(C) Dr. Chul-soo Lee

Background of the Master Plan for the Administrative Information Network and National Aspirations
The "Master Plan for the Administrative Information Network," drafted in December 1986, stands as a monumental milestone in the history of South Korea's national informatization. This plan was prepared for public presentation after extensive coordination with administrative ministries and related organizations, grounded in an official document dispatched by the Ministry of Government Administration on May 31, 1985. Although its official authorization was finalized at the Information Network Coordination Committee in April 1987, the vast majority of its core tenets had already been established in the December 1986 draft, with the exception of adding detailed plans following the decision to prioritize the National Pension scheme.

At the time, the macro-level objectives championed by the Master Plan could be summarized into three key goals: first, the "realization of a small and efficient government"; second, "enhancing citizen convenience through the equitable delivery of information across the country"; and third, "fostering the domestic information industry."

The concept of a "small and efficient government" aimed to control public servant headcounts at an optimal level, thereby easing the state's financial burden and steering healthy national development. Historically, the role of government has repeatedly expanded and contracted over time. Until the late 19th century, nations sought to minimize the government’s role under a "night-watchman state" framework, limiting duties strictly to national defense and public safety. However, passing through the Great Depression of the 1930s, the self-regulating mechanisms of the market reached their limits, prompting the rise of big government to bridge the wealth gap and expand social welfare. Subsequently, following the oil shocks and stagflation of the 1970s, the fiscal collapse of New York City, and tax revolts in California, criticisms of bloated government and rigid bureaucracy returned to the forefront. This formed the backdrop for the global shift toward small government and fiscal retrenchment in the 1980s, spearheaded by the United Kingdom and the United States.

In this context, the Administrative Information Network project established in South Korea during the 1980s aimed to lay the groundwork for forward-looking national development. It aligned with the path of developed nations that chose informatization, scientific advancement, and automation—rather than hiring more public servants—to curb organizational bloating while responding to environmental changes and rising public service demands. Bloated public organizations and the assertion of authority through new regulations only breed national inefficiency. To swiftly project rapidly changing technological trends into industry and daily life, regulations across ministries, sectors, and classes must be dismantled, and a foundation where technology, humanity, culture, and education converge must be paved.

Equitable Delivery of Information and Structural Innovation in Public Services
The second milestone of the Master Plan was the balanced delivery of information nationwide and the maximization of citizen convenience. Prior to the 1980s, the administrative environment was exceedingly underdeveloped. To issue a single copy of a resident registration certificate, citizens had to visit their local ward office in person. Service counters were perpetually congested, and there was a dark reality of customary small bribes or favors being offered to expedite public services.

It was a glaring contradiction that while the government owned and managed all citizen data, citizens were still forced to manually obtain verification documents from one government agency only to submit them to another whenever they underwent administrative procedures. The 1986 Master Plan for the Administrative Information Network was the nation's very first attempt to fundamentally eradicate this administrative irony. A fair information delivery system established through informatization was the only way to root out the corruption and impropriety stemming from administrative opacity.

Therefore, modern-day ministries steering electronic government and their affiliated organizations must not lose themselves solely in narrow technological logics; instead, they must focus on fundamental administrative reform and long-term planning. The domain of technology development should be left to professional research institutes, while the affiliated organizations planning administrative informatization should serve as policy compasses that lead the rationalization and restructuring of government organizations.

(C) Dr. Chul-soo Lee

Market Creation for Industry Promotion and Building an Independent Technological Foundation
In a situation where the government cannot directly engage in business operations, the most definitive way to foster an industry is to create an environment where entrepreneurs can freely launch businesses and conduct research. While deregulatory measures and tax incentives to stimulate investment are essential, what matters most is the "opening of sales channels" where manufactured products and services can be absorbed.

The Administrative Information Network project adhered to a strict principle of procuring domestic products for all computing machinery and equipment funded by the budget. Extensive localization measures were executed across the board, spanning not only software but also host computers, workstations (WS), communication equipment, and materials for data center construction. This acted as a massive catalyst by providing a giant public market for the domestic information industry, which was then in its infancy. Particularly in an era when the foundation of the software industry heavily relied on the computerization of government administrative tasks, the market size provided by this project was absolute.

In line with the basic direction of the National Basic Information System project, DACOM (Data Communications Corp. of Korea) was designated as the primary contractor, and domestic partner companies were selected to develop seven unit tasks. The development process was guided by the individual work plans finalized by the Administrative Network Committee, and strict standards and development methodology regulations were observed to guarantee mutual information sharing and joint utilization after system deployment.

As the main contractor, DACOM spearheaded the timely supply of host computers and workstations, as well as the construction of network infrastructures and computer rooms at the central level and across various provinces and cities. Concurrently, they managed standardization efforts, demand identification, and the streamlining of administrative processes and forms. Fostering an information industry cannot be achieved simply by generating primary demand through hardware purchases. It must be accompanied by institutional improvement, business process redesign, and the cultivation of an IT-oriented mindset among public servants through education. Attempting to run these colossal tasks simultaneously within a highly restricted timeframe of just three years and six months—at a time when no foundational infrastructure existed—was a challenge bordering on the impossible. Yet, it became the cornerstone of today's global IT powerhouse.

Distributed Database Construction and Technological Completeness of Network Design
The scope and service levels of the Administrative Information Network encompassed a vast territory, coordinating the six high-priority pilot projects and the integrated operation of pre-existing computing systems. The crux laid not in the simple installation of hardware and software, but in establishing a permanent integrated operations framework. A public-private partnership model was established, wherein the public sector proposed demands and functioned as the end-user, while a specialized company took charge of implementation and operations.

The specific application areas were systematically advanced across the following eight sub-domains:

--Analysis and redesign of current business processes
-Software advancement and database (DB) construction
-Introduction and deployment of domestic host computers
-Distribution of multi-functional office equipment (workstations)
-Installation of wide-area networks and telecommunication equipment
-Establishment of system operation and maintenance frameworks
-Restructuring of organizational design and administrative management frameworks
-Informatization education and training for public servants

The concept of integrating all government information resources into a single network to jointly share computers, communication networks, data, and expert personnel was highly revolutionary for its time. Real-time data sharing across ministries was designed to naturally dissolve administrative regulations and relieve citizens of the burden of physically issuing and submitting redundant verification papers.

Naturally, there was significant friction during implementation. Fearing that computerization would lead to staff reductions, front-line civil servants staged fierce organized resistance. It was also difficult to get them to understand the very concept of cross-ministry information sharing. However, as the integrated operation of the administrative network drastically slashed telecommunication costs and dramatically reduced processing times for tasks requiring multi-ministry cooperation (such as passport issuance), the public sector’s perception of computerization gradually improved.

To draft the Master Plan, DACOM meticulously analyzed the demand specifications submitted by the presiding ministries and drafted system baseline survey sheets. They evaluated the status of customs, economic statistics, and resident registration tasks—which were already undergoing partial computerization or pilot operations—to seek integration methods. Because the initial demand sheets submitted by ministries were insufficient for precise network design and resource estimation, the development team manually analyzed law books, administrative manuals, and delegation of authority regulations of the target tasks to bolster the planning. Even so, after the design stage, a deluge of additional requests from various ministries disrupted schedules and cost management, which later became major points of criticism during audits.

The most sensitive bone of contention was the geographical location of the databases and the configuration of the computer centers. Public registration and filing services—such as resident, real estate, and automobile records—had to be processed at the front-line agencies closest to the citizens. Considering system difficulty and operational convenience, the technologically optimal solution was to centralize computer centers at the city and provincial levels, while deploying terminals to ward, district, and local town/township offices. However, the Ministry of Home Affairs stubbornly insisted on a decentralized structure, citing administrative accountability for original ledgers and local government control, calling for distributed computer centers down to the town/township and city/provincial levels. Ultimately, after intense discussions, a phased two-stage database configuration plan was established as shown in the table below.

The specific operating entities for the transactional databases were finalized as follows: resident information at local town/township offices, real estate at ward/district offices, automobiles at city/province registration authorities, employment at local administrative offices, customs at the Korea Customs Service, and economic statistics at the Economic Planning Board.

Designing a network to support this distributed structure also required overcoming the technological limitations of the era. Since DACOM was building a 56Kbps packet-switching network across five major hubs (Seoul, Daejeon, Daegu, Gwangju, and Busan), they aimed to configure the nationwide administrative network around this backbone. The initial proposal was a highly integrated structure with only three computer centers nationwide to maximize the efficiency of administrative resources. However, after inter-ministerial negotiations, this was adjusted to a five-region computer center structure capable of mutual backup. A Central DB Center was co-located with the Seoul Center.

As for the technical connectivity, X.25 protocol was applied between wide-area nodes and center host computers, connecting to CIP via 9600bps leased lines. For regional networks, lines ranging from 2400 to 9600bps were laid from computer centers to R-PADs in medium-and-small cities, which were further connected to ward/district and town/township offices via multiplexers (MUX) using 2400bps leased lines. Under the historical constraint of a maximum available speed of only 9600bps, this was the most optimized engineering solution.

(C) Dr. Chul-soo Lee

Design Distortion Caused by Bureaucratic Egoism and the Hardships of Initial Data Input
However, this technologically optimal plan suffered distortions due to political compromise and departmental egoism. Unlike the global trend where multinational corporations like EDS or IBM in the United States outsourced information systems to maximize efficiency, domestic civil servant organizations pushed for a decentralized data center structure to preserve their positions and expand their influence. Despite countless debates within the working-level committee, no consensus was reached, and the agenda was ultimately raised to the plenary session of the Administrative Network Promotion Committee in 1988. At this meeting, despite the technological legitimacy of the professional engineers' integrated center proposal, a highly inefficient decision was made to fragment and build computer centers across 13 cities and provinces. This was the result of political collusion between the Vice Minister of the Economic Planning Board, who held the budget strings, and the Ministry of Home Affairs, which controlled regional organizations. It remains a painful scar where professional reasoning and technical rationality were sidelined by political decision-making.

The network design itself was also an uphill battle. Since this was a nationwide service running over Korea's first digital dedicated communication network, the team had to seek consultations from world-renowned scholars like Dr. Cella of Israel to secure technological reliability. Noise on the physical lines frequently prevented the systems from maintaining designated speeds, posing a constant threat to system stability.

Furthermore, unexpected and critical errors surfaced during the process of entering actual data to construct the databases:

-The contradiction of the initial design, which attempted to grant database maintenance and update authority to the central contractor rather than front-line public servants. The authority to verify and certify real-time changes arising from births, deaths, and relocations inevitably belonged to the public servants on the ground. Ultimately, the authority structure was reorganized to allow direct input at the local level based on the original ledger.
-The skill levels of the data entry personnel. Unlike other tasks, the resident registration field relied on front-line public servants across 3,500 town and township offices to input data directly. Educating individuals who did not even know how to type on a computer keyboard took an immense amount of time, and because they had to juggle this with their daily public service duties, the entry speed was abysmally slow. To make up for lost time, external professional typists were hastily deployed; however, they often struggled to decipher handwritten Chinese characters on copied paper ledgers, leading to a deluge of entry errors due to cursive handwriting. In the end, public servants had to endure massive administrative waste by cross-checking these batch-entered files against the paper ledgers letter by letter.
-The clash between the high annual resident relocation rate (which hovered around 25% at the time) and institutional time lags. Under the old analog system, where paper ledgers were mailed from the previous residence to the new residence upon relocation, an unavoidable time lag occurred between the transmission speed of the digital database and physical mail delivery. This caused a persistent data discrepancy rate of about 5%. The Ministry of Home Affairs used this discrepancy as a reason to refuse signing off on the system completion report, leading to a major breakdown in relations with the contractor. This chronic discrepancy issue was only resolved years later when paper ledgers were completely abolished and relocation filings were automatically processed in real-time within the system.

(C) Dr. Chul-soo Lee

Historical Lessons of the Administrative Network Project and Recommendations for Korea’s Future Informatization
Through its first phase of operations spanning up to 1991, the Administrative Information Network project fully laid down the infrastructure for South Korea's information society. Although the project faced trials afterward—such as the cancellation of the DACOM-led Phase 2 project due to budgeting disputes involving a "pre-investment, post-settlement" model—its legacy remains brilliant. Systems and computer centers were successfully transferred to their respective presiding ministries, and the Administrative Network Support Center was launched under the National Computerization Agency (NCA) to stabilize the maintenance framework. Furthermore, the system audit framework first introduced in this project has settled as the standard quality control process for national IT projects, ever since the first audit was conducted under the leadership of the NCA in 1987.

Beyond mere computerization, this project was a national reform initiative that built the physical foundation for enhanced public service, administrative efficiency, and a transparent governance structure impervious to corruption. However, it is a painful mistake that the spirit of integrated resource operation based on a single administrative network was dismantled from the mid-1990s onward, as the Electronic Government Act took effect and individual ministries and local governments began independently building their own networks. Even today, the bifurcation of national informatization projects between the Ministry of Science and ICT (under the Framework Act on Information and Communications Technology) and the Ministry of the Interior and Safety (under the Electronic Government Act) is a clear administrative contradiction. To eliminate redundant regulations and foster industrial synergy, these legal frameworks must be swiftly unified into a single Framework Act on Informatization.

Furthermore, there is an urgent need for a national strategy to package Korea's invaluable informatization experiences—including its failures—and export them to developing nations. In doing so, we must steer away from the practice of sending retired public servants from the public sector en masse as senior advisors. What leaders of developing nations truly want is not a sanitized, textbook success story. They seek the vivid confessions and breakthroughs of actual IT experts who bled on the front lines to correct failures. We must cultivate genuine engineers who possess both technical depth and administrative foresight into global advisory groups, thereby expanding the territory of South Korea's software industry to the world.

In the past, media features on informatization, including those by the Electronic Times (Electronic News), fell into the limitation of focusing solely on hardware dissemination and device manufacturing. However, the core of a true knowledge-based society lies in the organic convergence of software and data. Following the cancellation of the Phase 2 plan in 1991, I assumed office as the President of the National Computerization Agency in 1993, where I strongly pushed for the enactment of the "Framework Act on National Informatization" to realize the value of integration that the early administrative network project could not fully achieve. Through the passage of this legislation, the institutional framework for South Korea's national informatization was finally completed. It is my sincere hope that the spirit of challenge and technical integrity of the older generation, who built something out of nothing, will be passed down to today's young engineers to lead South Korea's new digital leap forward. [End]