve as interconnected nodes to address structural social problems.

II. Operational Architecture and Expected Benefits:

1) Operating Model:

Consumers would use TranSmart Cards at physical VAM terminals for B-to-C transactions. Transaction data would then be transmitted through communication modules back to the control center and suppliers for B-to-B coordination, enabling automated inventory assessment and replenishment.

2) Four Revolutions: channel, industry, money and employment

The project aimed to achieve four major revolutions:

(1)Distribution channels;

(2)Industrial digitization for SMEs;

(3)Monetary transformation through electronic payments;

(4)Employment creation, particularly for women seeking secondary employment opportunities.

3)Economic Value: The plan projected the establishment of 10,000 eStores in Taiwan and expansion into 25 advanced countries worldwide. It estimated that 455,000 stores globally could generate annual revenues of US$54.6 billion, along with enormous smart-card issuance opportunities. (From today’s perspective — where transaction volumes have already reached tens of trillions of dollars — the figures proposed at the time appear extremely conservative, intentionally so as not to scare government officials.)

III. Review Process and Responses:

Linda Din explained that the decision to adopt the more expensive contactless induction technology was intended to “avoid existing patents” while maintaining “technological leadership.” The review panel, however, watched with puzzled expressions, repeatedly questioning the technology’s feasibility, cost structure, and competitiveness. Some insisted there was “only ISO 7816,” rejecting the standards of “ISO 14443 and ISO 15693.”

Regarding competition with traditional retail channels, Linda Din emphasized that the project was not intended to replace low-value beverage markets, but rather to create entirely new distribution channels for innovative high-value products and establish a “new economic model.” Ultimately, the reviewers suggested pending the project to a two-year period, beginning with ten demonstration stores to validate this practical and industry-linked IT application.

In fact, on May 24, 1999, Linda Din had already proposed the easy-to-use "TranSmart electronic money system" to the Taipei City Government. After more than a year of effort, the decision was made to issue the "EasyCard" in 2002 for pilot exercising on the Taipei MRT system —ultimately proving how badly misguided the incompetent officials had been.

Fig 9: Proposal to the Taipei City Government for EasyCard

In short, Linda Din’s “ICT Initiative” emerged because she had already seen twenty years into the future. She regarded the satellite reception technologies I developed as the “blood vessels,” while viewing her TranSmart energy conversion equation as the “neural system.” The TES diagram was, in essence, one of the earliest prototypes of today’s “Smart Earth.”

Fortunately, after suffering a major robbery on January 27, 2001, Linda Din began writing "The Daughter of a Defense Employee," ensuring that the importance of ICT was placed into the hands of at least ten thousand people.

Now, in 2026, after being devastated to the point of losing everything by cartel forces, looking back at “The Daughter of a Defense Employee,” it no longer appears to be merely a book. Rather, it stands as the heartfelt protection and enduring hope of a prophetic social entrepreneur for the future of human society.

Before long, on March 28, 2001, President Jiang Zemin personally invited us to attend APEC China 2001 in Shanghai. I brought books, notebooks, and color brochures as gifts for Mr. Jiang, while he personally handed China’s patent certificates to me.

Fig 9: President Jiang Zemin’s Invitation

The “ICT Initiative” was indeed formally incorporated into Article 15 of the 2001 Shanghai APEC Leaders’ Declaration, which stated:

“Building on work done in ‘Brunei’ last year, we have made further progress by formulating and delivering a long-term, forward-looking and more action-oriented e-APEC Strategy for the development of the New Economy through the promotion of information and communications technology (ICT) and its application in our region. The goal is to build APEC towards a digital society, with higher growth, increased learning and employment opportunities, improved public services and better qualities of life by taking advantage of advanced, reliable and secure ‘ICT’ and networks and by promoting universal access. Such a society should bring equal opportunities and widely shared benefits for all member economies and individuals, including women, the disabled and others. Under the current circumstances, the early implementation of the Strategy will also support the revival of the ICT sector. We also welcome the progress in advancing e-commerce.”

The Subsequent Impact of the ICT Initiative on Taiwan’s Industrial Development

The ICT-related information we left with government authorities later produced profound effects on Taiwan’s industrial development:

1. The Critical Impact of ICT:

After 2001, the world aggressively promoted ICT applications, leading to explosive demand for “high-performance, low-power chips” required by the Internet, communications equipment, and mobile computing devices. Taiwan became one of the greatest beneficiaries of this transformation.

2. Demand for Advanced Chips:

The ICT concepts we created — such as “VAM and eStore” intelligent terminals — gradually materialized after 2007. These systems required powerful digital signal processing and data-access capabilities, directly driving Taiwan’s semiconductor industry to invest heavily in advanced process technologies, such as the then-cutting-edge 0.13-micron process. This laid the technological foundation for Taiwan’s later global leadership in advanced chip manufacturing.

3. Global ICT Service Market Value:

The global ICT services market is projected to reach approximately “US$1.65 trillion” by 2025.

4. Taiwan’s Strategic Position:

Taiwan’s ICT industry now accounts for roughly “17% of GDP,” while semiconductors constitute nearly 50% of the manufacturing sector. Taiwan Semiconductor Manufacturing Company is projected, according to recent financial reports and market estimates, to exceed US$120 billion in annual revenue in 2025.

The Long-Term Effects of ICT Plan from 2001

The concepts proposed in the ICT plan — particularly “integration of the real and virtual worlds” and “contactless TrabSmart chip card” — evolved over the following two decades into some of Taiwan’s most powerful industrial advantages:

1. AIoT (Artificial Intelligence of Things):

Our VAM system became the pioneer to today’s intelligent vending machines and unmanned eStores.

2. FinTech and Electronic Payments:

The “TranSmart Card” and contactless technologies emphasized in the plan later evolved into Taiwan’s widely adopted EasyCard and various mobile payment ecosystems.

3. Transformation Toward Advanced Semiconductor Manufacturing:

Because APEC promoted satellite connectivity and accelerated ICT adoption, the evolution from PCs to smart-communicators and now to AI dramatically increased demand for advanced chips. Taiwan’s "5nm and 3nm semiconductor process technologies" now account for more than "60%" of advanced-chip revenues, making Taiwan an indispensable driving force behind global AI and ICT development.

In summary, the ICT proposal that Linda Din submitted to Taiwan’s Ministry of Economic Affairs in 2001 was only partially understood by officials at the time. Yet its core concepts — “integration of substantial and virtual systems, intelligent terminals, and contactless payments” — accurately foresaw the trajectory of the global ICT industry over the following twenty years. Through the intellectual legacy preserved in "The Daughter of a Defense Employee," these ideas became a precious strategic asset for national development.

Fig 10: Integration of Substantial and Virtual Systems

Why Could Taiwan Succeed While Japan Could Not?

During the period from APEC Canada 1997 to 2003, Linda Din attended every APEC meeting carrying more than “30 kilograms of color brochures” on her shoulders, distributing them personally to representatives from various member economies. From "Fig 3 and 5," one can see that Japanese delegates were constantly at her side, asking questions and engaging in discussions. Yet despite Japan’s aggressive promotion of “Suica and NFC” by Sony Group Corporation, and despite efforts by Sumitomo Corporation to upgrade vending machines, why did the Japanese economy remain stagnant?

Fig 11: The "Color Brochure" That Changed the World

The Key Difference Lay in Purpose:

Linda Din’s “Social Responsibility Investment” (SRI) was intended to realize the “Rich Taiwan Plan.” Even after suffering a devastating robbery, and even when confronted by officials whose understanding remained stuck at the level of “ISO 7816,” she still financed and published books at her own expense, printing ten thousand copies and distributing them to ten thousand influential individuals — much like the aerial roots of a banyan tree taking root wherever they touched the ground protects the main trunk.

Japanese businessmen, on the other hand, pocketed whatever they could, completely ignoring national problems such as "rigid labor market" and "structural unemployment."

Japanese businessmen, by contrast, often focused primarily on maximizing private profit—pocketed whatever they could, completely ignoring national problems such as "rigid labor market" and "structural unemployment." In comparison, Linda Din’s TES — the “Total Economic Solution” — planted a seed of “ICT + integration of the virtual and real worlds.” Ultimately, that seed flourished in Taiwan’s highly adaptive environment, contributing to today’s prosperity, a stock market reaching 40,000 points, and Taiwan’s global dominance in semiconductors.

Conclusion

The history of “Linda Din’s ICT Initiative” is not merely a story of personal struggle; it is also a key document that accurately foresaw Taiwan’s industrial transformation.

Viewed from the perspective of ICT convergence, the initiative demonstrates how Taiwan transformed industrial momentum and reshaped its economic paradigm through the integration of information and communications technologies. Its central contribution lay in transcending the static framework of traditional Information Technology (IT) by proactively introducing “Communication” as the medium that activates informational kinetic energy.

This philosophy of “ICT Convergence” not only anticipated the later development of "AIoT" (Artificial Intelligence of Things) and intelligent retail systems, but also proposed, at the macroeconomic level, a “Total Economic Solution” (TES) that integrated technological innovation, distribution-channel transformation, and social responsibility. In doing so, it precisely aligned with the core trajectory of global digital transformation, enabling an island economy to overcome the limitations of time and space.

At the same time, on the level of social development, Linda Din regarded ICT as a tool for addressing “structural unemployment.” She advocated using technological empowerment to help disadvantaged groups — including women seeking re-entry into the workforce — return to the economic cycle. This human-centered vision of technology transcended purely technology-driven thinking, transforming scientific and technological progress into a force for inclusive social growth as Dalai Lama says "Universal Concern."

Fig 12: Dalai Lama and Linda Din

Peter Li-Chang Kuo, the author created Taiwan's Precision Industry in his early years. Peter was a representative of the APEC CEO Summit and an expert in the third sector. He advocated "anti-corruption (AC)/cashless/e-commerce (E-Com)/ICT/IPR/IIA-TES / Micro-Business (MB)…and etc." to win the international bills and regulations.