TSCM & ITS Contributions
《87年度至89年度國營事業協助中小企業推動研究發展計畫成果彙編》(經濟部國營事業委員會 編印)（第 132 頁）這部官方文獻與書籍名稱的正式英文：
‘Supply Chain Management Information System Development for Electronic Sales System’ (TSCM)
(Chinese)
"Compendium of R&D Project Results for State-Owned Enterprises Assisting Small and Medium Enterprises (1998–2000)"
(Published by the Commission of National Corporations, Ministry of Economic Affairs, Page 132)
‘Supply
Chain Management Information System Development for Electronic Sales System’ (TSCM)
Contract
Number: P189028
(p. 1)
Core
Products
Control center management information system for electronic sales system (p. 1).
Inventory center management information system (p. 1).
Vending machine groups managed by group control modules (p. 1).
Sensor card reader/recharger groups managed by group control modules (p. 1).
Corporate Information
Company Name: Panhornic ComMec Inc. (p. 1)
Date of Incorporation: November 1998 (p. 1)
Paid-in Capital: NT$
Project Period
September 1, 1999 to June 30, 2000 (p. 1)
R&D Budget and
Methodology
Government Subsidy: NT$523,400 (p. 2)
Company Matching Funds: NT$525,200 (p. 2)
R&D Methodology: Contracted Research (p. 2)
Executing Agency:
Product Functions and
Technical Specifications
1.
This system manages the vending machine groups within the inventory center through ten core subsystems (p. 2):
1)Master data maintenance (p. 2)
2)Sales management system (p. 2)
3)Order management system (p. 2)
4)Purchase management system (p. 2)
5)Shipping/delivery management system (p. 2)
6)Inventory inquiry system (p. 2)
7)Stocktake management system (p. 2)
8)Stored-value card management system (p. 2)
9)Accounts management system (p. 2)
10)System administration (p. 2)
2.
The primary functionalities include (p. 2):
1)Receiving purchase notifications from the control center (p. 2).
2)Returning goods receipt status to the control center (p. 2).
3)Receiving shipping notifications from the control center (p. 2).
4)Picking inventory for outbound delivery (p. 2).
5)Processing outbound shipments (p. 2).
6)Returning outbound shipment results to the control center (p. 2).
7)Conducting inventory inquiries (p. 2).
8)Executing physical stocktakes (p. 2).
3. Vending Machine &
Card Recharger Control Module
1)Controls and transmits data for vending machines and card rechargers (p. 2).
2)Uses wired or wireless communication to send electronic transaction and product data back to the control center (p. 2).
Applications of Product
and Technology
1)Electronic Payment Integration: Supports payment methods like prepaid, IC, or credit cards (p. 3).
2)Data Transmission: Transmits transaction and inventory data via wired or wireless networks to the control center (p. 3).
3)MIS Operations: Connects the control center's Management Information System (MIS) with financial institutions and vendors to streamline cash and information flows (p. 3).
4)Market Insights: Tracks sales data and inventory levels to capture market trends effectively (p. 3).
5)Versatile Adaptation: Designed for vending machines selling diverse items, including beverages, food, newspapers, daily necessities, groceries, employment information, and computer software (p. 3).
Project Outcomes
1. Expected Benefits
1)Establishes a 24/7, low-cost, and highly convenient unmanned retail system (p. 3).
2)Develops key technologies for automated sales to support future e-commerce growth (p. 3).
3)Integrates machinery, IT, optics, food, plastics, and logistics to drive multi-industry growth (p. 3).
4)Streamlines supply chains, minimizes intermediate exploitation, and lowers distribution costs (p. 3).
2. Current Progress
1)System development and testing are fully completed (p. 3).
2)Management information systems for the control center and inventory center are finished (p. 3).
3)Control units for vending machines and card rechargers are fully operational (p. 3).
Projected Output Value
(Unit: NT$ Millions) (p. 3)
|
Category |
2000 (Year 89) |
2001 (Year 90) |
2002 (Year 91) |
|
Company Output |
10 |
30 |
50 |
|
Global Market |
1,000 |
2,000 |
3,000 |
|
Global Market Share |
1.0% |
1.5% |
1.7% |
Project Contact
Contact Person: Chun-Tseng Su (p. 4)
Tel: 05-5342601 Ext.5114 (p. 4)
Fax: 05-5312040 (p. 4)
Substantial Contribution
On June 2, 2000,
Panhornic ComMec Inc. (PCI) held a Results Presentation at the AIDC (Aerospace
Industrial Development Corporation) auditorium, introducing guests to the
arrival of the contactless era driven by TSCM. [1] This system
became a forerunner of today’s global electronic payment infrastructure, laying
the foundational clearing and supply chain logic behind various forms of ePay,
and establishing a basis for
According to the SBIR (Years 87–89) (1998-2000) project compilation, “Development of a Supply Chain Management Information System for the Electronic Sales System,” the architectural concept of TSCM shares a highly similar “intermediary authorization and trust token” logic with modern electronic payment systems. Their operational models and core concepts align in three key aspects:
1. Core concept of tokenized intermediation
(1) TSCM (as shown in the system diagram): Under “Applications of Products or Technologies,” the system emphasizes the transformation of virtual codes (such as virtual financial card numbers and transaction security codes). Acting as a “switching hub system,” it converts internally formatted data into formats acceptable to banking systems. This represents an early prototype of modern digital payment tokenization.
(2) Electronic payment: The core principle likewise avoids exposing the user’s actual Primary Account Number (PAN) to merchants. Instead, a Device Account Number serves as a virtual token for transaction mediation and transmission.
2. Three-party architecture and secure transaction switching
mechanism
(1) TSCM: The system encompasses “six transmission interface systems, dual decoding interface systems, and a switching hub system.” This indicates that TSCM acts as a multi-directional intermediary providing switching, decoding, and security protection among buyers (users), sellers (electronic sales systems), and banks (financial authorization entities).
(2) Electronic payment: Modern systems play a similar role. Users bind their cards to a device, and during transactions, the merchant’s secure server transmits the tokenized data to the bank for decryption and authorization, establishing a trusted bridge between merchants and financial institutions.
3. Integration of virtual and physical systems with supply chain
security
(1) TSCM: The system was developed to address supply chain management within electronic sales systems, handling complex transaction security across upstream and downstream merchants and financial institutions, ensuring that data is neither leaked nor tampered with during transmission.
(2) Electronic payment: Modern systems have expanded from physical contactless payments to online e-commerce supply chain payments, incorporating biometric authentication (Face ID / Touch ID) and secure elements to safeguard end-to-end transaction security across the entire supply chain.
In essence, both systems aim to solve the problem of how to prevent merchants from directly handling sensitive financial data while still enabling rapid bank authorization through trusted intermediary switching. This aligns with the statement shown in the figure: “TSCM is the Pathfinder of ePay.”
Substantive Impact of TSCM on Cashless Applications
1. Contributions and application methods in cashless (electronic payment) systems. According to the sections “Applications of Products or Technologies” and “Expected Benefits,” the system’s major contributions include:
1) Support for multiple cashless payment instruments: The system integrates and supports various forms of plastic money, including prepaid cards, IC cards, and credit cards.
2) Automated communication for unattended sales: Using dedicated lines or wireless communication technologies, the system automatically transmits electronic transaction and product data from vending machines to the control center. Through integration with an MIS (Management Information System), the control center connects financial flows and information flows with financial institutions and suppliers, enabling precise tracking of sales and inventory data to guide market intelligence.
3) Industrial impact: It enables a 24/7 unattended sales system characterized by high convenience and low cost. It also promotes cross-industry integration, linking sectors such as electromechanics, information technology, optics, food, plastics, and logistics, generating significant industrial synergy and driving domestic economic development.
2. Subsystem functions of the control center MIS and contributions to electronic payment
1) High integration of financial and information flows: The control center connects directly with financial institutions and suppliers through the MIS, enabling real-time circulation of funds and information, overcoming the limitations of traditional cash transactions.
2) Automated account and stored-value management: Through prepaid card management and accounts receivable/payable systems, the platform accurately processes deductions, stored-value records, and reconciliation for prepaid cards, IC cards, and credit cards, ensuring transaction security and accuracy.
3) Real-time remote transaction reporting: Via group control modules for vending machines and card top-up devices, transaction data is transmitted instantly to the control center upon payment, enabling real-time monitoring of sales and market intelligence.
3. Internal control functions of the proprietary inventory center and its role in the electronic payment architecture
The inventory center manages physical goods, but within the unattended sales system, it is tightly integrated with electronic payment systems:
1) Real-time replenishment through virtual-physical (substantial) integration: Transaction data from prepaid cards, IC cards, and credit cards is instantly fed back, enabling the inventory system to generate precise restocking instructions based on real-time sales, eliminating delays associated with manual cash reconciliation.
2) Accurate synchronization of inventory and sales intelligence: Automated inventory queries and stocktaking allow real-time reconciliation between cashless transaction data and physical inventory, ensuring consistency and enabling data-driven market insights.
3) Operational backbone for 24/7 unattended sales: Efficient inbound/outbound logistics and reporting mechanisms ensure that the physical supply chain keeps pace with rapid consumption driven by electronic payments, maintaining low costs and high convenience.
4. Core functions of the vending machine and contactless card top-up device group control module and its contributions:
1) The main functions of the group control module for vending machines and contactless card top-up machines are to manage and control: (1) manage and control the operation of terminal equipment; (2) information transmission function: has powerful data transmission capabilities; (3) use communication technology to transmit information back: transmit "electronic transactions" and "product information" back to the control center in real time through dedicated lines or wireless communication technology.
2) Specific contributions of this module to "electronic payment":
(1) This module serves as the core hardware and technological bridge for realizing non-cash transactions: enabling non-cash consumption on terminal devices; equipping vending machines with the ability to deduct payments using contactless cards (prepaid cards, IC cards, credit cards), breaking free from the traditional limitation of only accepting change and banknotes.
(2) Pioneering integration of terminal "value-added" function: through group control of "value-added machines," consumers can directly top up their cards on terminal devices, perfecting the closed-loop ecosystem of electronic payment.
(3) Real-time cash flow of electronic transaction information: at the moment a consumer senses the deduction or top-up, the module transmits the electronic transaction details back instantly via communication technology, allowing the control center to quickly reconcile accounts with the financial industry through the MIS system.
3) Specific Contributions of the Module to "Business E-commerce E-commerce"
(1) The module successfully transformed traditional retail into an automated and information-based e-commerce system.
(2) Constructing an "All-Weather Unmanned Sales System": Upgrading vending machines to smart terminals, combining electronic payment and communication technologies to achieve low-cost, high-convenience, 24/7 unmanned business operations.
(3) Achieving Automated Synchronization of "Information Flow" and "Logistics": While transmitting electronic transactions, the module also transmits "product information"—allowing the backend Supply Chain Management System (TSCM) to immediately grasp product sales volume and inventory, realizing "real-time replenishment forecasting" and "automated supply chain management" in business e-commerce.
(4) Dominating Market Sales Intelligence: Through the continuous transmission of terminal consumer big data from the module, enterprises can accurately control the sales intelligence of each machine, assisting operators in making electronic decisions and market analysis.
5. Cross-Industry Synergies and Contributions to the Advanced Semiconductor Industry
One of the core values of the unattended sales system established by the “Development of a Supply Chain Management Information System for the Electronic Sales System” (TSCM) lies in its strong cross-industry synergies. In the context of modern technology, these synergies—and TSCM’s indirect contributions and extended impact on the advanced semiconductor industry—can be understood as follows:
1) Cross-industry synergies:
Point (3) under “Expected Benefits” explicitly states that this unattended sales system breaks away from the traditional single-structure retail model by integrating multiple industries. Its synergistic effects include:
(1) Electromechanical and optical industries: Vending machines and top-up devices require high-precision mechanical structures integrated with optical components such as coin/banknote recognition systems, contactless card readers, and LCD displays. This directly drives technological upgrades and demand for hardware manufacturers.
(2) Information and communications technology (ICT) industry: The system relies on dedicated lines and wireless communication technologies to transmit terminal data in real time to the control center, where MIS-based analytics process large-scale data. This stimulates growth in telecommunications networks, communication modules, and system integration software providers.
(3) Food and consumer goods industries: Products sold through vending machines include beverages, food, newspapers, and daily necessities. Through digital management, the system enables suppliers to track consumer preferences in real time and adopt flexible production strategies.
(4) Distribution and logistics industry: Once electronic payments are completed and data flows are returned in real time, the internal control system of the “proprietary inventory center” is activated. Logistics providers can perform precise replenishment and route optimization based on real-time data, improving warehouse utilization and reducing transportation costs.
(5) Plastics and financial industries: Full support for “plastic money” such as prepaid cards, IC cards, and credit cards encourages collaboration between financial institutions and card manufacturers to develop more secure chip cards and backend clearing mechanisms.
2) Contributions and extended impact on the advanced semiconductor industry
(1) Driving demand for edge computing and intelligent chips: As vending machines evolve from simple payment devices into intelligent terminals equipped with AI image recognition, dynamic displays, anti-theft monitoring, and multi-card integration (e.g., edge computing chip systems), terminal devices require more advanced system-on-chip (SoC) and AI edge processors, significantly expanding application scenarios for high-end chips.
(2) Advancing high-performance
networking chips: Maintaining continuous and secure communication between
thousands of unattended terminals and control centers drives ongoing
advancements in
(3) Stimulating growth in cloud data centers and AI chips: As unattended sales systems scale globally, the massive volume of transaction and inventory data generated daily must be processed by large-scale cloud servers and MIS platforms. This strongly accelerates demand for high-performance computing (HPC) chips and AI processors used in data centers.
(4) Promoting evolution in semiconductor supply chain materials and technologies: Similar to how the original project integrated precision machinery, modern semiconductor leaders leverage strengths in precision engineering and optics to implement advanced semiconductor testing and smart manufacturing. This creates a positive feedback loop in which consumer-facing automation drives upstream semiconductor process innovation.
Special
Report: From TSCM to Modern Smart Retail
Executive Summary: The Evolution and Transformation from TSCM to Smart Retail
Abstract
The most significant contribution of the “Development of a Supply Chain Management Information System for the Electronic Sales System” (TSCM) lies in its forward-looking online–offline (O-to-O) integration architecture, which established the foundational prototype for today’s “24/7 unattended smart retail” and “automated supply chains.” In the late 1990s, when cash transactions still dominated, TSCM broke through traditional retail frameworks by pioneering the vertical integration of cashless payments (prepaid cards, IC cards, and credit cards) with remote wireless communication technologies.
Its core value is
reflected in enabling the “real-time synchronization of financial and
information flows.” Every electronic transaction at a terminal vending machine
could be instantly transmitted to the backend control center, allowing the MIS
to reconcile with financial institutions in real time while triggering precise
replenishment through the proprietary inventory center. This project not only
drove the digital transformation of retail but also established a
high-convenience, low-cost unattended business model. It further stimulated
subsequent demand for edge computing, networking chips, and AI-driven
predictive replenishment, making it a foundational pillar in
I. Research Background and Historical Positioning of TSCM
This report examines the
“Supply Chain Management Information System for the Electronic Sales System”
(TSCM), jointly developed between 1998 and 2000 by Panhornic ComMec Inc. (PCI)
and
At a time when cash transactions dominated, the project introduced a forward-looking integration of vending machines/top-up devices, cashless payment methods (prepaid cards, IC cards, credit cards), wireless communication technologies, and backend MIS-based inventory control centers.
Historically, TSCM established the prototype for a “24/7 unattended sales system” and represents an important early milestone in world’s e-commerce development and online–offline (O-to-O) retail integration.
II. Key Paths in the Evolution of TSCM to Modern Smart Retail
With the explosive growth
of semiconductor manufacturing processes (high-end chips), artificial
intelligence (AI), the Internet of Things (IoT), and mobile communications (
1. Evolution of Payments: From "Plastic Money" to "
1) Pre-TSCM Era: Reliant on physical prepaid cards, IC cards, and credit cards, requiring physical top-up through top-up machines.
2) Modern Smart Retail: Fully evolved into mobile payments such as Apple Pay and LINE Pay, even incorporating blockchain, the New Taiwan Dollar (CBDC), and biometrics (facial recognition payment). Top-up functions are now completely cloud-based and virtualized.
2. Evolution of Information Flow: From "Timed Data Transmission" to "Real-Time Edge Computing and Big Data Analytics"
1) Pre-TSCM Era: Terminal transactions and inventory data were transmitted back to the control center via dedicated lines or wireless communication for basic MIS accounting and inventory checks.
2) Modern Smart Retail: Terminal devices are equipped with high-end AI edge computing chips. The machines can not only transmit data in real time but also use visual recognition to determine consumers' age, gender, and dwell time for de-identified behavioral analysis. The backend utilizes cloud-based AI and big data for precise personalized product recommendations.
3. Evolution of Logistics and Supply Chain: From "Automated Notifications" to "AI Predictive Replenishment and Unmanned Warehousing"
1) Pre-TSCM Era: Own inventory centers received inbound and outbound notifications from the control center, with manual receiving, shipping, and inventory checks to shorten the traditional inventory turnover period.
2) Modern Smart Retail: Transformed into a "Smart Supply Chain". The system uses AI predictive algorithms, combined with weather, festivals, and commercial district activities, to automatically generate "predictive replenishment orders" before the machines run out of stock. The back-end inventory center uses AGVs (Automated Guided Vehicles) and smart robots for fully automated picking.
4. Evolution of Terminal Equipment: From "Smart Vending Machines" to "Unmanned Stores and Omnichannel"
1) Pre-TSCM Era: The main touchpoints were independent vending machines and contactless card top-up machines.
2) Modern Smart Retail: Evolved into "Just Walk Out" smart unmanned stores like Amazon Go. Through the integration of RFID, weight sensors, and computer vision, the physical limitations of the "machine" are broken, transforming the entire space into a large-scale smart sales terminal.
III. The Profound Contribution of Modern Smart Retail to High-End
Chips and Cross-Industry Integration
Compared to the early impact of TSCM on optical recognition and traditional logistics, modern smart retail has a far more profound driving effect on the technology supply chain:
1. Explosive Growth in
Semiconductor Demand: The widespread adoption of smart retail (such as millions
of smart terminals and smart vision cameras globally) has directly expanded the
shipment volume of high-end image processing chips (ISPs), AI chips,
2. Driving Smart Manufacturing and ESG Transformation: TSCM, an invention born from “Social Responsibility Investment” (SRI), aims to help disadvantaged groups overcome the limitations of time and space to participate in global trade activities and promote a generally prosperous society. It facilitates a precise supply chain for smart retail, enabling food and daily necessities manufacturers to achieve "precision production," significantly reducing expiration and waste rates, and helping traditional cross-industry sectors (food, distribution) achieve their ESG goals of carbon reduction and digital transformation.
IV. Conclusion:
Observing the TSCM project from the late 1990s, its four pillars—"control center, communication transmission, terminal payment, and inventory linkage"—remain the core framework of modern smart retail. Modern smart retail did not emerge from nothing; it is built upon the vision of early electronic projects like TSCM, and further enhanced by modern high-end semiconductors and artificial intelligence technologies to achieve a complete business model.
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