Abstract

Cognition is often treated as an abstract informational or computational process separable from the biological organisation of living systems. APS rejects this separation. This article argues that cognition emerges within viability-oriented, constraint-closed organisation and cannot be understood independently of the persistence dynamics through which living systems sustain themselves across time. Cognition is therefore approached not as an isolated mental or informational capacity, but as an increasingly integrated form of evaluation, semiosis, regulation, and adaptive organisation grounded in the evolutionary transformation of organised persistence.

Introduction

Cognition is often treated as an abstract informational capacity separable from the biological organisation of living systems.

Within many contemporary frameworks, cognition is approached through:

information processing;
representation;
computation;
inference;
or behavioural optimisation.

These approaches often treat cognition as a detachable functional architecture capable of implementation across arbitrary substrates.

APS rejects this separation.

Cognition does not emerge independently of living organisation.

It emerges within systems already engaged in viability-oriented persistence across time.

Living systems must:

regulate themselves;
evaluate environmental conditions;
coordinate activity;
sustain adaptive organisation;
and preserve continuity under changing conditions.

Cognition develops progressively within these organisational dynamics.

APS therefore approaches cognition not as an abstract computational layer added onto life, but as an increasingly integrated form of evaluation, semiosis, regulation, and adaptive organisation grounded in the persistence dynamics of living systems themselves.

The central claim of this article is therefore straightforward:

cognition cannot be separated from organised persistence because cognition emerges within the viability-oriented organisation through which living systems sustain themselves across time.

APS Box — What Biological Explanation Explains

APS explains living systems as viability-oriented, constraint-closed organisations whose activity contributes to maintaining the conditions of their own persistence across time.

Within this framework, biological phenomena are understood according to the role they play in organised persistence:

agency concerns the regulation of persistence
process concerns the organisation of activity
scale concerns the coordination of organisation across levels and timescales
cognition concerns viability-oriented evaluation
semiosis concerns differences that matter for persistence
function concerns contributions to viability
evolution concerns the historical transformation of organised persistence

These are not separate explanatory domains. They are interconnected aspects of biological organisation understood through a common explanatory grammar centred on viability-oriented organised persistence.

Cognition Emerges Within Living Organisation

Cognition presupposes living organisation.

Before a system can:

represent;
infer;
decide;
predict;
or model,

it must first remain viable.

Living systems sustain viability through:

metabolism;
regulation;
environmental interaction;
behavioural coordination;
and adaptive reorganisation.

These activities establish the organisational conditions within which evaluation and semiosis become possible.

APS therefore reverses a common explanatory assumption.

Cognition is not the foundational explanatory layer from which life can be reconstructed.

Rather, cognition emerges within systems already capable of sustaining organised persistence.

This is why APS rejects attempts to define life itself through:

computation;
intelligence;
predictive processing;
or information processing alone.

Such frameworks often mistake organisational consequences of living persistence for the original conditions that make those consequences possible.

Viability and the Origins of Cognition

The deepest organisational precondition for cognition is viability.

Living systems must distinguish:

persistence-supporting conditions;
from persistence-undermining conditions.

This distinction is not externally imposed.

It emerges intrinsically from the organisation of the system itself.

Viability therefore establishes the earliest form of biological normativity.

Some interactions support continued persistence. Others destabilise or undermine it.

This creates the organisational basis for:

evaluation;
regulation;
responsiveness;
and adaptive coordination.

APS therefore treats cognition as emerging progressively from viability-oriented organisation rather than appearing suddenly as an isolated informational capacity.

Evaluation as the Organisational Core of Cognition

Evaluation forms the central bridge between persistence and cognition.

Living systems continuously evaluate environmental and internal conditions relative to viability constraints.

Evaluation therefore precedes:

representation;
symbolic processing;
abstract reasoning;
and explicit cognition.

Organisms do not first construct detached informational models and then become viable.

Rather, viability-oriented organisation generates evaluative distinctions through ongoing persistence activity itself.

Within APS, evaluation is therefore foundational because it links:

viability;
agency;
adaptation;
semiosis;
and cognition

within a continuous organisational structure.

Cognition develops through increasingly integrated forms of such evaluative organisation.

Semiosis and Meaning

Semiosis emerges when evaluative relations become organised through persistent sign-like coordination across living activity.

Meaning does not arise from arbitrary symbol manipulation alone.

Meaning emerges because signs matter to systems already engaged in viability-oriented persistence.

This is why APS rejects purely syntactic or computational approaches to meaning.

Information becomes biologically meaningful only because living systems already:

evaluate;
regulate;
and organise activity

relative to persistence conditions.

Meaning is therefore grounded in organised biological normativity rather than abstract informational structure alone.

Semiosis extends and stabilises these evaluative relations across increasingly integrated behavioural and ecological dynamics.

Cognition and Evolutionary Transformation

Cognition is also inseparable from evolution.

Cognitive organisation did not appear independently of evolutionary history.

It emerged progressively through the historical transformation of organised persistence across generations.

evolution diversifies:

evaluative organisation;
behavioural coordination;
sensory integration;
environmental responsiveness;
and adaptive flexibility.

Variation generates differences in how living systems regulate and coordinate persistence. Adaptation reorganises these capacities under changing conditions. Fitness contributes to differential continuity. Natural selection differentially stabilises some organisational trajectories relative to others.

Cognition therefore emerges evolutionarily through the long-term transformation of viability-oriented organisation itself.

APS consequently rejects views of cognition that abstract cognitive processes entirely from developmental, ecological, and evolutionary organisation.

APS Box — What Is Explanatory Grammar?

Explanatory grammar refers to the structured set of conceptual relations that determine what counts as an adequate explanation within a domain.

In APS, explanatory grammar does not begin with a list of entities, but with the conditions under which biological systems can be made intelligible. It specifies how concepts such as agency, process, and scale must be coordinated in order to explain living systems coherently.

Explanation is therefore not simply the identification of causes or mechanisms. It involves situating phenomena within an organised framework that accounts for how systems persist, regulate their activity, and maintain their organisation across time and scale.

Explanatory grammar does not merely organise explanations; it shapes what is taken to be explanatorily relevant. What counts as an entity (e.g., gene, cell, organism, process), what counts as a cause (e.g., mechanism, selection, constraint, agency), and what is treated as a real feature of biological organisation depend on the grammar through which systems are rendered intelligible. In APS, this grammar is oriented toward viability-sustaining, constraint-closed organisation, and thus privileges processes and relations that contribute to persistence as explanatorily primary. This does not determine what exists, but it determines what becomes visible, stable, and tractable within explanation.

Explanatory grammar functions as a constraint on explanation. Accounts that omit agency, ignore temporal continuity, or fail to address scale may succeed locally, but remain incomplete. APS provides a way of identifying these limitations and integrating partial explanations into a more coherent structure.

In brief: explanatory grammar determines how biological explanation works—and, in doing so, shapes what counts as an entity, a cause, and a legitimate target of explanation.

Cognition Is Not Detached Information Processing

APS rejects the idea that cognition can be reduced to information processing alone.

Information processing models often describe important aspects of behavioural coordination and regulatory organisation. However, information processing by itself does not explain:

why information matters;
why systems evaluate outcomes normatively;
why persistence has organisational significance;
or why living systems actively sustain themselves across time.

These explanatory conditions originate in viability-oriented organisation rather than in information processing alone.

APS therefore distinguishes:

informational description;
from biological explanation.

Cognition may involve information processing, but cognition is not constituted solely by informational transformation abstracted from living persistence.

This is why APS also rejects:

purely computational definitions of life;
intelligence-centred definitions of biology;
and substrate-independent accounts of cognition detached from biological organisation.

Cognition Across Biological Scale

Cognition operates across interacting biological scales.

Cognitive organisation may involve:

molecular regulation;
physiological coordination;
developmental plasticity;
behavioural organisation;
ecological interaction;
and social dynamics.

These are not isolated levels of cognition but interacting dimensions of viability-oriented organisation distributed across living systems and their environments.

Cognition therefore cannot be reduced to:

brains alone;
neural activity alone;
or symbolic processing alone.

APS consequently approaches cognition as multiscale organisational coordination grounded in the persistence dynamics of living systems.

Constraint Closure and Cognitive Organisation

Cognition emerges within constraint-closed organisation.

Living systems sustain themselves through networks of mutually reinforcing constraints distributed across biological processes and scales.

Cognitive organisation develops within these persistence-maintaining dynamics.

Evaluation, semiosis, regulation, and behavioural coordination contribute to sustaining viable continuity across time.

Cognition therefore remains inseparable from the organisational conditions through which living systems maintain themselves.

APS consequently rejects views treating cognition as detachable software implemented independently of biological organisation.

Why the Separation of Cognition from Life Creates Problems

Separating cognition from organised persistence generates several recurring explanatory problems.

It encourages:

informational reductionism;
computational abstraction;
substrate independence;
representational primacy;
and the conflation of intelligence with life itself.

These approaches often explain increasingly sophisticated organisational consequences while leaving unexplained the viability-oriented persistence that makes such organisation biologically possible in the first place.

APS instead treats cognition as one dimension of a broader organisational architecture grounded in living persistence itself.

This does not diminish cognition.

It situates cognition within the biological conditions that make cognition possible.

The APS Cognitive Continuity Structure

Within APS, cognition develops through an integrated continuity structure:

viability
↓
agency
↓
evaluation
↓
semiosis
↓
meaning
↓
information
↓
representation
↓
cognition
↓
intelligence
↓
consciousness

This sequence does not describe isolated modules or separate substances.

It describes progressively integrated organisational developments emerging within viability-oriented living systems across evolutionary and developmental time.

Cognition therefore remains inseparable from the persistence dynamics through which living systems sustain themselves historically.

Conclusion

Cognition cannot be separated from organised persistence because cognition emerges within the viability-oriented organisation through which living systems sustain themselves across time.

Living systems must first remain viable before they can:

evaluate;
regulate;
interpret;
represent;
infer;
or reason.

Evaluation, semiosis, meaning, information, representation, and cognition therefore emerge progressively within systems already engaged in persistence-maintaining biological activity.

evolution transforms these organisational capacities historically across generations through variation, adaptation, inheritance, fitness, and differential stabilisation.

APS consequently approaches cognition not as detached computation or abstract information processing, but as an increasingly integrated dimension of organised biological persistence distributed across interacting developmental, ecological, behavioural, and evolutionary processes.

Why Cognition Cannot Be Separated from Organised Persistence