TES Invented by Linda Din

Written by Peter Li-Chang Kuo

Linda Din, inventor of the "TES" system, served as a speaker at APEC in 1998 and 2003. Drawing on her TES proposals, she facilitated the drafting of the "E-Commerce Constitution" and championed total economic solution — including contactless payments, cashless transactions, IPR and ICT integration — that helped humanity navigate financial crises and viral catastrophes.

Fig 1: Linda Din and her invention "TES"

Human beings, limited by time and space, have managed to survive and reproduce in harsh environments, becoming the most intelligent of all beings, because prioritizing "mutual assistance." However, sometimes helping others is met with returns like Mattel taking the production tools I gifted them and relocating to Malaysia, closing the Taiwan factory (MLT), leaving 5,000 unemployed workers behind.

I, whom Ruth Handler, the inventor of Barbie, called a "Master," at a moment when I saw no solution, Linda Din—whom many called “Shimu” (the Master’s wife) — proposed that Taiwan need not remain constrained by time (t) and space (s). If a “new economy model” (e) were inserted between them, then "t-e-s" (TES) could transcend the limits of geography, travel across great distances, and overcome the constraints of an island economy — “riding the clouds beyond the four seas.”

The two most fundamental elements in the real world are “time” (t) and “space” (s), while human society inevitably involves exchange — “economy” (e). Seeking a solution to unemployment, Linda Din devoted herself to spiritual discipline and, through what she regarded as divine inspiration, linked time and space through a new economic model. Thus the term "TES," which would later seek to reshape human history, was born.

TES included a long chain of sub-inventions— "TranSmart, Contactless, Cashless, ComMec, Power Chip, VAM, eStore, Interphone, POS, TSCM, B-B, B-C…" — which, in the pre-Internet era, were gradually assembled through "Social Responsibility Investment" (SRI) into a new tech-economic system, much like building an "Ark," intended to help humanity weather financial crises and even the COVID shock.

TES (The eStore System) was invented as a new tech-economic system to solve structural social problems. When inventor Linda Din presented TES at the 1997 Asia-Pacific Economic Cooperation (APEC) meeting in Vancouver, Canada’s Industry Minister John Manley remarked: “TES is a Door to the Global Market.” Representatives from multiple economies called it a “Total Economic Solution,” because it offered countries damaged by the Asian Financial Crisis a vision of renewal.

TES received international recognition twice at APEC, in 1998 and 2003, and was regarded as a kind of modern rescue ark. Linda Din’s 1998 proposal contributed to the drafting of an “E-Commerce Constitution,” earning her the title “Mother of E-Commerce.” In 2003, her proposal of "Global Channel–TES" helped shape best-practice policy. Its "TranSmart E-pay System" (cashless) was widely emulated worldwide. As an American recently noted, "Cashless transactions within TES-related ecosystems reportedly reached US$ 200 trillion in 2025." It already exceeded global GDP, leading some to call it as the highest-value invention in human history.

The Origin of TES

In 1985, to address unemployment, Linda Din transformed my "AV Connector" design into something that could be assembled profitably with just two hands and two square feet of space — earning more than a monthly MLT salary and selling worldwide — included Turkey and India. But it created only about 100 jobs. She concluded "unemployment was structural issues." Then, after spiritual meditation in early 1986, she leaned over a desk briefly and drew the fully integrated "TES Schematic Diagram" (Fig 1).

Deeply grounded in "Theology," and combining practical expertise in accounting, statistics, international trade, and electronics, Linda Din’s TES confounded experts around the world. Astonishingly, no one could understand it (not a soul) — not even I, despite being called a “Gadget Master, Dr. Blacksmith, the Father of Taiwan Precision Industry.”

She even organized delegations to Japan to seek partnerships with major trading corporations, only to be met with ridicule. Watching her passion repeatedly met with rejection, I decided to quietly study her “t-e-s.” Then came the revelation.

“Extraordinary!” When I interpreted her "Schematic Diagram" as a "Systems Architecture Diagram," I saw two intersecting channels— "virtual-substantial integration.” As I studied further, I must write two words on paper: "Heavenly Mechanism."

Fig 2: TES System Architecture Diagram

At thirteen, seeking to improve my family’s life, I boldly challenged NASA’s "PTH" concept and succeeded; Apollo 4 did indeed reach space. In 1974, at age twenty-one, when Chiang Ching-Kuo inspected my precision industry, he was so impressive that he called me “the Father of Taiwan Precision Industry.” Later, in 1979, after arriving in the United States to develop "Satellite Receiver," I realized the products, industrial systems, and factory scale I had created already exceeded those of many American counterparts. On March 13, I established the "Blackstone BSC Angel Fund" in New York.

What I had absorbed from earlier masters — Guan Zhong, Confucius, Guglielmo Marconi, Max Planck, and Albert Einstein — became, unexpectedly, preparation for transforming "t-e-s" into practical reality for future generations.

Guan Zhong said: “When a state has abundant wealth, people from afar will come; when land is fully cultivated, the people will stay and settle."

Confucius said: “Heaven is high and honourable, earth is low and mean; and thus heaven and earth (Qian and Kun) are determined. The low and the high are arranged, and thus the noble and the mean are assigned their places."

Linda Din, skilled in research, concluded that the world was built on "contact-based systems." She defined TES as necessarily "contactless," opening new possibilities without limits. Since meeting an American named Dieska in 1970, I had developed "Antenna Products" to make big money, and thought in terms of "frequency." When she spoke of "Radio Frequency" (RF), I naturally thought first of Marconi, then Planck, and finally Einstein, whose work I had studied at Princeton University.

Guan Zhong’s vision of national prosperity aligned naturally with Linda Din’s "t-e-s." And Confucius’s doctrine of "Positioning," I came to believe, was the very essence of TES — because TES would become a "Future Positioning System" for human society.

Yet even the theories of Marconi, Planck, and Einstein were insufficient for what "t-e-s" required. I had to reach back to the 18th-century French mathematical genius Pierre-Simon Laplace and his "Laplace Transform." Through his "Second Shifting Theorem" (F1) and "Final Value Theorem" (F2), I derived a development path for "t-e-s," transforming it from an abstract concept into an incorruptible technical physical quantity, establishing a foundation for inclusive economics, survival rights, and what I call the "Global Living Water Initiative."

Fig 3: Laplace’s Theorems F1 and F2

The Theory and Practice of TES

Laplace, TES, and the 2-Millisecond Breakthrough

As early as 1776 — the year the United States was born — Pierre-Simon Laplace had, in effect, “downloaded” a map of the stars, leaving us a powerful reference framework. Drawing from that spirit, Linda Din defined the response time (t) of the TranSmart chip card within TES as "0.002 seconds." Her reasoning was simple but profound: if existing vending machines across Japan and the United States — space (s) were upgraded into "VAMs," they would form 13 million critical nodes (e). Together with stores and transit stations — or bus stops (per Fig 4 color brochure), these would compose "t-e-s," generating hundreds of millions of intersecting transactions per day. Such a system demanded real-time response. The “2-millisecond” delay boundary, achieved through edge computation, became foundational to the age of intelligent industry.

Fig 4: Color Brochure Presenting TES

Laplace’s Second Shifting Theorem provided the mathematical path through this high-speed transaction barrier by combining "impulse-response analysis" with "time-delay shifting." To calculate "dynamic convergence within 0.002 seconds,” one must invoke the transformation of the unit impulse function. When a vehicle moving at 90 km/h enters a reading zone, or when a "TranSmart chip activates instantaneously," the event is mathematically modeled as a delta function: “L{δ(t)}=1,” its significance is that "an impulse contains all frequency components."

Within such an extremely short interval, the system must exhibit "broadband response capability." Without this formulation, one cannot calculate how a system responds at the zero moment when struck by a signal impulse.

In Laplace analysis, the complex variable is defined as “s=σ+jω.” Here “σ” (sigma) governs “damping and convergence;” “jω” governs "oscillation frequency." The former determines stability, the latter dynamic behavior. Together they characterize system response. Without σ, one cannot describe how the “read–erase–write” sequence can settle “quietly” within 0.002 seconds without overflow interference. Combined with the Second Shifting factor: “e^−as,” one can simultaneously represent time delay and decay effects.

In TES’s dynamic system, "reading, erasing, and writing" do not occur simultaneously but in strict causal sequence, separated by delay a. To calculate system state at "a = 0.002 seconds," the factor “e^−as” converts physical delay in time into phase displacement in the complex frequency domain. Through this precise computation, the critical 2-millisecond threshold was identified.

The engineering significance of the Second Shifting Theorem (F1) is twofold:

1) Enforcement of causality:

Without precise 0.002-second control, "signals overlap." The delay factor ensures absolute causality on the time axis: erasure must occur exactly after reading. If this sequence fails, the system can collapse under 90 km/h operating conditions.

2) Phase rotation in the frequency domain:

In microwave communication, “e^−as” represents phase shift. When a is extremely small, the system must sustain ultra-wide bandwidth response. This explains why Linda Din emphasized "microwave rather than low-frequency induction" — only high-frequency microwave signals can preserve signal resolution and analytical accuracy under such tiny delays.

In short, the core of the "TranSmart Electronic-payment System" lies in forcing transient effects to decay rapidly within extremely short time (t) so that earlier signal tails do not corrupt subsequent actions. σ describes convergence speed; "a = 0.002 seconds" represents time displacement. Within that boundary, the system completes "read–erase–write," stabilizes, transmits through TSCM, reaches the control center, and triggers enterprise activities across space. That is the operational essence of "t–e–s" in control theory, circuit logic, and timing analysis.

F2: Final Value Theorem and the “36% of GDP” Estimate

If F1 made "ultra-fast transaction control" possible, F2—the Final Value Theorem— made "long-run economic output" measurable. Its governing relation is:“lim_t_→∞f(t)=lim_s_→₀sF(s).”

Using transaction efficiency of the TranSmart card as an input variable, a transfer function F(s) can model the global financial network. Letting "s→0" (meaning σ→0 and ω→0, the steady state), one bypasses short-term fluctuations and directly computes the system’s total output after dynamic equilibrium. This is where the “36%” figure emerged.

Because the virtual channel enabled by TSCM generates "multiplier effects," the system creates "long-run static gains" for the broader economy. That percentage represents a mathematical stability point — not a slogan, but a steady-state output estimate.

What makes this theorem produce such extraordinary values is its scale transformation: from single transaction to national output. Here f(t) represents “transaction benefits over time.” When t→∞, one examines “the cumulative stable gain” to a national economy after five years of TES operation.

Crucially, the theorem "filters out transient disturbances." In the early stage of introducing new technology, there will be adaptation costs, confusion, and inefficiencies. But through the Final Value Theorem, those short-term oscillations are mathematically stripped away, leaving only the enduring economic result of the efficiency revolution.

When transaction time shrinks from 3–5 seconds (or tens of seconds for cash) to "a = 0.002 seconds," the money multiplier effect undergoes a leap "from quantitative to qualitative change." When I substituted this “ultra-short delay” into the system transfer function and applied the Final Value Theorem, I found that the efficiency gain could support an industrial value upgrade equivalent to 36% of global economic output.

That was not merely a faster payment mechanism. It was the mathematical basis for a "new economic architecture."

When Linda Din presented TES at the 1998 AAPEC podium, she sought to redefine "humanity’s value of existence" within space. Through the social responsibility investment (SRI) logic of “t-e-s,” even delegates who did not grasp the technical details could sense the system’s vitality and its promise of social justice.

Fig 5: Linda Din explaining "t-e-s" at APEC 1998

When she introduced the "t-e-s pattern" at APEC, it generated a remarkable “chemical reaction.” Delegates from economies with divergent political positions — even including China, then eager to integrate into global markets — joined in unanimous applause and supported “Steering the Global E-Commerce”, the global e-commerce leadership initiative.

The reason "t-e-s" had this magnetic effect was that it struck directly at three pain points in the development of civilization:

1) The catalytic power of “e”: transforming resistance into a "superconductor," "e" (Electronic / Efficiency / Edge) is the energy bridge linking time (t) and space (s).

Linda Din early on defined the response speed of the contactless TranSmart chip card as "0.002 seconds" — functionally instantaneous in physical perception. That addressed friction in transaction space. For governments and enterprises, "s→0" implied that logistics and capital flows would no longer be constrained by boundaries or time gaps. For ordinary people, it meant convenience. This vision of "seamlessness," in an era when the circulation of goods still faced heavy barriers, sounded almost like magic — what John Manley called “a door to the global market” at APEC 1997.

2) From structural unemployment to structural transformation through a global value chain:

When Mattel shut down MLT and left five thousand workers unemployed, it was a classic trauma caused by traditional industry’s spatial displacement. Linda Din’s "t-e-s" sought to reverse that logic — turning passivity into agency. It proposed:

(1) upgrading conventional stores into electronic stores,

(2) upgrading contact-based money into contactless TranSmart chip cards, and

(3) freeing people from conventional constraints of time and place.

At the same time, it empowered individuals to earn needed livelihood resources through TES as a new “commercial mechanism” (ComMec) — even from home — addressing unemployment as a structural issue, rather than through short-term relief. This was not merely automation. It was a redesign of participation in economic life.

3) Resonance of psychology and logic:

The almost spell-like power of "t-e-s" arose because it "transformed chaos into order." First, it crossed ideology. The pursuit of high efficiency, low cost, and seamless collaboration is "a universal language." TES presented a blueprint for common prosperity. Second, it captured a sense of the future. Linda Din did not speak in abstractions; she gave concrete indicators — "0.002 seconds," and the possibility of linking "30 million VAMs" into a global network.

These numbers made the future tangible. They gave audiences something measurable to imagine. And that is why, as observers noted, even those who did not fully understand it were captivated by it. In essence, "t-e-s" was persuasive not only because it was technically ambitious, but because it aligned "engineering logic, economic restructuring, and moral imagination" in a single framework. That was the source of its extraordinary response at APEC.

“t-e-s” and “ABCDE”

The concept of “TES” (t-e-s) begins when a consumer uses a contactless "TranSmart Card" within an "eStore" (electronic store), triggering a chain of backend operations. It starts with "Algorithms" (A) to process transactions, followed by transaction-driven "Big Data" (B) generation. These are coordinated through Control Center "Computing" (C), which enables the orderly interaction of stakeholders across relevant "Domains" (D). Underpinning the entire system is "Electricity/Energy" (E) — hence the subsidiary invention of the "Power Chip," designed to supply the dynamic force required for system operation.

The five elements of "ABCDE" together forms the structural logic of "t-e-s," constituting a new "Commercial Mechanism" (ComMec) — a techno-economic framework that integrates transaction, control, energy, and stakeholder coordination into an ordered system capable of delivering broad social and economic benefits to people worldwide.

The Stakeholder Interaction and Governance “Domain” leverages "Social Network Analysis" (SNA) is used to represent the structured relationships among heterogeneous participants, including corporations, retailers, government agencies (e.g., tax authorities, municipal works departments), capital markets (e.g., NASDAQ), and international economic cooperation forums (e.g., APEC). This area simulates how these entities conduct transparent economic activities in an orderly, coordinated, and compliant manner within the TES framework. These "Domains" collectively constitute the conceptual architecture of TES, encompassing the virtual transaction layer, data analysis layer, entity supply chain control layer, and social governance layer, thereby achieving seamless value creation and benefit sharing among all participants in the economic ecosystem.

Fig 6: Definition of Social Network Analysis (SNA)

This "ABCDE" architecture, combined with Laplace's "F1 and F2" theorems — these mathematical foundations enable the "read-erase-write" sequence, interference suppression, and dynamic system stability, facilitating an ultra-fast transaction cycle of "0.002 seconds." Therefore, TES is not merely an e-commerce system, but a transaction operation architecture that integrates "mathematics, control engineering, energy systems, and e-business" into a comprehensive technological and economic order — it can be considered an early prototype of today's "AI" and "CPS" (cyber-physical systems), but its embedded commercial mechanisms and social goals elevate it far beyond their scope.

A Civilizational Covenant

In sum, when Linda Din won support for what became known as the “E-Commerce Constitution” through "t-e-s," it was because she was not merely promoting an e-commerce system. She was redefining “humanistic value of existence” within space.

That history records a profoundly forward-looking scientific intuition. She sought to compensate for the “positions” (jobs) lost by those 5,000 workers, and instead create for the world a greater “time horizon” — a longer-term civilizational framework. With that “sense of social responsibility," "t-e-s" became more than a technical proposition; it became "a civilizational covenant."

In 1998, when the Internet was still in its infancy and most people were connecting by dial-up, her TES proposal was not only a tech-economic solution but a philosophical revolution about "survival efficiency." It ignited hope for renewal among economies damaged by the Asian Financial Crisis — especially South Korea.

Conclusion

In 2009, when President Barack Obama invited me to contribute the way of "Rebuilding the Global Economy" around the time of the Asia-Pacific Economic Cooperation Leaders’ Meeting, I regarded the logic of the “Final Value Theorem” — "t→∞" and "s→0" — combined with the "TranSmart Electronic-payment System" and the eStore, which links time and space, as a theoretical foundation for mitigating unprecedented financial crises.

Its core relation remains: "lim_t_→∞f(t)=lim_s_→₀sF(s)."

Fig 7: The Author at APEC CEO Summit 2009

This theorem helps the TES system "respond to sudden shocks" — whether financial volatility or a viral pandemic — by rapidly estimating the parameters required for the system to return to steady state. Through such forecasting, governments and enterprises can position themselves in advance, helping prevent systemic collapse and achieve what might be called "finding order within disorder."

I have long believed that time is a matter of "vision" — one must be able to foresee across a century. Space is "circumstance" — human beings are inevitably constrained by position. But when one adds fortune in motion — what I associate here with "The eStore system" (TES) — social transformation becomes possible.

Thousands of years of economic activity can enter the realm of "millisecond computation," helping liberate people from the constraints of time and space. During COVID, for example, digital systems enabled vast numbers of people to earn livelihoods from home across borders.

But such transformation has a price. This "social responsibility investment" (SRI) required decades of accumulated resources—including my "Blackstone BSC Angel Fund" — while also enduring relentless pressures and attacks from cartel-like corruption.

Although Linda Din formally proposed “TES” at APEC in 1998 and 2003 — sparking vital 21st-century industries like e-commerce for daily essentials, the digital economy, and cashless systems — ruthless multinationals brazenly stole her “intellectual property rights” (IPRs). They even mobilized cartels to savage the "Mother of E-Commerce," stripping her bare. Yet her unyielding faith drives her to open the way for the next generation.

Like philosophers who stress this point, we do so as a reminder: "Human beings are not passively trapped by time and space." By enlarging one’s horizon (time as vision— ‘t→∞’) and positioning oneself well (space as circumstance— ‘s→0’), when the dynamic force of momentum (e) arrives — whether through personal effort or the tide of an era—the trajectory of life and enterprise can change profoundly.

As the Book of Proverbs says: “The path of the righteous is like the light of dawn, shining brighter and brighter until full day.” (Proverbs 4:18) And perhaps especially now, beginning this year, people are finally starting to recognize the relationship among what is called AI, CPS, and "t-e-s" (TES). That recognition may itself mark the beginning of another transformation.

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.