Project Cybersyn (a cybernetic utopia)

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Clarification activity	Utopias and the Information Society
Author(s)	Felix Ziepl, José María Díaz Nafría
Creation date	Jun 2022
Status	🔵 Ready to publish

Review comments: This article requires the following improvements: Though the current content is appropriate to learn about Cybersyn project, some important mechanisms remain unexplained. In particular, the algedonic alerting system and System 3* (S3*) should be briefly introduced due to their relevance for understanding subsidiarity, auditing, and surveillance within the VSM. The algedonic mechanism is philosophically significant because it explains how only critical disturbances propagate upward through the system, analogously to pain and pleasure regulation in living beings. These aspects are also important to distinguish Cybersyn from centralised big-data approaches. In this respect, Díaz-Nafría’s work on Cybersubsidiarity argues that a key indicator of subsidiarity is the comparatively small amount of information uplifted to higher organisational levels. If anyone is interested in further elaborating on these or other aspects, we'll be pleased to open the proposal for further development.

Project Cybersyn was an ambitious cybernetic experiment developed in Chile between 1971 and 1973 under the government of Salvador Allende and designed by Stafford Beer. Conceived as a cybernetic utopia for the information society, the project sought to use real-time communication networks, feedback mechanisms, and distributed decision-making to coordinate the nationalized economy while preserving autonomy and democratic participation. Combining elements of socialism, cybernetics, and technological utopianism, Cybersyn embodied the aspiration that advanced information systems could enable a more rational, participatory, and socially just organization of society. Central to this vision were the principles of subsidiarity and recursiveness, through which Cybersyn attempted to distribute organizational complexity across multiple levels, fostering decentralization, local autonomy, and individual freedom instead of concentrating control within a single central authority.

Historical context

In the year of 1970 the socialist Salvador Allende was elected as the new President of Chile with only a slight lead. His Goal was to eliminate the social inequality which was increasing extremely at that time and in the process create a new kind of socialism, different from that of the already existed like in the Soviet Union. When Allende was elected, Chile was not in a very good State: out of 10 million inhabitants, 1.5 million children were considered malnourished, 500,000 families were homeless, and unemployment was 8.8%. Land ownership was concentrated among a small upper class: 80% of the land was in the hands of 4.2% of the landowners. To reach his goal Allende´s economic policy was the nationalization of mineral resources without compensation, the expropriation of large foreign companies, the banks, and an agrarian reform in which 20,000 km² of land was handed over from large landowners to farmers. With this large changes, he wanted to make Chile more independent from the rest of the world, especially from the USA. In 1971 he also nationalized the Coal mining and the textile industry and last but not least he nationalized the Copper mining parts, which were at this time mainly in American hand. But with this massive nationalization of the Chilean economy, they had a problem, they did not know how to transform this complex industry into an effective planned economy. For this reason, "an innovative system of cybernetic information management and transfer has been developed" with the name “Cybersyn-Project”.

Cybernetics

To give a short definition of Cybernetics and Management Cybernetics in order to help understanding the subject. The core concept of cybernetics is circular causality or feedback—where the observed outcomes of actions are taken as inputs for further action in ways that support the pursuit and maintenance of particular conditions, or their disruption (s. Feedback and Cybernetics in gB). Stafford Beer defined management cybernetics as the application of cybernetics to management and organizations (s. Management Cybernetics in IESC).

Cybersyn-Project

When Chile nationalised most of the country’s economy and didn’t knew how this complex state industry can be effectively steered the Head of the Economic Development Authority Fernando Flores feared, that the economy of Chile could collapse, and his country would sink into Chaos. But Flores had an idea on how to deal with this Problem. He wanted to use a new science which became popular around World War 2, called cybernetics. To implement this new technology Fernando Flores seeks help by Stafford Beer. Stafford Beer is an internationally renowned management consultant and founder of management cybernetics. With his new technic he had earned a fortune. When Flores hopes that with cybernetics, they could face the upcoming problem which Chiles economy was facing. Stafford Beer was thrilled by the chance to test his ideas in real life on such a big scale. In 1971 they started the work on project Cybersyn. At first Stafford Beer made a cybernetic model of Chiles economy. This should show how all the different parts of the economy were connected within a lager System. They also wanted that the different parts were able to communicate easily with each other. They thought that computers were the best way to deal with this issue.

Figure 1: Viable System Model (source: WIkiMedia)

Foundations

The Viable System Model

As a basic idea for the Cybersyn project is the idea of the Viable System Model (VSM) which has been developed by Beer´s “THE BRAIN OF THE FIRM” (the model is described in IESC under the voice Viable System). The Viable System Model is a model of the organizational structure of any viable or autonomous system. A viable system is any system organized in such a way as to meet the demands of surviving in the changing environment. One of the prime features of systems that survive is that they are adaptable. According to Stafford Beer, this Model has 5 Levels which are existing in every Organization and in every organism.

The first 3 levels (1-3) of this Model are responsible for the operations of the day. Level 4 is looking for response to external and future demands. System 5 deals with maintaining the balance between systems 1-3 and 4 and thus give policy directives which maintain the organization as a viable entity.

If we take a closer look to this model:

• System 1 (S1) is responsible for the production and is the operative unit. It provides the information about the input and output operations of the process based on the production system and local environmental information. A crucial aspect of the VSM is that S1 are composed of VSM themselves, as discussed below.
• System 2 (S2) is containing the information channels and is coordinating the information flow of the primary activities in System 1 so that they can communicate between each other.
• System 3 (S3) represents the structures and internal controls to set the rules, resources, and responsibilities of system 1. It carries out the strategic planning of the “here and now” and establishes the interaction with Systems 4 and 5, which are oriented toward future adaptation and long-term policy.
• System 4 (S4) is made up of bodies that are responsible for looking outwards to the environment to monitor how the organization needs to adapt to remain viable and makes forward planning.
• Finally, system 5 (S5) stablishes the policy and identity of the system as a whole. As the highest decision-making level, it intervenes when Systems 3 and 4 cannot agree on a common course of action, providing the final decision. However, when Systems 3 and 4 remain in balance and their decisions are compatible with the overall identity and objectives of the system, there is normally no need for System 5 to intervene.

The Preservation of Autonomy and Freedom through Subsidiarity

One of the most remarkable aspects of the Cybersyn project was that, despite relying on a centralized communication infrastructure, it was not designed as a system of total control. On the contrary, Stafford Beer conceived it as a cybernetic architecture aimed at preserving autonomy and freedom through the principle of subsidiarity. In this model, information only flows upward when a problem cannot be solved at the lower organizational level where it emerges.

Beer often compared this structure to the functioning of biological organisms. Just as the human nervous system is not continuously informed about the countless regulatory processes taking place at the cellular level, higher organizational levels in Cybersyn were not meant to interfere with operations that could already be handled locally. Our conscious attention is not disturbed by the constant regulation of heartbeat, digestion, or cellular metabolism because these functions are autonomously solved within lower subsystems. Likewise, workers and local production units within Cybersyn were expected to act largely by themselves, without permanent supervision from higher authorities. Only unresolved disturbances or exceptional situations would propagate upward through the system.

This organizational logic allowed the operators in the decision-making at the highest organisational level (s. Opsroom below) to focus exclusively on strategic and systemic questions affecting the highest organizational level, rather than micromanaging everyday productive activities. Complexity was therefore distributed across multiple recursive layers, each responsible for absorbing the variety of problems corresponding to its own operational scale. The regulatory information cycle was effectively “closed” at the level where the issue could be solved, minimizing unnecessary intervention from above.

The model relied on two fundamental principles emphasized by Beer: (i) Ashby’s Law of Requisite Variety and (ii) the principle of recursiveness. According to Ashby’s law, the internal regulatory capacity of a system must be sufficiently complex to cope with the complexity of its environment. Consequently, each operational unit (System 1 in the Viable System Model) required enough autonomy and flexibility to manage its own domain effectively. Only the residual complexity that could not be absorbed locally would be escalated to higher coordinating levels (s. IESC' article on the Law of Requisite Variety).

Figure 2: Levels of the Cybersyn system, from the worker to the whole nation (Source: Medina 2008).

The principle of recursiveness complements this idea by reproducing the same viable organizational structure at different scales. Every subsystem contains within itself another viable system, while simultaneously being part of a larger one. In this way, organizational complexity can be distributed instead of concentrated in a single central authority. Downward, this recursive structure reaches the level of the individual human agent as the basic unit of sustainability; upward, it remains in principle unbounded. Díaz-Nafría symbolically expresses the recursive structure of the Viable System Model (VSM) as:

$\mathrm{V}\mathrm{S}\mathrm{M}\stackrel{\mathrm{d}\mathrm{e}\mathrm{f}}{=}\{S_1,M\}\text{with}{S}_1\stackrel{\mathrm{d}\mathrm{e}\mathrm{f}}{=}\mathrm{V}\mathrm{S}\mathrm{M}\wedge M\stackrel{\mathrm{d}\mathrm{e}\mathrm{f}}{=}\{S_2,S_3,S_3^{*},S_4,S_5\}$

Where $S_i$are the systems 1 to 5 defined above.

In virtue of the principle of recursiveness, Cybersyn envisioned up to twelve interconnected levels of coordination encompassing not only economic activities but the organization of society as a whole. This recursive structure aimed to preserve autonomy, participation, and self-regulation at every scale, from the individual citizen or worker to the democratic decision-making processes concerning the entire nation, as illustrated in Fig. 2.

This cybernetic conception sharply contrasts with dystopian visions of centralized technological domination. Rather than maximizing surveillance and top-down control, Cybersyn attempted to design a system in which information processing enhanced collective coordination while preserving local autonomy. This aspect strongly convinced Salvador Allende to support the project, as he regarded it as a means of strengthening democracy through subsidiarity, participation, and decentralized decision-making rather than undermining them.

Project deployment

How to make it happen

Stafford Beer and his Team had to face many problems, because it was 1970 and so they only were able to get on computer for the whole project. Their Solution was to use telex Machines which related to the phone line to do the job. By doing this, they were able to communicate with each other. According to Eden Medina Project Cybersyn basically consisted of four small Projects. These are Cybernet, Cyberstride, Checo and the Opsroom.

Cybernet: Cybernet was the information Network, which was set up to communicate between the companies and the Government. Therefore, they expanded the telex network to include all the nationalized firms so that they created a national communication network. Actually, this was supposed to be a tool for real-time economic control, but in reality, each company could only transfer data once a day. Then it was processed by a team of engineers and subsequently sent to the operations rooms. Where it was processed and after that it was send back to the ECOM from where the information was sent to the companies.

Cyberstride: This is the name of the Software design of the Cybersyn Project. Its function was to process incoming information from the companies and turn it into predefined variables. Information was transmitted and received by Telex machines and processed by an IBM 360 computer . Thy wanted the information which thy sent to the Ops room to be easy to understand. They created Members of the Cyberstride team created ‘quantitative flow charts of activities within each enterprise that would highlight all important activities’, including a parameter for ‘social unease . The software was also able to predict production trend by looking into historical data and thereby prevent problems before they even began. If such a Problem occurred, the Manager of the affected firm was informed so they could deal with the issue.

Checo: This stands for Chilean Economy and its main course was to make models of the Chilean Economy and simulations about its future behavior. The simulation program used the DYNAMO compiler developed by MIT Professor Jay Forrester. This Data appeared on the so-called Future Screen in the control room. It was used as a tool to make medium- and long-term decisions. The big breakthrough came when they found a way to establish a real time communications system, transcending the time problem established by exposure to the teletypes.

Figure 3: Cybersyn's operations room, called "opsroom" (source: WikiMedia).

Opsroom: This operation room was the physical interface of the Cybersyn Project. The hexagonal room included seven Chairs, which had a cup holder for a glass of whiskey and several buttons which were connected with the monitors (s. Fig. 3). At the Walls these monitors were showing the collected data from the nationalized companies. In the Opsroom, all industries were homogenized by a uniform system of iconic representation, meant to facilitate the maximum extraction of information by an individual with a minimal amount of scientific training. Sadly, this futuristic Room never came into action.

The first test for the System

In October 1972 the Cybersyn project had to take its first test. The country faced a big crisis which was initiated by the USA. The USA didn’t want a socialist state in Latin America while the cold war was at its peak. Therefore, the CIA organized a truck Strike in Chile, which in a country with a length of 4,270 km makes it very difficult to send supplies from one end to the other. This strike threatens the survival of the government, so despite that the project wasn’t finished, they decided to use the already existing Cybernet System. With the help of that System, they managed to get the food supplies where they were needed the most with the few remaining government loyal truck drivers. This proved the great success and functionality of the project, even though it was not fully operational. Stafford Beer became more and more concerned about the risk of Cybersyn as it grew beyond its original goals of economic regulation and expanded to political-structural transformation. He feared that Cybersyn could prove dangerous if only individual parts of it were used and if it was not yet completed. Because if the invention is dismantled and the tools used are not the tools we made, they could become instruments of oppression.

The end of Project Cybersyn

Unfortunately, with help from the USA or to be more specific from the CIA, who does not want to tolerate socialist success, the political right wing in Chile was gaining more and more power. In the following the right wing openly plans to overthrow the government. On September 9, 1973, Allende personally orders The Operations Room to be moved from Cybersyn to the Presidential Palace. Two days later, General Pinochet and his allies bomb the palace. They overthrow Allende and end the experiment of democratic socialism. Project Cybersyn is destroyed . 17 years of dictatorship begin for Chile in which many people died or went missing. Allende took his own live on the day the presidential palace was bombed, and Flores was imprisoned.

Conclusion

If we look back into the history of utopian thought, several earlier projects and imaginaries resemble aspects of the Cybersyn project. Adolphe Quetelet, for example, attempted to use statistical methods to determine social needs and inequalities in order to improve society through rational coordination. This resembles Cybersyn’s attempt to coordinate nationalized industries through continuous informational feedback about production, resources, and social demand. Similarly, Francis Bacon’s New Atlantis (1626) describes the “House of Salomon,” an institution devoted to the collection, analysis, and application of knowledge for the benefit of society. In this respect, the Opsroom of Cybersyn can be understood as a modern cybernetic counterpart: a space where information was synthesized in order to support collective decision-making. Comparable ambitions can also be found in Herman Hollerith’s mechanized systems of data collection and processing, although implemented through much earlier technologies.

At first sight, Cybersyn may appear close to dystopian imaginaries of centralized technological control. Stafford Beer himself was aware of this danger and repeatedly warned that cybernetic tools could become instruments of oppression if detached from their original democratic purpose. Yet, interestingly, the preservation of liberty was also a central concern for Salvador Allende. Rather than conceiving Cybersyn as a mechanism for authoritarian centralization, Allende became enthusiastic about the project precisely when he realized that its architecture was designed to preserve autonomy through subsidiarity, recursive organization, and local self-regulation. Higher levels of coordination were only intended to intervene when lower levels were unable to solve a problem themselves. In this sense, Cybersyn sharply contrasts with dystopian visions such as Aldous Huxley’s Brave New World, where social order is maintained through rigid hierarchy and psychological conditioning. Instead of reducing individuals to passive components of a system, Cybersyn sought—at least in principle—to combine large-scale economic coordination with democratic participation and organizational freedom.

Nevertheless, the project also reveals a fundamental ambivalence characteristic of many cyberutopian visions. The same informational infrastructures capable of enabling cooperation, coordination, and participatory planning can also facilitate surveillance, concentration of power, and technocratic domination under different political conditions and different system settings. Yet such a perversion of Cybersyn would ultimately undermine the very principles upon which the project was founded, namely subsidiarity, recursive self-regulation, local autonomy, and democratic participation. Cybersyn therefore remains historically fascinating not only because of what it achieved, but because it embodied an alternative technological imagination: one in which digital networks and cybernetic systems were not primarily conceived as instruments of market optimization or authoritarian control, but as possible foundations for a more democratic and participatory society.

Although the project was abruptly interrupted by the military coup of 1973, its ideas remain remarkably relevant today. Contemporary developments in artificial intelligence, real-time data processing, and networked communication have made many of Cybersyn’s technological ambitions far more feasible than they were in the early 1970s. The project therefore continues to raise a crucial philosophical and political question for the information society: can advanced systems of technological coordination be designed in ways that genuinely enhance collective autonomy and democratic participation, rather than undermining them?