Introduction

The purpose of this paper is to elaborate a comprehensive review of Stafford Beer’s lesser-known work and networks in Latin America beyond the project Cybersyn. This research is based on documents in the Stafford Beer Collection at Liverpool John Moores University (SBCLJM) as well as interviews and publications. The paper argues that although Beer’s VSM is often characterized as purely technocratic, its implementation in Latin America reveals that it was also aligned with regional aspirations for social transformation and creative liberation through the use of technology, challenging preconceived notions of where technological innovation can originate.

Stafford Beer (1926–2002) is considered one of the most influential figures in management cybernetics. He is perhaps best known for his work on project Cybersyn in Chile during Salvador Allende’s presidency (1971–1973) (Beer 1981; Pickering 2010; Medina 2011). Beer used his Viable System Model (VSM), which conceptualizes any viable or functioning system into five interconnected subsystems that allow for self-regulation, self-organization, and self-reference. The VSM, was a crucial part of the project Cybersyn which aimed to manage the nationalized industries of Chile using cybernetic principles, allowing for both central coordination and worker participation through various components, including a network of telex machines, statistical software, and an operations room.

However, apart from project Cybersyn, there is little research on Beer’s work in Latin America, including how the VSM was discussed and deployed in the different countries for which he consulted, particularly during the 1980s and 1990s. This journey can be traced back to SIGMA’s consulting projects in Chile in the 1960s, which also provided Beer with the possibility to prospect for other opportunities in Peru, Argentina, and Brazil, but with no concrete results. In the 1970s, during his time at project Cybersyn, Beer somewhat influenced another relatively unknown project in Peru, the Centre for the Study of People’s Participation (CENTRO), an initiative of the Peruvian military government, which aspired to carry out radical and profound social and economic reforms. During the 1980s and 1990s, as democracy was being reinstated in Latin American countries, Beer was called upon by governments for several consulting projects in the region. Some of the more fruitful projects were URUCIB (Uruguay Cibernético), as well as the application of the VSM in a number of state-run projects in Colombia. However, there were also less successful endeavours such as Beer’s involvement with the governments of Mexico and Venezuela. Given Stafford Beer’s affection for the region after his deep involvement in project Cybersyn, this original study aims at providing an overview of Beer’s lesser-known journeys in Latin America, including his network and collaborations. Beer’s ideas on democracy, were an integral part of his broader work in cybernetics and organizational management. Beer believed that cybernetics, and in particular the VSM model and its capacity to learn, to adapt, and to evolve, could serve as a blueprint for social relations and information flows that would ensure the greatest possible freedom for individuals, improving the functioning of democratic systems, thus making them more responsive and adaptive to the needs and desires of the citizenry (Beer 1971, 1983, 1989).

As the paper will try to illustrate, while the results were mixed, paradoxically, such systems which could have had a profound societal impact in Latin America, were promoted in the 1980s and 1990s by a technocratic and neoliberal elite that became the designers and implementers of the economic reforms that have influenced the region over the past four decades. While project Cybersyn has received significant attention in recent years in both the academia and popular media (Pickering 2010; Medina 2006, 2011, 2015; Benezra 2018; Morozov, 2014; Alvarez and Gutierrez 2022; Vehlken 2022) Beer’s broader involvement in Latin America remains largely unexplored. Our research fills this critical gap by documenting Beer’s extensive work and influence across the region, both before and after project Cybersyn. From a broader perspective, this paper contributes to ongoing discussions about the relationship between cybernetics and political transformation, complementing recent work by Srnicek and Williams (2015) and Muldoon (2022) on the political potential of technological systems. By examining how Beer’s ideas were interpreted and implemented across different political regimes, our research provides new insights into the complex relationship between cybernetic thinking, state power, social transformation, and technological implementation.

Our methodological approach follows Collingwood’s historical methodology, combining systematic evidence-based investigation with critical interpretation of multiple sources (Collingwood 2020). This research article emerged from our work as a co-editor of the Special Issue of AI & Society (Volume 37, issue 3, September 2022) on “Cybernetics in Latin America: Contexts, Developments, Perceptions and Impacts”, which provided a broad mapping of the field through 20 original contributions (Mariátegui et al. 2022a). However, it also revealed significant unexplored territories in the social history of cybernetics in Latin America, in particular, Stafford Beer’s involvement in other projects beyond project Cybersyn.

The primary evidence comes from extensive archival research conducted at the SBCLJM, complemented by materials from the Darcy and Berta Ribeiro Archive at the University of Brasilia, the International Labour Organization (ILO) Archives in Geneva, and the personal archive of Carlos de Senna Figueiredo in Rio de Janeiro, in addition to articles and publications. To enrich these documentary sources and better understand the historical actors’ reasoning and motivations, we conducted in-depth interviews with key figures involved in various cybernetic projects across Latin America, including Angela Espinosa, Víctor Ganón, Joan Garcés, Allenna Leonard, Francisco Sagasti, and Carlos de Senna Figueiredo. This multi-source approach allowed us to reconstruct a more comprehensive understanding of Beer’s involvement in Latin America. By critically analysing both archival materials and firsthand accounts, we reconstruct the complex network of relationships and initiatives that shaped the implementation of cybernetic principles across various political and social contexts throughout the region. This research methodology allows us to understand not only what happened, but the reasoning and motivations behind these historical developments.

Following this brief introduction, an account is set of the years in which Beer founded SIGMA consulting firm, and particularly their work in Chile, as well as its later unsuccessful attempts to expand operations in other countries of Latin America. Then, we will give an overview of CENTRO, a project which occurred in Peru in the 1970s – around the same time as project Cybersyn – and how Beer’s ideas on real-time enterprise information and control system were discussed. Subsequently, we will present some of the projects in which Beer was involved during the 1980s and 1990s as Latin America gradually returned to democracy and governments seek for his expert advice, namely the cases of Mexico (1982–1983), Uruguay Cibernética - URUCIB (1986–1988), Cybervenez - Cybernetic Venezuela (1989), and several projects developed in Colombia using the VSM (1993–2002). Through these cases, we will analyse how Beer’s ideas evolved from his initial focus on industrial management to addressing complex political, organisational and socio-economic challenges in the public sector as the VSM was translated and adapted to different political contexts, sometimes successfully as it was the case of Uruguay and Colombia, and other times failing as in Venezuela and Mexico (Beer 1989). This analysis will reveal how these implementations were not simply technocratic exercises but rather attempts to align cybernetic principles with Latin America’s aspirations for social transformation and creative liberation. Finally, we will conclude by giving a short overview of main ideas of the paper and a small praise to Stafford Beer and CENTRO’s founder Darcy Ribeiro.

Lastly, this paper references some key terms that need to be defined in advance in order to guide the reader, namely: cybernetics, neoliberalism, and autonomy. In this context, cybernetics represents more than just the science of control and communication; it embodies a systematic approach to organizational management that emphasizes self-regulation and feedback mechanisms, particularly as applied to social and economic systems (Beer 1959, 1972, 1981). Neoliberalism emerges as an economic doctrine promoting market deregulation and privatization, but also – as we will see later – in Latin America it became a transformative force that appropriated cybernetic principles to advance technocratic control and market efficiency, often at odds with Beer’s vision of maximizing people’s freedom (Harvey 2005). Autonomy, a central tenet in Beer’s work, refers to the capacity for decentralized decision-making and worker participation - a principle that took on different meanings as it moved from Beer’s emancipatory vision to its various implementations across Latin American contexts (Beer 1981, 1989). The tension between these concepts becomes particularly evident when examining how Beer’s VSM was adapted and implemented in different political environments throughout the region.

Origins and the SIGMA Era: Initial Steps in Latin America

Anthony Stafford Beer was born in Croydon, near London, on 25 September 1926 (Pickering 2010). Son of William John Beer, chief statistician at Lloyd’s Register of Shipping, Beer enrolled in philosophy and psychology at University College London but left the studies incomplete to join the army as a Gunner in the Royal Artillery in 1944, leaving the army with the rank of captain in 1949. In 1956 he joined Samuel Fox company in Sheffield, a subsidiary of United Steel, where he persuaded the management to setup an operational research (OR) group, which became the Department of Operations Research and Cybernetics. OR was the application of advanced analytical methods to help make better decisions and solve complex problems. Originally a war-time concept, OR became relevant for business, government, and other organizational contexts. During his time, United Steel, bought one of the first mainframe computers to be used in the private sector in Britain which run modelling simulations, pioneering on what was then called ‘management cybernetics’, a discipline that focused heavily on the application of control mechanisms within organizations (Gross 2020). Beer’s work in management cybernetics shaped business and management and made Beer relatively successful and well known (Beer 1959).

In 1961 Beer left United Steel and founded Science in General Management Limited (SIGMA) a consulting firm which specialized in analyses for the optimization of industrial operations. The main focus of SIGMA was OR, which at that time enabled companies to find practical and “scientific” solutions to several problems that were starting to occur inside organizations as these were getting more complex. As Beer mentioned, due to “the growth of new technologies, the availability of new control devices (especially computers) and the changing social situation, all propose innumerable problems to management which ought to be studied de novo” (Beer 1965). In that context, SIGMA provided services on not only OR but also Cybernetics and Industrial Dynamics, the later meant a modelling method to understand and manage the complex behaviour of industrial processes, mostly using computer simulation (Forrester 1961).

SIGMA was led by Stafford Beer in partnership with Roger Eddison and Metra International, a leading European and global management research organisation (Beer 1965). It functioned as a sort of living organism or fluid organization unconstrained by a too-rigid organizational structure, which meant that people can be allocated from one project to another at any time (Sigma Brochure, 1965; Beer 1965). At the top of SIGMA’s “Fluid Organizational Structure”, which was similar to the ideas provided by the VSM, was Stafford Beer; on the second level were Roger Eddison as Director of Operations and Lancelot Perowne as Director of Development, and then on the third level were the three general managers: Andrew Muir (OR), Basil Balder (Cybernetics), and Duncan Mountford (Industrial Dynamics).

In 1963, SIGMA was comprised of a team of around 31 professionals, and in 1965, this increased to around 70 people (Beer 1965). SIGMA was a particular type of company, bearing some similarities to the academia; for example, employees had a “sabbatical leave” system, which, for every year of service, a scientist would accumulate four weeks for research on full pay; the company also appointed a SIGMA Senior Lecturer in OR and two Research Fellows in collaboration with the department of Computing, Cybernetics and Management of the Brighton Technical College (Beer 1965). Last but not least, for Beer, it was fundamental to work with an interdisciplinary cohort of professionals, which he divided into four groups: physical and engineering sciences (34%); biological and human sciences (24%); mathematics, statistics, and logic (26%); and philosophy, politics, and economics (16%) (Beer 1965).

The few documents available at the SBCLJM from the SIGMA period, as well as other research references, show that SIGMA had a team of OR scientists working for the Compañía de Acero del Pacífico (CAP) from 1963 onwards. CAP was one of the largest steel producers in South America and played a key role in the industrial and economic development of Chile in the 1960s. CAP was founded in 1946 with the aim of promoting and developing Chilean industry. Initially, it was a mixed-ownership company, with shares held by the State of Chile through Corporación de Fomento de la Producción (CORFO) –a Chilean economic development agency that promotes competitiveness and the productive diversification–, the Autonomous Fund for the Amortisation of Public Debt, and private shareholders. The inauguration of the Huachipato Steel Mill in 1950 as well as the integration of mining activities through the iron deposits of El Algarrobo in 1959 and El Romeral in 1971 further expanded CAP’s operations. According to Eden Medina, it was in 1962 when CAP’s director approached SIGMA. Beer, who had never been to Latin America, refused to go himself because of his hectic schedule, but he did put together a team to travel to Chile, led by a Spaniard, Marino Dizy, and two Englishmen, Andrew Muir and Colin Faulkner (Beer 1981; Medina 2011). SIGMA’s work was to demonstrate the value of various investment projects by optimising processes and improving efficiency, thereby solving a range of both tactical and strategic management and training problems. As part of their work, they had to determine the maximum potential output of a steel shop, improve production and yield in rolling divisions, develop strategic approaches for ore mining, provide essential education in OR methodologies, and analyse traffic to streamline operations at the Huachipato Steel Mill. During their work for CAP, many problems identified by SIGMA consultants were solved, and in almost every case implementation effected. As a result, substantial savings were made and new techniques were developed (Muir 1963b). As part of their experience at CAP in Huachipato, Muir, Dizy and Faulkner published a paper in Operational Research Quarterly which surveyed their OR work in Chile for 20 months (Muir et al. 1964). In addition to the work at CAP, SIGMA also worked with the Chilean Railway, in which they were able to do a Critical Path Analysis (CPA) for the San Fernando-Talca route and also compute the Roy network in an IBM 1401, a variable-word length decimal computer using a modified PERT program (Dizy 1965a). Since the amount of work was large, SIGMA also hired local students to provide some support. Among them was Fernando Flores, a student of industrial engineering at the Catholic University of Chile, who was trained in OR and was hired by SIGMA to work on the contract with the Chilean Railway. It was during that period that Flores came across with Beer’s Cybernetics and Management (Beer 1959, 1981, p. 207; Medina 2011, p. 31; Rivera 2011). After graduating, Flores continued to be influenced by Beer’s books, particularly with Decision and Control (Beer 1966), and considered Beer a profound visionary in the field, moving away from the more technically driven ideas on OR.

SIGMA’s internal bulletin, the SIGMA SITREP, dedicated two issues to their business and prospects in Latin America, in 1963 and 1965, respectively. Overall, they determined that there was an enthusiastic interest in developing more business in the region, particularly as they already had five scientists working in Chile. Under the title, “Letter from South America”, SIGMA SITREP described the considerable increase in their activities and commercial pursuits (Dizy 1965b, c). It states that Marino Dizy, in his few spare moments in Chile, was trying to instantiate more interest from CORFO, which were focused on the expansion of the economy, particularly in the industrial field. The second approach was to visit industrial centres in some of the other countries and talk to the management of local industries, explaining the purpose of OR and the service that SIGMA offers as more widespread use of these techniques could do nothing but help the general improvement of economic conditions throughout Latin America.

The SIGMA team travelled to Brazil and Argentina to explore and expand its business opportunities. In Sao Paulo, SIGMA has been presented with potential through SPEED, a subsidiary of Brazilian Telephone Guides, which sought advice on how to effectively relaunch their computer bureau services, potentially opening doors for SIGMA to engage with over 20 industrial and retail companies in Brazil. Meanwhile, in Argentina, SIGMA dedicated three days to evaluating the local OR landscape, conducting twelve interviews across various sectors, including steel, petroleum, and manufacturing industries, thereby assessing the potential for SIGMA’s services in these markets (Muir 1963a).

Other possible markets were in Venezuela and Peru, where SIGMA’s experience at CAP in Chile was particularly valuable. In early June 1965, Caplin and Dizy journeyed to Peru, where, despite a delayed flight, they efficiently conducted 12 potential client meetings in under 32 hours. During this whirlwind visit, they engaged with students and professors from Lima’s National Engineering University’s Petroleum Faculty and senior officials from the nationalized petroleum sector, discussing the benefits of OR techniques. These well-coordinated meetings were arranged by Peruvian engineer Fausto Valdeavellano, a former SIGMA intern. The potential for business in Peru was evident, with interest from petroleum executives in a CPA analysis for a new refinery planned by Japanese constructors. The documents mention that a “leading figure in the fish meal industry, a former fuel oil salesman” (possibly Peruvian businessman Luis Banchero Rossi), was well-versed in cybernetics and expressed interest in solving a costly transport issue. Furthermore, the Peruvian Management Association proposed a week-long seminar in Lima for the autumn, which presented an excellent opportunity for SIGMA to further its promotional efforts (Dizy 1965c).

However, none of the visits to Argentina, Brazil, Peru, or Venezuela came to fruition. SIGMA had faced significant challenges in expanding its operations in South America. Firstly, the consultancy fees SIGMA charged were steep compared to those of local firms, making it less competitive in the market. Secondly, the region experienced a scarcity of hard currency, which complicates financial transactions and the ability to secure contracts. Lastly, North American companies were aggressively entering the market, often supported by financial aid from initiatives like the Alliance for Progress and the Ford Foundation, giving them a distinct advantage, particularly in securing projects with government agencies where such financial backing was highly persuasive (Dizy 1965b).

Nevertheless, SIGMA’s projects in Chile and its roadshow around Latin America should not be overlooked, as these generated significant interest and enthusiasm for the possibilities of cybernetic approaches to governance and planning. SIGMA’s early interactions in Latin American may have planted the seeds for Beer’s later, more extensive collaborations in the region, namely project Cybersyn in Chile, and to some extent CENTRO in Peru. Fernando Flores, who was influenced by Beer’s management cybernetics and worked for SIGMA in Chile, will years later, during the Allende government, became the general technical manager of CORFO and held the responsibility for the daily regulation of the nationalized factories, and finally brought Beer to Chile to apply his expertise in cybernetic management to run the nationalized factories, which became project Cybersyn (Medina 2011; Pickering 2010; Rivera 2011). In Peru, when David Caplin and other SIGMA consultants came to Lima for their roadshow, they met Francisco Sagasti during a dinner organised by Valdeavellano. That encounter led to Sagasti spending a season with SIGMA in the UK (from September 1966 to August 1967). During his stay, Sagasti was influenced by Beer’s ideas, which led him to begin his master’s studies at the Pennsylvania State University and then, in 1968, to continue his doctoral studies at the Wharton School of the University of Pennsylvania under the supervision of organisational theorist Russel Ackoff, the father of strategic planning using systems theory (Sagasti 1971). Sagasti will eventually became the President of Perú (2020–2021) and an international expert on ICT for development.

A Lesser-Known Project: The Centre for the Study of People’s Participation (CENTRO) in Peru

During the early 1970s, Latin America had two of the most original and innovative experiences on management cybernetics within the socialist governments of Chile and Peru. These governments were looking to generate profound social transformations. It is in this context that the project Cybersyn emerged in Chile. As mentioned, the aim of this paper is not to explain project Cybersyn, which has been subject of extensive research, particularly in the last fifteen years (Alvarez and Gutierrez 2022; Benezra 2018; de Senna Figueiredo 2022; Espejo 2022b; Medina 2011; Morozov 2014; Ossa and Rivera 2008; Palmarola et al. 2024; Pickering 2010; Vehlken 2022). Nevertheless, we would like to highlight a relatively unknown project during the same time, which happened in Peru in 1972, during the Revolutionary Government of the Armed Forces (Gobierno Revolucionario de la Fuerza Armada or GRAF, its Spanish acronym), led by General Juan Velasco Alvarado (1968 - 1975). GRAF’s intention was to carry deep social and economic reforms to the country. Among some of its most important reforms, the GRAF expropriated and nationalized oil companies and decreed an extensive land reform dissolving Andean haciendas and old coastal plantations, with the intent to turn the semi-feudal rural model into a modern collection of agrarian cooperatives.

Velasco sought to lead Peru towards modernisation, not according to Western modes of production and consumption, but by radically introducing new arrangements that put the satisfaction of human needs and well-being at the centre, not just economic prosperity. The GRAF aimed for a ‘social democracy of full participation’ by creating a model in which the people could decide their future and actively participate in its development. In order to achieve such an ambitious goal, it seemed obvious that accurate data and the ability to analyse it were needed.

In 1972, the GRAF decided to create the Centre for the Study of People’s Participation (Centro de Estudios de Participación Popular – its name in Spanish, or CENTRO, as it was commonly known). CENTRO was founded by Brazilian anthropologist Darcy Ribeiro, the former minister of education, and chief of cabinet during the government of João Goulart who had been exiled from Brazil after the military coup of 1964. Along with Argentinian mathematician Oscar Varsavsky, Ribeiro aspired to create a “Model of Cybernetic Socialism” for Peru (de Senna Figueiredo 2022; Mariátegui 2024). Varsavsky proposed a plan of socialist development based on numerical simulation and computational models – which he called the National Project (Proyecto Nacional)– that could account for the numerous variables that intervene in the development of national policies (Varsavsky 1975). CENTRO’s vision was to foster an inclusive and participatory “feedback infrastructure” – an analytical toolset to identify social issues and engage the often-excluded populace in problem-solving and decision-making. The belief was that through active participation, the people could shape their economic and social future.

Varsavsky developed a computational model to explore societal transformation possibilities across resource availability, wealth distribution, and political viability. Rather than predicting outcomes, Varsavsky’s aim was to use numerical experimentation and computational models to devise possible models for development and social welfare. For a social scientist like Ribeiro, those kinds of experiments allowed to visualize potential futures and “viable utopias,” particularly for meeting basic needs in Peru (Viedma 2021).

Stafford Beer’s ideas were brought to CENTRO by Brazilian Carlos Senna Figueiredo, who was initially hired by Beer as a specialist in applied mathematical models for the project Cybersyn. Later, Senna Figueiredo would join CENTRO after leaving on a flight from Santiago de Chile to Lima on 11 September, just as the coup d’état against Salvador Allende was underway. CENTRO’s documents reveal a preliminary project for a real-time enterprise information and control system, similar to project Cybersyn, aimed at ensuring autonomy in decision-making at all levels of the industrial apparatus while maintaining equilibrium with state regulatory policies (de Figueiredo 1973).

However, in contrast to project Cybersyn, CENTRO’s vision was not about the automation of work, or the efficiency of production based on the VSM, but rather the abolition of asymmetrical power structures and the use of new tools for societal governance in an increasingly complex world. In the Peruvian case, the creation of the social property sector prompted the need to create mechanisms for participation in enterprises to guarantee decision-making autonomy at all levels of the industrial apparatus. CENTRO proposed an information and control system as a tool to achieve this autonomy while understanding that these need to be ‘integrated in larger contexts, and an equilibrium must be established between their autonomy and the regulatory policy of the State in the respective sector’ (de Figueiredo 1973, p. 44).

Throughout CENTRO’s documents, much emphasis is given on how the system seeks to ensure the autonomy of decision-making that is generated by the mechanisms of participation at the different levels of management, which means that CENTRO team envisioned the information and control system as a management mechanism, based on Bertalanffy’s general theory of systems and concepts from Wiener’s cybernetics (von Bertalanffy 1968; Wiener 1948). The system was driven mainly by the ideas of the first edition of Beer’s book, Brain of the Firm (Beer 1972)¹ by proposing “to implement a real-time nervous system in the economy. A continuously adaptive decision-making system […] that uses the computer as a logic engine and not merely as a data repository” (de Figueiredo1973).

Moreover, de Senna Figueiredo organised a presentation about the project Cybersyn for high-ranking officials² and was responsible for what is possibly the world’s first text published on the project Cybersyn, published by CENTRO in 1974 as part of the book Planificación y Participación (Planning and Participation) (de Figueiredo 1974). The publication had a print run of 5,000 copies – one of the highest runs of those identified as a CENTRO publication–. In his essay, ‘The Control of Information and Participation in the Enterprise’, de Senna Figueiredo recounts his experience of the project Cybersyn (with some excerpts similar to the text quoted in the previous paragraph, confirming his authorship) providing a detailed explanation of Beer’s VSM, along with illustrations, flow charts, and mathematical models (Varsavsky et al. 1974).

The untimely end of CENTRO after a new military coup came into power in 1975 and dismantled it, was in part due to a lack of understanding and support from the military high command. This highlights a recurring pattern in Latin America: visionary projects often succumb to short-term priorities and political myopia. Over the next decade, Latin America’s political and economic landscape underwent significant changes, as countries grappled with the aftermath of military dictatorships, economic crises, and the growing influence of neoliberal policies promoted by multilateral organizations. It was against this backdrop that Stafford Beer made a comeback in Latin America in the 1980s, as governments sought innovative ways to address new challenges and reform their public administration using his cybernetic concepts.

Stafford Beer Comeback in Latin America: Cybernetics in Times of Neoliberalism

In the 1980s, as Latin America gradually returned to democracy, many countries in the region adopted neoliberal policies (privatisation of state-owned companies, deregulation, trade and financial liberalisation) as a response to economic crises and debt. These policies were promoted by multilateral organisations such as the International Monetary Fund (IMF) and the World Bank. Governments were drawn to the potential of cybernetics as a means to enhance their public policies and reform efforts. Cybernetics, with its emphasis on understanding complex systems and their feedback loops, offered a promising approach to introducing greater rationality, objectivity, and precision into the policy-making process. It was also seen as a way to modernize government operations and demonstrate a commitment to transparency and integrity. Organisations such as the United Nations Development Programme (UNDP) backed such reforms and made it possible to employ competent international consultants. Interestingly, Stafford Beer was involved in several liaisons in Latin America during those years, which provide us with insights into the challenges and successes of implementing the VSM in diverse political, economic, and social contexts. In the following sub-sections, we will explore Beer’s journey on four countries: Mexico (1982–1983), Uruguay (1986–1988), Venezuela (1989), and Colombia (1993–2002). Each case demonstrates how Beer’s ideas and methodologies, particularly the VSM and second-order cybernetics, were applied to various aspects of public administration and the organization of government.

Mexico

Beer spent a significant portion of 1982 and the whole 1983 in Mexico initially at the invitation of Javier Libas, an attorney, cybernetician and right-wing politician who had learned about Beer’s work. Beer lived in Mexico City, while growing his disillusionment about the Mexican government. One project Beer was involved in aimed at addressing the issue of food wastage in the country, a problem that stems from inadequate transportation and shipping infrastructure, which often leads to produce spoiling before it reaches the market. The project sought to optimize the existing infrastructure, potentially alter the choice of products to those more resilient during shipping, and ultimately reduce food waste in a nation where it is sorely needed³. However, the endeavour faced significant challenges due to widespread corruption in the country, with allocated funds often disappearing into the pockets of state workers referred to as “aviators,” hindering the project’s progress.

Most significant is Beer’s 1983 memo published in “El Norte” newspaper⁴ addressed to Mexican President Miguel de la Madrid Hurtado, which represents a critical application of the VSM to diagnose and address systemic governance failures (Beer 1986). His analysis reveals how institutional structures can actively resist transformation, even when there is apparent political will for change. The memo illustrates two fundamental problems in Mexico: structural dysfunction and institutional resistance to change. The structural dysfunction manifests in the government incapacity to adapt to changing circumstances. Beer observes this creates a vicious cycle where institutions become increasingly dysfunctional, producing what he calls “cancerous” bureaucratic growth. Most significantly, Beer identifies how institutional designs were actively generating undesired outcomes. Using examples from PEMEX –the state-owned petroleum company–, the PRI political party⁵, and the federal bureaucracy, he demonstrates how these systems were perfectly designed to produce corruption and inefficiency - not as aberrations but as natural outputs of their structural configuration. This aligns with Beer’s famous dictum that “the purpose of a system is what it does,” (POSIWID) not what it claims to do (Beer 1995, 2002). The memo to President de la Madrid serves as both a warning about how institutional structures can subvert democratic intentions and a blueprint for systemic and experimental reformation toward more participatory and effective governance. After this disillusioning experience, Beer left Mexico and decided to emigrate to Canada (Beer 1990), though in March 1990, again at the invitation of Javier Libas, he gave a lecture at the conference “The Intelligent Organisation” at the Monterrey Institute of Technology and Higher Education.⁶

Uruguay

In the case of Uruguay, after twelve years of civic-military dictatorship, the new democratically elected President Julio María Sanguinetti needed daily, almost real-time information of critical variables to evaluate the country’s situation, detect potential problems early, and make well-informed, good decisions. Uruguay Cibernética (URUCIB) was an Executive Information System designed and implemented for the Presidency of Uruguay (1986–1988). The system created a national data network incorporating cybernetic modelling and statistical techniques to detect what Beer called ‘incipient instabilities’ of the country’s situation, focusing on detecting disruptive changes in microeconomic time series data to provide early warnings to the government. The project also employed a practical method to extrapolate macroeconomic variables from easily accessible microeconomic data, which was a novel technique. URUCIB reduced the lack of information, bureaucratic costs, and the complexity involved in retrieving data from different information sources in government offices. The system had an intuitive graphical interface which allowed ‘top-level decision makers’ to base their decisions on comprehensive information presented daily at a Management Centre located in the President’s office, similar in concept to project Cybersyn’s Operations Room (or Opsroom), but using digital technology (Ganón 2019). Beer envisioned the Management Centre as an “information environment” where people could meet to make decisions based on real-time data displayed on screens and visual displays, with paper explicitly banned from the space (Beer 1989). Uruguayan engineer Victor Ganón, who was the project leader, based URUCIB on the VSM and hired Stafford Beer as an advisor. The VSM provided a model to derive indicators and detect instabilities in the country’s situation in real-time. The project in itself was founded on an extensive system integration, taking into account that during those years many technologies were still being deployed in silos (e.g., communications, computation, data resources). The system included a statistical software called “Cyberfilter” which analyses data streams against stored expectations to detect incipient instabilities early enough for managers to take corrective action before problems materialize (Beer 1989; Ganón 2022). The Telex system implementation represented a significant advancement over Chile’s Cybersyn Telex machines. Uruguay had developed sophisticated domestic electronics and programming capabilities that allowed them to design and build complete Telex centres and equipment locally (Ganón 2022).

According to Ganón, Beer did not believed that the software needed to operate URUCIB could be developed in Uruguay; for Beer’s “northern mindset”, people from the South could not develop a “state of the art” software (Ganón 2022). Beer’s Western-centric bias can be considered reasonable bearing in mind that for project Cybersyn’s “Cyberstride” programme, its development was provided mainly by the consulting firm Arthur Andersen in England; furthermore, Beer relied heavily on advice from other foreign experts (Medina 2011). Interestingly, the success of URUCIB, opened the way to being later ‘exported’ to Argentina and Nicaragua⁷, where it was used for many years in both local and national government (Ganón 2022). It was the first software exported from Uruguay, which later will become one of the most advanced Latin American countries in terms of software and technology development. URUCIB represented a significant milestone in the history of computation in Latin America and could be even regarded as a precursor to modern data science practices.

The transition from President Sanguinetti to President Lacalle in March 1990 marked a turning point for URUCIB. While the system had flourished under Sanguinetti’s administration, even gaining international recognition, it faced significant challenges under the new government. The change in administration brought new priorities and different perspectives on how to manage government information. This shift in political support came at a particularly challenging time, as URUCIB faced technical imperatives to evolve beyond its original MS-DOS implementation to a more robust Windows-based system, along with the need to expand its network to external users and migrate its database. The combination of lost political backing from the new administration and UNDP’s withdrawal of financial support ultimately brought URUCIB’s pioneering journey in government information systems to an end, despite its proven success and international recognition.

Venezuela

In the case of Venezuela, President Carlos Andrés Pérez’s second mandate (1989–1993) faced significant economic and social challenges in the oil-rich country. Thanks to the contact with Venezuelan Manuel Mariña Muller –a disciple of Beer who wrote his PhD thesis on cybernetics (Mariña Muller 1982) and was a professor at the Central University of Venezuela - UVC)⁸– the UNDP and the United Nations Industrial Development Organisation (UNIDO) invited Beer thrice⁹ to visit Venezuela to discuss management cybernetics with President Pérez and the potential implementation of what was called the Cybervenez Project, aimed at installing a strategic decision room for the presidential cabinet. Similarly to the case of URUCIB, this room was be fed with information in real time using the “Cyberfilter”. The aim was to analyse vital items such as food supplies and national economic inflows, with the aim to detect incipient instabilities.¹⁰ To this end, a ‘cybernetic committee’ was formed within the President’s office, and an implementation team developed flow charts that gave food chain information, for example, about the milk industry.

During his time in Caracas, Beer also spoke with President Pérez about how Latin American democracies could form an effective alliance towards regional autonomy and collective position in the global order. To this end, the regional alliance could benefit from a crucial aspect of the VSM: the interaction among environments (Beer 1990). Beer emphasizes this interaction manifests in multiple shared dimensions: physical borders, economic relationships, natural resources and a collective regional identity in global business and tourism. Beer suggests that managing these environmental interactions through cybernetic principles could be extremely valuable to structure regional cooperation, as it represents a way to handle complexity (variety) in the system and could lead to better economic regional exchanges (Beer 1990, p. 319). However, as Pickering notes, Ashby’s Law of Requisite Variety, which states that only variety can absorb variety, explains why attempts to impose rigid political or economic structures on complex systems of relationships –as it was the case with the envisaged Latin American regional alliance– are bound to fail (Pickering 2010, p. 275).

Venezuela’s situation took a dramatic as oil prices plummeted, its economy contracted, and inflation soared. This led President Pérez to implement a severe IMF-backed austerity package, a measure which provoked the “Caracazo” in February 1989 –a series of widespread protests and riots in Caracas and other cities, met with brutal military repression. This sudden shift in the economic landscape caused widespread discord among various factions and ultimately resulted in the resignation of half the members of the president’s cabinet¹¹. As a direct consequence of these unforeseen developments, the president’s ambitious cybernetic plans were effectively derailed. The political capital and influence Beer had hoped to leverage in order to push forward his agenda had been severely undermined by the turmoil. In turn, even though during this time a couple of week-long seminars were organised in Caracas by Beer and Espejo¹², the whole Cybervenez Project never came to fruition and was gradually disbanded, meaning it was only a waste of time for Beer, who would later describe it as a “fiasco”¹³.

Colombia

Colombia was the last stage of Stafford Beer journey in Latin America. In 1989, Angela Espinosa, a Colombian computer and systems engineer, and a key figure in the development of organizational cybernetics in Colombia, was pursuing her PhD in organizational cybernetics at Aston University under the supervision of Raul Espejo. She met Stafford Beer at a conference in Cambridge, which nurtured a longstanding collaboration¹⁴. In 1990, after completing her doctorate, Espinosa returned to Colombia and was appointed Secretary of Informatics at the President’s Office. Between 1993 and 2002 five projects were developed which are expressed in Chap. 8 (Facilitating Systemic Change with the VSM) of Espinosa’s book Sustainable self-governance in businesses and society: the viable system model in action (Espinosa 2023). The projects mentioned in the book were carried out during the presidencies of César Gaviria (1990–1994) and Ernesto Samper (1994–1998). Both presidents were members of the Liberal Party, and focused on economic liberalization, social welfare, and peace negotiations with guerrilla groups. The VSM has helped to design and implement these projects, and although some of them have not been completed as expected, they have brought about massive change, from the reorganisation of institutions to the improvement of national governance, the reform of a national school system or the development of a national environmental sector (Espinosa 2023). In the following paragraphs we outline three cases that demonstrate how Espinosa and her collaborators utilized tools such as the VSM and second-order cybernetics, to address challenges in strategic information management, auditing practices, and educational reform in Colombia during the 1990s.

Strategic Information Management at the Colombian President’s Office (1990–1992). Espinosa’s PhD thesis (Espinosa 1995) was based on a case study analysing the Strategic Information Systems Plan (SISP) at the Colombian Presidential Office (CPO) between 1990 and 1992, while she was Secretary of Informatics at the CPO. During this time, the software “The Coordinator,” which represented the latest advancements in second-order cybernetics, was purchased in the United States (Winograd 1987). Espinosa led a project with the CPO, the National Planning Department, and the National University’s Economic Research Centre to develop a systemic performance management system for monitoring the implementation of development programs in public organizations. Espinosa applied the VSM, which involved mapping the presidency and state organizations, which was completed using her own version of the Viplan methodology, a 6-step approach developed by Raul Espejo to implement the VSM (Espejo et al. 1999). She added the study of strategic information management to the traditional Viplan stages (Espinosa 1995). The final outcome was the design and implementation of the ‘Synergia’ project to monitor KPIs on the effect of publicly funded development programs, which ran effectively for several years and contributed to developing a performance measurement culture in the public sector (Espinosa 2023).

Re-Engineering the National Auditing Office (NAO) in Colombia (1993)

The NAO in Colombia had several issues, including lack of timely and quality information, lack of effective control actions resulting from audits, and an over-centralization and fragmentation. The re-engineering of the NAO used conceptual frameworks and tools from organizational cybernetics and second-order cybernetics, introducing ‘systemic auditing’ to improve communications and build responsible trust between government entities (Espejo 2022a). While the project led to some improvements in auditing practices and skills of auditors, the overall organizational change was limited. Importantly, most changes happened at the auditing task level while less change occurred in the organizational structure and management practices (Espinosa 1998). The project was financed by the UNDP, and was led by a team of academic consultants from Los Andes University in Bogota, as well as Raul Espejo, who came for short visits each year. Later, in 1996, Beer, Espejo, and Heinz Von Foerster were invited as international guests to the conference “The new National Auditing Office for Colombia in the XXIst Century” in Cartagena, where the project was shared to top public officials in the country. Espinosa points out to Beer’s opening words during the conference (Espinosa 2023):

Intrinsic control or self-control can be designed to achieve more effective control, and the problem of corruption would be automatically solved in that process….

Corruption is a product of the system; corruption is not an entity in itself….

If the system is corrupt, it’s because it’s designed to be corrupt. So, let’s redesign it [p. 245].

Redesigning the National School System (NSS) (1998–2000)

The design for a “New School System”, initially followed the traditional American Development Bank (IADB) approach, promoting educational reforms in Latin America based on a mechanistic theory and methodology focused on increasing effectiveness and efficiency of institutions managing educational resources, which failed to achieve the desired impact on coverage, quality, and equity of local educational systems. Trying to break with the theoretical paradigms and methodological approaches from the IADB, the design was reoriented between 1998 and 2000 towards an alternative holistic approach based on organizational cybernetics and second-order cybernetics concepts to address attitudes, values and the context of interaction at the level of local educational systems and these to other institutional systems (Espinosa and Jackson 2002). The project emphasized the importance of increasing participation and collaboration among various stakeholders in the education system, including children, parents, schools, local communities, and municipal and national authorities, as well as developing improved relationships, resource allocation based on local needs, incentive programs, and social mobilization to collectively transform education at the local level, ultimately enhancing the quality, coverage, and equity of the education system, while at the same time encouraging local autonomy, promoted citizenship and performance towards a sustainable educational reform (Espinosa and Jackson 2002).

There were other relevant projects, such as the Development of the National Environmental System (Espinosa and Walker 2006) and the Monitoring the Impact of National Programs to Reduce Poverty, both also taking into account the VSM ideas on self-regulation. This last program successfully designed and implemented a monitoring system to assess impact of development programs to combat poverty which enhanced citizens control of the development resources and active participation to monitor their implementation and local impact (Espinosa 1997, 2006). In addition, from 1993 to 2002, Espinosa designed and led a specialization program focused on performance management systems, inspired by the VSM at the Los Andes University. The program remained active for several years after she left in 2002.

Discussion: The Interaction Between Cybernetics and Political Contexts

As noted above, although SIGMA’s work in Latin America in the 1960s does not provide an obvious perspective on the potential of management cybernetics in government, it is symptomatic that it was during these years that Beer developed a set of ideas coined as “The Liberty Machine”, arguing that cybernetics had a responsibility “not only to alert society to environmental and social threats, but also to provide the tools with which to solve them” (Beer 1971, p. 338). For Beer, the failure of society was rooted in the mismatch shaped by traditional hierarchical, functionally divided, and top-down organisational structures, so starkly exemplified in case of governments. Instead, “The Liberty Machine” was advocating for a new kind of meta-system, characterised by a networked rather than hierarchical structure, and action driven by information rather than authority.

It could be argued that project Cybersyn in Chile and CENTRO in Peru were ultimately two important government-run projects that aimed to transcend conventional boundaries and postulate radical and alternative designs by relying on a combination of cybernetic principles based on real-time control systems, autonomy, decision-making and participatory management. However, it should not be underestimated that the influence of Beer’s ideas in the 1970s in Latin America took place at a time when the region was undergoing an important intellectual development of both a rich sociological tradition (Beigel 2019) and a pioneering approach to computational models to address prevailing social problems (Carnota and Borches 2014; de Senna Figueiredo 2022; Mariátegui et al. 2022b; Valente and Grohmann 2024). Paradoxically, some prominent figures within this sociological tradition in Latin America, such as Fernando Henrique Cardoso –who would later become President of Brazil (1995–2003)– saw project Cybersyn as an extravagant initiative that had nothing to do with the political and economic reality facing Latin America (Cardoso 2006). This highlights a crucial tension in the implementation of the VSM: the challenge of translating its emancipatory cybernetic principles into applications within existing state structures and the wider society.

A decade later, in the 1980s and 1990s, when Beer returned to Latin America, he encountered a very different and challenging scenario from that of the 1970s. The cases of Mexico (1982–1983), Uruguay (1986–1988), Venezuela (1989) and later Colombia (1993–2002) provide interesting evidence of how his ideas, particularly the VSM, were understood, or sometimes misheard, at that moment in time.

In the case of Mexico, there was a systemic nature of corruption. Interestingly, Beer saw corruption not as an individual moral failing but as a systemic information output. He notes how bureaucratic systems inherently develop “termites of corruption” that “insidiously bore to the ultimate nerve-endings of the information flow” rendering the messages themselves corrupt (Beer 1983, p. 797). This information-based approach suggests that corruption in Mexico was not just about dishonest individuals but about a system designed to make corruption inevitable. Beer’s ultimate disillusionment with the Mexican government and his decision to leave the country also underscores the challenges of implementing cybernetic principles in the face of such entrenched institutional bureaucracy. Transforming complex, adaptive systems, such as governments, requires a deep understanding of their informational dynamics as well as the sustained commitment and collaboration of key stakeholders, as we will discuss later in cases such as Uruguay and Colombia. However, little can be done to create the new dynamic proposed by Beer if individuals deliberately restrict or block the flow of information.

Venezuela initially projected Cybervenez project and the alliance of democratic Latin American countries as ways to contend their dependence to the Washington Consensus and its policies run through multilateral organizations. Beer’s discussions with President Pérez about forming an alliance of Latin American democracies reflect his vision of “metamanagement” –the creation of higher-level organizational structures that embrace existing organizations (in this case, nation-states) into larger, more effective structures (Beer 1990). However, the case of Venezuela also highlights the struggles of implementing such cybernetic governance projects in the face of political and economic turbulence in the late 1980s, particularly during the “Caracazo” and the resulting social instability in a country that until the 1970s was one of the wealthiest and stable nations in the world, primarily due to the booming oil industry. This outcome underscores Beer’s point that while cybernetic principles offer powerful tools for more effective organization and governance, their successful application depends on a degree of political and economic stability (Beer 1981). In the face of severe crises and complex power dynamics –as it was expressed in the case of Mexico and Venezuela–, even the most well-designed systems may prove unsustainable.

Uruguay’s URUCIB project illustrates both the potential and the risks of applying Stafford Beer’s cybernetic principles to government decision-making. On one hand, the system’s real-time monitoring and data integration capabilities align with Beer’s vision of a more adaptive, informationally driven approach to governance. By providing President Sanguinetti with timely, comprehensive aggregated data on the country’s situation, URUCIB aimed to enhance the government’s capacity to detect and respond to emerging challenges. However, the centralization of this decision-support system within the President’s office also raises questions about its technocratic and authoritarian misuse (Pickering 2010, p. 264). While Beer envisioned the VSM as a means of preserving freedom by distributing control and enabling participatory decision-making, a system like URUCIB could arguably be used to concentrate power in the hands of a small group of top-level decision makers. The risk is that rather than democratizing information and control, such a system could reinforce a technocratic model of governance in which a narrow elite holds disproportionate power by virtue of their access to data and analytical tools.

The URUCIB case presents an interesting paradox in the history of government information systems. While proving technically successful and gaining international recognition, it also foreshadowed the rise of technocratic governance that would come to dominate Latin American politics in the 1990s. This kind of data-driven governance, while promising greater efficiency and rationality in decision-making, also risked reducing complex social and political realities to fit into quantifiable metrics, a hallmark of the neoliberal approach that would later contribute to the erosion of Latin America’s fragile democracies. The fate of URUCIB itself is particularly telling. Despite its proven effectiveness, the project could not survive the combination of lost political backing and changing administrative priorities. This vulnerability reveals a deeper issue that would become increasingly relevant: the challenge of technological sovereignty. As URUCIB’s demise demonstrated, even successful locally developed systems could be abandoned, leaving governments increasingly dependent on standardized software solutions made by global corporations rather than tools specifically crafted to address the complex demands and unique characteristics of national governance.

In the Colombian cases, the application of the VSM aimed to create more adaptive, transparent, and accountable systems. By reshaping the underlying structures and incentives that foster corruption, these projects sought to foster a culture of integrity and performance in the Colombian public sector. The relative continuity of two consecutive Liberal Party presidents, deepened neoliberal policies but provided a more favourable context for these long-term, systemic interventions compared to the more volatile situations in other countries in Latin America.

To summarize the various cybernetics projects in Latin America involving Stafford Beer¹⁵, Table 1 compares the dates, projects’ focus, and outcomes, providing a review of the reasons behind the projects’ successes or failures.

As it vividly attested in cases mentioned in the previous sections –and is also mentioned by Medina in her account of project Cybersyn– we can infer that technological tools can influence and redefine politics and social change, which in turn can contribute to create and sustain new configurations of state power (Medina 2006, p. 605) or to challenge existing ones and provide alternative power structures (Espinosa 2025). In addition, it cannot be undermined that the main reason that the projects in Uruguay and Colombia were successful, was due to the fact that there was a cohort of local professionals involved, such as Víctor Ganón in Uruguay and Dr. Angela Espinosa in Colombia. Nor can it be overlooked that Beer’s international prestige and extensive network of contacts gave him ready access to the highest echelons of political power. Besides his undeniable reputation in the field of management cybernetics, Beer had become a sort of a living legend, whose ideas continue to influence the field through his collaborators.¹⁶

While Beer designed the VSM on the basis of cybernetic principles that he considered universal (similar to the human nervous system), it is possible to recognize that its implementation was always mediated through particular political, social, and cultural contexts. Latour’s Science in Action concept of “translation” is particularly relevant in understanding how the VSM was interpreted and modified as it moved from Beer’s original conception to various Latin American contexts and implementations (Latour 1987). Just as Latour shows how scientific facts are transformed through networks of actors, the VSM was not simply transferred but actively translated according to local political needs and power structures, making it attractive to both progressive and technocratic agendas.

Though, from the cases presented above, it would be overly simplistic to characterize the VSM as purely technocratic, as such perspective overlooks several crucial aspects of their design and implementation. Pickering argues that the VSM was “an invention of technical experts which accorded technical experts key positions,” (Pickering 2010, p. 265) which comes in line with the technocratic narrative that nurtured during the 1980s and 1990s, such as the importance of market efficiency or privatisation of core public services, in essence, taking control of the state and repurpose it to the benefit of private enterprises (Srnicek and Williams 2015). Despite the VSM’s inherent design for democratic participation and local autonomy, such neoliberalist ‘modernisation’ strategies translated into job cuts, reduction of welfare and more social inequality. This appropriation of the VSM principles into a pervasive top-down approach runs counter to the original intention of the model, which emphasizes the importance of bottom-up processes in fostering organizational viability and adaptability. From this neoliberal perspective, ideas from cybernetics were used by private enterprises to develop profit-driven and market-based solutions which aimed to limit the role of the state (or take control of it) by establishing ‘universal’ schemes. These schemes forced the standardisation of knowledge, legal practices and technological standards that became the lingua franca of multinational corporations and neoliberal regimes (Sassen 2006; Srnicek and Williams 2015). By eroding the sovereignty of the state and collective participation and delegating such responsibility to private enterprises, the ability to ask important structural questions about how to reform society were lost.

However, this critique misses the fundamental principles of autonomy and democratic participation that were central to Beer’s vision which resonated particularly well with Latin America’s broader aspirations for creative liberation and social transformation. The region’s engagement with Beer’s ideas was not simply about technical efficiency - it represented an attempt to use cybernetic principles as tools for imagining and creating new social possibilities.

This perspective helps us understand why reducing these projects to either pure technocracy or naive utopianism misses their distinctive character. This is particularly evident in projects like CENTRO, which went beyond mere technical implementation to embrace what might be called “viable utopianism” - the belief that data, computational tools and cybernetic principles could help identify and realize transformative social possibilities rather than just optimize existing structures. This approach saw technology not as an instrument of control, but as a means of expanding human potential and collective creativity. The goal is not to abandon reality for unattainable dreams, but to use cybernetic principles to expand what we understand as possible and achievable.

The distinction is crucial: while technocracy implies rule by technical experts imposing predetermined and one-size-fits-all solutions, Latin American view of cybernetics often sought to create spaces for collective exploration, at both the technical level and the decision making. The goal was not to prescribe ends from above (whether through market mechanisms or central planning), but to develop systems that could help governments discover and pursue their own evolving purposes. No wonder why Beer’s participation was focused in the public sector and the aims to modernise the state, which, as it was argued by Víctor Ganón, could also be understood as a counter response to the neoliberal state and the neoliberal economics at that time (Ganón 2022).

Moreover, the cases discussed in this paper illuminate the fact that knowledge, innovation, and pioneering projects can be successfully developed in nations that are often labelled as “underdeveloped” and are frequently overlooked in terms of their potential to contribute to new “global models.” Bart van Steenbergen’s observation regarding the declining interest in solidarity, both within nations –in the form of diminishing support for the welfare state– and externally –in terms of the neglect of poorer nations–, provides a critical lens through which to understand this phenomenon (van Steenbergen 1994). The lack of solidarity and support for underdeveloped nations not only hinders their ability to contribute to global progress, perpetuating a system of inequality that benefits developed nations and large global corporations but also neglects –with utterly ignorance– the brilliant and diverse contributions to the history of ideas, in this case to managerial cybernetics, that were produced on non-represented regions, such as Latin America.

Conclusion

This paper tried to give a broader perspective of the work of Stafford Beer and his collaborators in relation to projects in Latin America, beyond the Chilean project Cybersyn, which is the one that he is better known for. His ideas on cybernetics and organizational management found fertile ground and achieved significant success in some countries, leading to innovative projects such as URUCIB in Uruguay and the application of the VSM in various state-run projects in Colombia. These experiences also highlight how regions often labelled as “underdeveloped” can make pioneering contributions to technological innovation, challenging persistent biases about where technological advancement can originate. However, other projects, such as Cybervenez in Venezuela or the Mexican experience, faced significant obstacles and were ultimately unsuccessful, highlighting the challenges of implementing the VSM’s emancipatory principles in complex political environments.

The analysis of Stafford Beer’s projects in Latin America reveals not only the adaptability of the VSM but also the risks and opportunities that arise when implementing technological models in complex social contexts. This reflection is particularly relevant in current times, where technological tools have the potential to democratise or concentrate power, depending on the political decisions guiding their use. While the VSM is abstract in its design, it is never politically neutral. Its implementation reflects and amplifies the values and priorities of the political context in which it is applied. Particularly significant is how these projects intersected with Latin America’s distinctive tradition of “viable utopianism”, which saw cybernetic principles not merely as tools for optimization but as means for imagining and creating new social possibilities. This perspective challenges the simple characterization of Beer’s work as purely technocratic, revealing instead how the VSM could align with Latin America’s broader aspirations for creative liberation and social transformation.

The research on Stafford Beer’s projects in Latin America has several key limitations, including its heavy reliance on specific archival sources (primarily the SBCLJM) and potential bias in retrospective interviews. Future research could explore Beer’s influence in other Latin American countries and examine additional primary sources from local government and multilateral organizations archives.

Small Praise to Stafford Beer and Darcy Ribeiro

I wish to end this paper by offering some insight into the lives and legacies of Stafford Beer and Darcy Ribeiro. Delving into Beer’s and Ribeiro’s archives, I discovered a wealth of shared philosophies between the two men. They were not only multidisciplinary and independent scholars but also exceptional managers who applied their intellectual prowess beyond the confines of academia. Their intellectual eminence enabled them to exchange correspondence and influence presidents and heads of state, as evidenced by the letters preserved in their archives. The annotations and doodles found in their collections not only reveal the depth of their creativity and the originality of their ideas but also provide a glimpse into the rich tapestry of experiences and relationships that shaped their lives. Their intellectual journeys were inextricably linked to the people they encountered, the places they visited, and the ideas they exchanged, creating a vibrant and dynamic foundation for developing models of participatory governance, which leveraged technology to foster social justice, an ambition that was simultaneously realizable and utopian. Their ideas of democracy aimed at creating an inclusive and equitable society.