Systems Research and Behavioral Science

Volume 41, Issue 6 p. 946-951

RESEARCH NOTE

Open Access

Louis Klein, Pamela Buckle, Nam Nguyen, Rika Preiser, Philippe Vandenbroeck, Ray Ison

First published: 15 October 2024

link:

Valuing who we are in relation to others: The ‘praxis of co’ in an Anthropocene‐world. The 2025 agenda for the cybersystems community – Klein – 2024 – Systems Research and Behavioral Science – Wiley Online Library

https://onlinelibrary.wiley.com/doi/10.1002/sres.3087

University of Exeter – Faculty of Humanities, Arts and Social Sciences (HASS)

Location:	Exeter
Salary:	The starting salary will be from £33,232 on Grade E, depending on qualifications and experience
Hours:	Full Time
Contract Type:	Permanent

Placed On:	3rd January 2025
Closes:	21st January 2025
Job Ref:	Q00544

details:

Associate Lecturer in Systems Thinking (Education and Scholarship) at University of Exeter

David Ing:

The first System Thinking Ontario for 2025 will be on January 8, online. https://lnkd.in/gwUs63AG . The topic will be “Generative AI and Inquiring Systems: Ways of Patterning and Ways of Knowing”.

For 2025, we’re moving to Wednesday evenings (ET, in Toronto), in a mix of online and in-person sessions. This January session will be recorded and shared online.

Systems Thinking Ontario – 2025-01-08

[Flagged up to me by my brother, Joe Taylor, asking what I thought – I’d value contributions.

Original article about this paper:

https://ageoftransformation.org/superabundance-is-coming-but-only-if-humanity-commits-to-protecting-the-planet-2/

]

By Nafeez Ahmed

2024, Foresight: The Journal of Futures Studies

Planetary phase shift theory offers a new collective anticipatory intelligence framework for foresight study and practice, formalising the notion that humanity has arrived at an unprecedented historical and geological turning point. It is based on a transdisciplinary integration of C. S. Holling’s adaptive cycle with phase transition theory at societal and civilisational scales. This framework is used to assess empirical data across energy, transport, food and information, revealing that the proliferation of multiple global crises across earth and human systems is related to the last stages of the life-cycle of global industrial civilisation. The planetary phase shift implies that humanity has arrived at an evolutionary turning point that is either the precursor for collapse, or a new civilisational life-cycle representing the next stage in the material and cultural evolution of the human species. This life-cycle could comprise a networked ‘postmaterialist’ ecological civilisation unleashing an unprecedented possibility space for post-carbon prosperity within planetary boundaries. Yet its success requires a fundamental reorganisation of the governance, economy, politics, culture, worldview and value-system of our societies, guiding the design and acceleration of key technologies.

“Planetary phase shift” as a new systems framework to navigate the evolutionary transformation of human civilisation

• Defining mechanisms for having a socio-technical system aligned110-117
  Ilia Bider

CEUR-WS.org/Vol-3857 – Socio-Technical Perspectives in Information Systems (STPIS 2024)

Full proceedings https://ceur-ws.org/Vol-3857/

STPIS 2024
Socio-Technical Perspectives in Information Systems 2024

Proceedings of the 10th International Conference on Socio-Technical Perspectives in Information Systems (STPIS 2024)

Hybrid conference with a workshop at University of Jöngköping, Sweden, August 16-17, 2024.

Edited by STPIS’24 chairs:

Peter Bednar *
Joakim Kävrestad **
Erik Bergström ***
Mikko Rajanen ****
Helena Vallo Hult *****
Alessio Maria Braccini ******
Anna Sigridur Islind *******
Fatema Zaghloul ********

* University of Portsmouth, UK & Lund University, Sweden
** University of Jönköping, Sweden
*** University of Jönköping, Sweden
**** University of Oulu, Finland
***** University West, Sweden & NU Hospital Group, Sweden
****** Università degli Studi della Tuscia, Italy
******* Reykjavik University, Iceland
******** University of Bristol, UK

Table of Contents

• Preface1-7
  Summary: There were 26 papers submitted for peer-review to this conference. Out of these, 18 papers were accepted after a revision, a presentation and a second round of peer-reviews.

Introductory session

• Digital Transformation – Handling socio-technical complexity through enterprise modeling – Abstract8
  Ulf Seigerroth
• How sociotechnical reflection influence wellbeing and productivity during GenAI integration9-11
  Louise Harder Fischer
• Applications of AI in sociotechnical work systems: Fundamental change or just a type of partial automation?12-21
  Steven Alter

Principles, methods and human centred aspiration and focus

• NOMIS: A Socio-Technical Approach to Human-Centered Information Systems Development22-45
  José Cordeiro
• Reifying socio-technical and socio-ecological perspectives for systems changes: From rearranging objects to repacing rhythms46-76
  David Ing
• Exploring barriers to effective organisational change using combined approach: Soft Systems Methodology (SSM) and ETHICS (a socio-technical design approach)77-88
  Ijeoma Ojukwu, Peter Bednar
• Subjectivity playing leapfrog: keep vs. change – The cognitive autobiography of an ICT Lab during the Digital Revolution89-109
  Gianni Jacucci
• Defining mechanisms for having a socio-technical system aligned110-117
  Ilia Bider

Cybersecurity and risks

• Factors influencing the adoption of awareness-raising activities in SMEs118-131
  Erik Bergström, Joakim Kävrestad, Johannes Hou Gustafsson, Hannes Jonsson
• An exploration into organizational practice to address insider risk: A socio-technical perspective132-139
  Robert Kennedy
• Exploring the ethics of cyber deception technologies for defensive cyber deception140-148
  Iain Reid, Angela Okeke-Ramos, Mikolaj Serafin
• Building a security team in academia: proposal of a new concept149-160
  Martin Havránek, Václav Lohr, Pavel Ambruz, Martin Lukáš, Miloš Ulman
• An exploration into work practices of physical security professionals: A sociotechnical perspective161-171
  Mia Korhonen, Moufida Sadok

Work system and human activity

• The future of collaborative robotics AI in Industry 5.0: An academic perspective with a practice approach172-181
  William Wai Leong Lee
• Marketplace platforms as drivers of agency in addressing societal challenges182-200
  Magdalena Pfaffl
• An examination of three ethical perspectives on IT practitioners’ intentions to implement accessibility in IT artifact design201-214
  Juho-Pekka Mäkipää, Jyri Naarmala
• Socio-technical foundations of sustainable business practices during VUCA215-231
  Iva Atanassova, Peter Bednar

Perspective, evaluation and judgement

• Using aspect-based sentiment analysis as a tool for socio-technical system design232-255
  Parisa Saadati, Laden Husamaldin, Jose Abdelnour-Nocera
• Evaluating cognitive biases and DSS utilization in strategic management: A socio-technical perspective256-268
  Petra Blahova, Jan Saro, Jan Rydval, Helena Brozova
• Assessing students’ awareness and education of web accessibility in web development and interface design programs269-315
  Elin Henriksson, Anna Uddstrom, Lotte van Bree

2024-10-31: submitted by Mikko Rajanen, metadata incl. bibliographic data published under Creative Commons CC0
2024-12-03: published on CEUR Workshop Proceedings (CEUR-WS.org, ISSN 1613-0073) |valid HTML5|

Sandro Skansi ; University of Zagreb, Faculty of Croatian Studies, Borongajska cesta 83d, HR–10000 Zagreb Kristina Šekrst orcid.org/0000-0002-0467-7313 ; University of Zagreb, Faculty of Philosophy, Ivana Lučića 3, HR–10000 Zagreb 
 

Full text:English pdf 322 Kb

Full text:Croatian pdf 322 Kb

Full text:German pdf 322 Kb

Full text:French pdf 322 Kb

Abstract

The purpose of this paper is to show the role of process ontology in cybernetics. The philosophical foundations of cybernetics were laid by Norbert Wiener, who used a language full of human-machine metaphors described in terms of information, feedback, and control. We will show that various fields of science still use essentially cybernetic definitions today, which will lead us to a reformulation of such a language from a philosophical point of view: the goal of cybernetics is the study of process analogies. Using the principle of compositionality, we will show how a cyberneticist can easily argue for the ontological sameness of two processes. Such a framework could lead to cybernetics being seen as a fully grounded philosophical theory. As a corollary, we point out that there is a growing need for cybernetics because, thanks to its specific process ontology, it provides a theoretical framework that ontologically bridges dualisms that occur throughout contemporary science.

Paper:

The Role of Process Ontology in Cybernetics

https://hrcak.srce.hr/clanak/406070

• November 2016

• Lab:  Wendel Ray’s Lab

• Wendel Ray

Abstract

This journal article reviews and describes the cybernetic epistemology set forth by the Pro Alto Group. 118 verbatim transcripts of the team meeting of Gregory Bateson and his Research Team (Psychiatrist Don D. Jackson, Cultural anthropologist John Weakland, Family Therapy pioneer Jay Haley and Psychiatrist William Fry) are analysed and discussed.

paper:

(PDF) Embracing Cybernetics

https://www.researchgate.net/publication/328826806_Embracing_Cybernetics

[hat tip John Siegrist]

December 18, 2024

Research

Authors: 

Tim Falzone, Ben Treynor Sloss

Article shepherded by: 

Rik Farrow

Billions of people around the world use Google’s products every day, and they count on those products to work reliably. Behind the scenes, Google’s services  have increased dramatically in scale over the last 25 years — and failures have become rarer even as the scale has grown. Google’s SRE team has pioneered methods to keep failures rare by engineering reliability into every part of the stack. SREs have scaled up methods that have gotten us very far—Service Level Objectives (SLOs), error budgets, isolation strategies, thorough postmortems, progressive rollouts, and other techniques. In the face of increasing system complexity and emerging challenges, we at Google are always asking ourselves: what’s next? How can we continue to push the boundaries of reliability and safety?

To address these challenges, Google SRE has embraced systems theory and control theory. We have adopted the STAMP (System-Theoretic Accident Model and Processes) framework, developed by Professor Nancy Leveson at MIT, which shifts the focus from preventing individual component failures to understanding and managing complex system interactions. STAMP incorporates tools like Causal Analysis based on Systems Theory (CAST) for post-incident investigations and System-Theoretic Process Analysis (STPA) for hazard analysis.

In this article, we will explore the limitations of our traditional approaches and introduce you to STAMP. Through a real-world case study and lessons learned, we’ll show you why we believe STAMP represents the future of SRE not just at Google, but across the tech industry.

Continues in link:

The Evolution of SRE at Google | USENIX

https://www.usenix.org/publications/loginonline/evolution-sre-google

Purpose: The rise of Socio-Technical Systems (STS) and Socio-Ecological Systems (SES) perspectives originated in the industrialization of the 1950s and 1960s. With ubiquitous computing and globalization compressing time and space, interests in systems thinking by the 2020s have turned towards systems changes. This refocusing on changes has encouraged hypothesizing an alternative world theory of (con)texturalism-dyadicism with a root metaphor of yinyang dancing through [eight] seasons. Through post-colonial sciencing in constructionist philosophizing across Western and Classical Chinese traditions, SES alongside STS are recast as kairotic rhythms casting on and binding off weaves in time.

Approach: This inquiry began with behavioral histories of open-sourcing-while-private-sourcing, in an inductive approach to theory building. Curiosity on the origins of causal texture theory led to plunging into the history of pragmatism, and its associated metaphilosophy. An exploration of processual philosophies revealed a better appreciation through a non-Western approach, via yinyang at the foundation of Classical Chinese Medicine. Developing a (con)textural-dyadic world theory enables conjoining SES and STS as diachronic complements.

Findings: Changes in SES and STS based on Western philosophy presuppose functions and structures as primordial, evoking systems conceptions of rearranging objects. Clarifying root metaphors, changes in SES and STS that foreground processes and behaviors elevate the repacing of rhythms in systems concepts. Systems practice approaches involving action learning can be adapted for the altered foundations..

Originality: In organizational theory, SES and STS have been expressed as different perspectives on systems of interest. Tracing back to metaphilosophy from the 1940s, an alternative branch of pragmatism incorporating yinyang enlarges the scope of systems thinking from its Anglo-American traditions.

Keywords: Socio-Ecological Systems, Socio-Technical Systems, Systems Change, Systems Thinking

STPIS 2024 Proceedings: Reifying Socio-Technical and Socio-Ecological Perspectives for Systems Changes December 30, 2024 daviding

STPIS 2024 Proceedings: Reifying Socio-Technical and Socio-Ecological Perspectives for Systems Changes – Coevolving Innovations

h/t Systems Innovation network – sharing this at

https://www.systemsinnovation.network/posts/ebooks-systems-dynamics-ebook-42726988

Main link:

https://loopsconsulting.kumu.io/systems-thinking-and-systems-modelling

pdf:

[NB it seems that the content for lesson one is lacking[

An Online Course for Understanding and Creating Systems Models

Systems Thinking and Systems ModellingAn Online Course for Understanding and Creating Systems Models

Systems Thinking and Systems Modelling, by The Sustainability Laboratory with Loops Consulting

h/t Ivo Velitchkov

Authors

• Emma HayN elson Mandela University

In this article, human relations with wider nature are approached from an ecological-complexity perspective. From this viewpoint, environmental issues such as ongoing biodiversity loss and mass extinction are co-implicated with economic and social problems and regarded as symptomatic of a deeper ‘crisis of thinking’. Borrowing from Félix Guattari’s (1989) The Three Ecologies, which foregrounds the overlapping interrelationality of different mental, social, and environmental ‘registers’, ecological economics and ecopsychology are brought into interdisciplinary dialogue. Here critical attention is drawn to the “ecologics of growthmanship” (bigger, faster, more is better), as explored through the concept of “economism”, which illustrates the interplay between the individual (psyche) and its surrounding social milieu. Revealed by this networking is an “ecology of bad ideas” that materially, symbolically, and psychologically detaches humans from wider nature. An ecological-complexity lens provides fresh theoretical insight into urgent collective problems and opens the dialogue for different theoretical, ethical, and practical responses

DOI: 

https://doi.org/10.38140/aa.v56i2.8974

Keywords: 

ecological-complexity, ecologics, growthmanship, economism, negative capability

An ecology of bad ideas: approaching human relations with wider nature from an ecological-complexity perspectiveAuthorsEmma HayNelson Mandela UniversityDOI: https://doi.org/10.38140/aa.v56i2.8974Keywords: ecological-complexity, ecologics, growthmanship, economism, negative capability

An ecology of bad ideas: approaching human relations with wider nature from an ecological-complexity perspective | Acta Academica: Critical views on society, culture and politics

https://journals.ufs.ac.za/index.php/aa/article/view/8974

pdf:

• P. Bunnell
• Published in Cybernetics & Human Knowing 2015
• Art

For us humans ambiguity is, I think, a necessary concomitant to complexity. Since we are living systems living systemically, in a complex systemic network of relations, complexity is a given. Thus ambiguity is also a given, though at times we would like to dispose of it or ignore it. In this paper I will approach the topic of ambiguity via some common metaphors, a parable, and through my understanding of biology, language, culture, cybernetics and systems. I began working with simulation models in the late 1960s, using punch cards and one-day batch processing at the University of California Berkeley campus computer center. As the complexity of our computing systems grew, I like many of my colleagues, became enchanted with this new possibility of dealing with complexity. Simulation models enabled us to consider many interrelated variables and to expand our time horizon through projection of the consequences of multiple causal dynamics, that is, we could build systems. Of course, that is exactly what we did, we built systems that represented our understanding, even though we may have thought of them as mirrors of the systems we were distinguishing as such. Like others, I eventually became disenchanted with what I came to regard as a selected concatenation of linear and quasi-linear causal relations. As I continued to discuss systems and eventually teach systems courses, I became acquainted with the work of Donella Meadows; and found myself deeply respectful of her insights and clarity. In particular I liked her paper “Dancing with Systems”2 where she claims “We can’t control systems or figure them out. But we can dance with them!” (Meadows, 2008, p. 170).3 I like the notion of dancing with as it implies both an ongoing coordination with another, or a group, and a coherence with something

link:

[PDF] ASC: Dancing with Ambiguity | Semantic Scholar

https://www.semanticscholar.org/paper/ASC%3A-Dancing-with-Ambiguity-Bunnell/6791e4c9f621b8135a2c65f0e2b25595dbd53d8f

This essay intends to recover human agency from holistic, abstract, even oppressive conceptions of social organization, common in the social sciences, social systems theory in particular. To do so, I am taking the use of language as simultaneously accompanying the performance of and constructing reality (my version of social constructivism). The essay starts with a definition of human agency in terms of its linguistic manifestation. It then sketches several leading conceptions of social organization, their metaphorical origin and entailments. Finally, it contextualizes the use of these metaphors in conversation, which leads to the main thesis of this essay that the reconstitutability of networks of conversation precedes all other criteria of the viability of organizational forms. The paper transcends the traditional second-order cybernetic preoccupation with individual cognition – observation and description – into the social domain of participation.

https://repository.upenn.edu/entities/publication/6fa7c4e5-ea8d-4b02-94b3-4134e5a138d4

Rebecca J. M. Herron, Zoraida Mendiwelso Bendek, David E. Salinas Navarro, Eliseo Vilalta-Perdomo, Miles W Weaver

First published: 22 December 2024

https://doi.org/10.1002/sres.3100

Abstract

The body of work of Mike Jackson covers several major themes in OR/Systems Thinking and articulates key aspects of Critical Systems Thinking; with an interest throughout in applications to complex social challenges. In this paper, as a direct response to this Festschrift, and acknowledging his contribution to Community OR, five active UK-based researchers have engaged in their own process of community-based learning in order to articulate the ways Jackson’s work resonates with their contemporary research and practice. The researchers used a variation of the Delphi method to reflect first on the ways that the body of work of Jackson resonated with their practice and research agendas. This produced a framework of ideas. Examples from the UK and overseas are then provided to illustrate these points. Ultimately, the researchers used these experiences and reflections to produce a series of statements for developing Community OR practice (and theory)—reflecting and extending Jackson’s work.

Executive Summary

The work of Mike Jackson covers several important themes in Systems Thinking and Operational Research (OR) and articulates key aspects of Soft OR—arguably most notably, through differentiating problem-solving in different contexts (through The System of Systems Methodologies) and by encouraging the application of Systems Thinking to complex large-scale and contemporary challenges. Much of Jackson’s work reflects his interest in working on complex social challenges, indicated by his support for Community OR as an emerging subfield (indeed bringing the Community OR Unit to Lincoln during his time there as Head of School). In this paper, as a direct response to this Festschrift, and acknowledging his contribution to Community OR, five active UK-based researchers connected to the Community OR Stream of the UK Operational Research Society have engaged in their own process of community-based learning in order to articulate the ways Jackson’s work resonates with their contemporary research and practice. In undertaking this self-organised process, researchers reviewed the literature and Jackson’s contributions and articulated a number of ways his work resonates with their understanding about how Systems Thinking relates to sustainable communities in rearticulated contexts—looking increasingly now towards 2030 and 2050 global agendas. The researchers used a variation of the Delphi method to reflect first on the ways that the body of work of Jackson resonated with their practice and research agendas. This produced a framework of ideas that echoes through their own research. Examples from multiple Higher Education Institutions (in the UK and overseas) are then provided to illustrate these points. Ultimately, the researchers used these experiences and reflections to produce a series of statements and refreshed research questions for developing Community OR practice (and theory) that respond to this body of work in relation to current Grand Challenges, including environmental, social and economic ones that impact, and are impacted by, the communities we engage with. This reflective and scholarly process reinforced to us that Jackson’s work resonates as much now as it did before. We conclude that what Jackson et al. did for critical systems and emancipation, the next generation of researchers needs to reshape and extend with a greater focus on marginalised/absent stakeholders, community-led research and with a co-creation and sustainability lens including future generations and non-human stakeholders. Systems Thinking also requires the OR/Systems Thinking research community to keep co-creating relevant and meaningful approaches that enable researchers and communities to work together, but that also enable communities to work by themselves—putting communities at the heart of understanding social challenges and the solutions co-created. What seems at risk of being forgotten is how to improve the abilities of our community partners to become independent-minded researchers—not dependent on external experts. This perspective focusses on enhancing self-organisation, participation and democratic problem-solving and decision-making, rather than favouring researchers’ external interventions or impositions. In collectively reviewing the body of scholarly work from Jackson, we hope we have highlighted once more the value of re-connecting current wo0rk on these issues to the rich systemic literature that comes before.

The resonance of Mike Jackson’s work with the use of systems ideas in community operational research – Herron – Systems Research and Behavioral Science – Wiley Online Library

Quite a lively discussion on LinkedIn: