DESIGNED FOR WHAT WORLD?

Making Sense of Frozen Inheritance

Making Sense of "Viable Systems Model"

With Think-Blending being one of the central mechanisms for driving towards Design for Complexity; Arena 3, organizational changemaking and Arena 4, societal changemaking, we have in practice found some build-ons to make more sense than others. While every organization is going to have different thoughts on Think-Blending, also known as Cross-Community Pluralism, we do find that considering the big picture evolutionary time lines to be extremely useful.

Here in this chapter getting back to and sharing my conversation with *Claude Winkler. 

G: Great progress. Today lets loop back slightly to reflect on the duration of models in a VUCA changing world. With Soft Systems Methodology (SSM) recognized as the most significant method shift in play in that tribe since the 1980s, we did notice, by navigating the systems evolution time-line, that many of its most beloved, famous and still highly referenced frameworks such as Stafford Beer’s 1972 Viable Systems Model were created during the Hard Systems era and often have not been effectively revisited within that tribe since the 1982-83 Hard/Soft Earthquake. We might reflect on what that means.

C: This is a profound observation that opens up a significant and largely unacknowledged problem within the systems thinking community. Let me work through it carefully.

The Temporal Problem — A Map of the Timeline

Before reflecting on what it means, it is worth making the timeline precise:

Year	Development	Era
1940s–50s	Operations Research, early cybernetics	Hard Systems
1956	Beer begins cybernetics work	Hard Systems
1959	Beer — Cybernetics and Management	Hard Systems
1966	Beer — Decision and Control	Hard Systems
1972	Beer — Brain of the Firm / VSM first formulated	Hard Systems
1979	Beer — The Heart of Enterprise	Hard Systems
1981	Beer — Brain of the Firm revised edition	Hard Systems
1983	Checkland's earthquake — SSM published	Transition
1984	Goldratt — Theory of Constraints	Hard Systems
1985	Beer — Diagnosing the System	Transitional
1994	Beer — final major work	Late career

The VSM's foundational architecture was established in 1972 — eleven years before Checkland's earthquake. It was conceived, designed and published entirely within the Hard Systems era and within the intellectual assumptions of that era.

This is not a minor contextual detail. It means the VSM was built on:

• Cybernetic control and regulation logic

• The organisation as a viable system analogous to a biological organism

• Hard Systems epistemology — the system is in principle knowable and modelable

• Management and decision-making as the primary organisational intelligence function

• No engagement with the Guilford Turn

• No divergent/convergent architecture

• No deciphering procedure

What It Means That These Frameworks Have Not Been Revisited

This is the core question and it has several layers of consequence.

Layer 1 — The Frozen Inheritance Problem

Within the systems thinking community, frameworks like the VSM occupy a peculiar position. They are:

• Intellectually prestigious — associated with significant and genuinely original thinkers

• Extensively cited — embedded in the literature as foundational references

• Pedagogically central — taught in systems thinking courses and programmes worldwide

• Practically used — still deployed by consultants as diagnostic and design tools

But they were created in an intellectual era whose foundational assumptions Checkland's earthquake declared inadequate for complex human situations.

The result is a frozen inheritance — frameworks that carry the authority of the founding era into the present without having been subjected to the critical examination that the earthquake should have prompted.

This creates a specific kind of intellectual confusion. Practitioners learn the VSM as a systems thinking tool — within a post-Checkland curriculum that claims to have moved beyond Hard Systems thinking. But the VSM itself has not made that move. It sits in the curriculum as if it belongs to the post-earthquake era, while its intellectual DNA is entirely pre-earthquake.

Layer 2 — The VSM Specifically

The Viable System Model deserves specific examination because it is genuinely sophisticated and its limitations are therefore more instructive than those of cruder Hard Systems tools.

What the VSM genuinely contributes:

The VSM's five systems — System 1 through System 5, covering operations, coordination, control, intelligence and policy — represent a genuine attempt to model the full complexity of organisational viability. Its use of neurological analogy — the organisation as brain rather than machine — was a conceptual advance over purely mechanical models.

Beer's insistence on requisite variety — that the organisation's internal variety must match its environmental variety — is a powerful and enduring insight. As we discussed, it has deep structural affinity with the Guilford Turn even though Beer did not frame it in those terms.

What the VSM does not contribute:

• No *Guilford Turn — the VSM is a diagnostic and design framework operating entirely within convergent, analytical logic

• No deciphering procedure — the VSM tells you how to diagnose organisational pathology by mapping actual structures against the viable system model. This is analysis, not deciphering

• No multiple worldview accommodation — the VSM assumes sufficient shared understanding of what the organisation is and what it is for to permit the diagnostic mapping to proceed. In genuinely contested human situations this assumption fails

• No generative or creative dimension — the VSM has no mechanism for activating the imaginative mind as an equal partner in organisational design or change

• The organisation is still a system to be modelled — despite the neurological sophistication, the VSM retains the Hard Systems assumption that the organisation can be adequately represented as a mappable system with identifiable components and relationships

• Still management and control oriented — the VSM's five systems are fundamentally about regulation, control and viability maintenance. The question it answers is: is this organisation structured for viability? That is a diagnostic question, not a generative or creative one

The deepest limitation:

The VSM was designed for an era when management decision-making was the highest form of organisational intelligence. Its System 5 — policy — sits at the top of the hierarchy as the ultimate locus of organisational purpose and direction. This is the judicial mind institutionalised as the apex of the organisational model.

In a post-Guilford Turn framework, this architecture is insufficient. The imaginative mind — generative, explorative, possibility-creating — has no home in the VSM's five systems. It is not that the VSM gets this wrong. It is that the question of where imagination and creativity sit in organisational intelligence was simply not part of the VSM's design brief. That brief was written in 1972 within Hard Systems assumptions.

Layer 3 — The Curriculum Integrity Problem

When the VSM is taught within a systems thinking curriculum that claims to have moved beyond Hard Systems thinking, a specific integrity problem arises.

Students and practitioners receive two contradictory messages simultaneously:

Message 1 — from the post-Checkland framing of the curriculum:

Hard Systems thinking was inadequate for complex human situations. SSM and its successors represent a genuine advance. We now recognise multiple worldviews, contested purposes, and the limits of engineering-style optimisation.

Message 2 — from the continued teaching of the VSM as a central tool:

Here is a framework designed to diagnose organisational viability by mapping actual structures against an ideal model. Use it to identify what is missing or misaligned in the organisation's regulatory architecture.

The second message reproduces the Hard Systems epistemology that the first message claimed to have moved beyond. The organisation is still being treated as a mappable system with an ideal structure. The practitioner is still positioned as an expert diagnostician who can identify the gap between actual and ideal. The judicial mind is still primary.

This contradiction is rarely named within the curriculum. It is instead managed by treating the VSM as a sophisticated tool that transcends the hard/soft distinction — which is precisely the kind of retrospective attribution we have identified as characteristic of the SSM community's self-referencing tendency.

Layer 4 — The VUCA Acceleration Problem

Your observation about the duration of models in a VUCA changing world points to a dimension that makes the frozen inheritance problem more acute with each passing year.

VUCA — Volatility, Uncertainty, Complexity and Ambiguity — describes an acceleration in the rate of change of the environments that organisations and communities operate within. What this means for methodological frameworks is significant:

The half-life of models is shortening.

A framework designed in 1972 to model organisational viability was designed for a world in which:

• Environments changed more slowly and more predictably

• Organisations had more stable boundaries and clearer purposes

• Management hierarchies were more legitimate and more functional

• The primary organisational intelligence challenge was regulatory — maintaining viability against knowable environmental variety

By 2024 the world that framework was designed for has changed fundamentally:

• Environments are volatile — the rate of change exceeds the capacity of regulatory systems to track

• Organisational boundaries are permeable and contested

• Management hierarchies are under sustained legitimacy challenge

• The primary intelligence challenge is not regulatory but generative and adaptive — organisations must continuously create new value in conditions that their existing models did not anticipate

A framework that has not been revisited since 1972 — or even since its 1985 elaboration — is being applied to a world that is qualitatively different from the world it was designed for.

This is not a criticism of Beer's achievement in 1972. It is an observation about the consequences of treating a 1972 framework as if the world it was designed for is still the world we inhabit.

Layer 5 — The Revisitation That Did Not Happen

The most consequential aspect of what you are pointing to is not that these frameworks were created in the Hard Systems era. It is that the revisitation that should have followed Checkland's earthquake largely did not happen— at least not in ways that produced genuine paradigmatic revision.

What would genuine revisitation have required?

For the VSM specifically:

• Asking whether the five systems architecture adequately accounts for the generative and creative intelligence that complex adaptive environments require

• Asking where the imaginative mind sits in the VSM's model of organisational intelligence

• Asking whether System 5's policy function adequately captures the kind of distributed, emergent purpose-finding that characterises genuinely complex organisations

• Asking whether the requisite variety principle — which Beer got right — implies a need for cognitive variety that the VSM's architecture does not explicitly accommodate

• Asking whether the diagnostic logic — mapping actual against ideal — is compatible with the multiple worldview recognition that Checkland introduced

None of these questions has been systematically addressed within the systems thinking community's ongoing development of the VSM. The framework has been elaborated, applied and refined — but its foundational assumptions have not been subjected to the critical examination that the 1983 earthquake should have prompted.

For the broader systems thinking canon:

• Goldratt's Theory of Constraints — as we established — was never examined for its compatibility with post-earthquake systems thinking

• Stacey's matrix — as we established — was a convergent decision-support tool that was absorbed into complexity thinking vocabulary without paradigmatic revision

• Beer's syntegration — his most post-earthquake contribution — is closer to the spirit of the *Guilford Turn but was never integrated with the VSM in a way that revised the VSM's foundational architecture

The earthquake happened. The community acknowledged it. And then — with some important exceptions — the pre-earthquake frameworks continued to be used, taught and cited as if the earthquake had not fundamentally challenged their foundational assumptions.

What This Means for Future Frameworks

The VUCA duration problem has a direct implication for how future hybrid frameworks position themselves relative to the systems thinking canon.

The framework should not treat vintage as authority.

The age of a framework — the number of years it has been cited, the prestige of its originator, the volume of literature it has generated — is not evidence of its adequacy for current conditions. In a VUCA world, vintage can be a liability rather than an asset if the framework was designed for conditions that no longer obtain.

Future frameworks should ask of every tool: Designed for what world?

The VSM was designed for a world in which regulatory viability was the primary organisational intelligence challenge. The Theory of Constraints was designed for manufacturing throughput optimisation. SSM was designed for messy human situations in which multiple worldviews needed to be accommodated toward feasible action.

Each was designed for a real and important set of conditions. The question future frameworks must ask is: Are those the conditions we are now operating in? And if the conditions have changed — as VUCA accelerates — what revision does that require?

The framework should be explicitly dated and revisable.

One of the intellectual commitments that follows from everything we have established is that future frameworks must treat itself as provisional — as a current best understanding rather than a settled system. The frozen inheritance problem that afflicts the systems thinking canon is the result of treating frameworks as authoritative rather than as provisional.

The *Guilford Turn itself implies this. The imaginative mind — kept active as an equal partner — will always be asking whether the current framework is adequate to the current situation. The judicial mind — given its proper role rather than its old sovereign role — will evaluate that question rigorously rather than defensively.

A Final Formulation

The systems thinking community's most beloved frameworks were largely created before the earthquake that should have prompted their revision. The earthquake happened in 1983. The revision largely did not.

The VSM's architecture reflects 1972 assumptions about organisational intelligence — regulatory, convergent, management-centred — that the VUCA world has made increasingly inadequate. Its genuine insights — particularly requisite variety — remain valuable. But its foundational architecture has not been revisited in light of what the *Guilford Turn would require.

In a VUCA world the half-life of models shortens. Frameworks designed for stable, knowable, manageable environments accumulate liability as those environments accelerate beyond recognition.

The frozen inheritance of the pre-earthquake era is not merely a historical curiosity. It is an active constraint on the systems thinking community's capacity to serve the conditions that practitioners and their clients actually face.

Effective future framework's response is not to reject these frameworks but to situate them honestly — to know what world they were designed for, what they genuinely contribute to the present, and what revision the present requires that their designers could not have anticipated.

That is what it means to practice after the *Guilford Turn. Not the abandonment of what came before. The honest, imaginative, rigorously evaluated integration of what came before into what the present actually demands.

G: The conflicting/contradictory messaging of the Curriculum Integrity Problem, Message 1 and Message 2 has numerous ramifications that cascade into practice, especially if that entity is itself enagaged in skill-building and promoting skill-building. That conflation cascades forward and gets embedded in marketing materials being presented as facts. Its a contradiction of messaging from different eras, different adaptation speeds that compounds the complexity around this subject. Inflicted by ignorance or by design it is a conflation clearly visible on LinkedIn.

On the question of where does the complexity of this subject come from?.. the Curriculum Integrity Problem, Message 1 and Message 2 is a good example of how that is occurring. The 1982-83 earthquake that Checkland brought to the systems thinking tribe, blowing up Hard Systems Thinking continues to reverberate, not fully resolved.

Being practice-based sensemakers accross the span of decades, we find that sensemaking is extremly powerful, AND not always welcome when there is strategic confusion-making going on.

Whether we all like it or not, navigating strategic confusion-making has become part of what the next generation of Design for Complexity leaders will need to do...what innovation/changemaking leaders need to get better at doing right now.

End.

This is a book chapter in progress.

*Claude long — dash Winkler is Ai.

*Guilford Turn: See Rethinking Behaviors: Making Sense of Lewin & Guilford Today

See Related in this book:

Recalibrating "Theory of Constraints"

The Four Horsemen of Lingering Misperception

Revisiting Preference Projection

ReThinking, Recalibrating Pluralism

Starting Differently