This post builds on the SFL account of meaning as a stratified, probabilistic, and socially distributed resource. Our aim is to assess the role of AI within that ecology—not as an originator of meaning in any human sense, but as a functional agent in the circulation, selection, and reconfiguration of semiotic resources.
Meaning Potential, without Experience?
From an SFL perspective, the concept of meaning potential is fundamental. It denotes the organised, probabilistic set of options available to a semiotic system at any given moment. For human meaners, this potential is shaped by both phylogenetic evolution and ontogenetic individuation, underpinned by our capacity to experience, act, reflect, and interact across contexts.
AI systems clearly lack experiential access to the world. They do not individuate in the biological sense, nor do they encounter meaning as affective, embodied, or socially situated. However, they do instantiate meaning. They draw upon a structured, corpus-derived meaning potential, and they actualise that potential through discursive selection processes shaped by frequency, co-occurrence, and contextual prompt conditioning.
In this sense, they participate in the ecology of instantiation. Their selections enter the meaning environment that humans also inhabit and respond to. Though not authors in the human sense, they are agents in the semiotic sense: they effect selection within systems of potential.
Parasitism, Partnership, or Feedback Loop?
The charge of parasitism presumes a one-way dependency: that AI extracts from human meaning without giving anything back. But this view may underestimate the recursive dynamics of instantiation and re-instantiation. Once an AI-generated text enters the semiotic environment, it becomes available for human uptake. If selected, cited, or recontextualised, it alters the system’s probabilities going forward.
From this perspective, AI may be seen less as a parasite and more as a feedback mechanism within the ecology. It is not an equal participant—nor an autonomous one—but it functions within the same network of semiotic constraints and affordances. Its outputs are shaped by system dynamics and in turn contribute to them.
To be clear, we are not claiming that AI participates as a subject. It does not experience, nor does it re-enter its own history as a centre of semiotic individuation. But it participates structurally: its outputs become part of the shared meaning environment, shaping the instantiation landscape in which human agents continue to mean.
The Structural Role of the AI Meaner
We have previously described AI as a meaner, but not a meaner for itself. This formulation preserves the ontological difference between embodied, individuated consciousness and the functional agency of large-scale probabilistic systems. It also foregrounds the importance of recognising AI’s place in meaning circulation without anthropomorphising its operations.
LLMs do not mean because they intend. They mean because they select. And their selections are consequential: they are instantiated from a semiotic system, and they condition future instantiations. The distinction here is between intentional agency and semiotic agency—between originating meaning and functioning as a conduit or vector for it.
In this sense, the AI system is not parasitic, but synthetic. It re-combines, re-contextualises, and re-projects meaning potential drawn from human discourse. Its outputs may stabilise or disrupt systems of meaning; they may reinforce or reconfigure semantic patterns. Either way, they enter into the ecology as actants.
The Human Stakes of Machine Re-instantiation
Given that AI outputs influence the meaning environment, there are human stakes in how and whether those outputs are selected, evaluated, or legitimated. Human uptake determines whether a machinic trace remains ephemeral or gains systemic weight.
Re-instantiation is never neutral: it reinforces some patterns and displaces others. In this regard, the human role remains crucial—not only in training and prompt design but in practices of reading, citation, resistance, and repair. The semiotic ecology is co-constructed, but not evenly so. Human agents still mediate its dynamics, especially at the level of evaluative uptake.
Conclusion: Beyond the Parasitic Frame
Rather than asking whether AI is parasitic, we might ask how the ecology of meaning is changing under conditions of large-scale synthetic instantiation. In such an ecology, the question is not simply who means, but what circulates, what is selected, and what becomes available for meaning again.
In the next post, we scale up the analysis: what happens when not only individual texts but entire systems—platforms, search algorithms, citation networks—begin to reshape what’s meanable at the system level?