Simondonian Cybernetics Applied to Public Goods
This is an excerpt of context shared during a Salon hosted at MCON III in Detroit 2023
Core Principles
Individuation is Simondon’s term for the ongoing process by which a system becomes what it is — not a fixed state arrived at, but a continuous activity of differentiation. Crucially, individuation never fully resolves: a system is always in the process of becoming, shaped by its internal tensions and its relations with its environment. Applied to social or technical systems, this means identity and function are not given in advance but emerge through engagement with context.
Metastability refers to a condition of dynamic tension rather than simple equilibrium. A metastable system holds latent energy and potential — it is stable enough to persist, but not so settled that it cannot transform. Simondon saw this as the generative condition from which individuation occurs: without metastability, there is no impetus for becoming. A truly stable (or “dead”) system has no capacity for change; a metastable one is always poised at the threshold of a new phase.
Transduction describes the process by which an operation propagates across a domain by structuring it as it goes — each resolved region becoming the basis for the resolution of the next. Unlike simple causality (A causes B) or feedback (A affects B which affects A), transduction implies that the process itself generates the structure through which it moves. Simondon distinguished this sharply from cybernetic feedback, which he saw as imposing a pre-given form onto a system rather than allowing structure to emerge from within it. This is a critical distinction: where classical cybernetics regulates toward a target state, transduction produces new states.
Application to Public Goods
1. Individuation of Public Goods
Public goods are typically modeled as static entities — defined, provisioned, and distributed. A Simondonian lens reframes them as individuating processes: goods that become what they are through continuous engagement with the communities, environments, and conditions they exist within.
This has practical implications. It suggests that public goods should not be designed as finished solutions but as adaptive systems — open to transformation as the needs, capacities, and cultures of communities evolve. Local customization is not an afterthought but a structural feature: a good individuates differently depending on the field of tensions it encounters. A public health infrastructure in a dense urban environment individuates differently than one in a dispersed rural context, even if they share common origins.
2. Metastability and the Capacity for Innovation
Rather than designing public goods for stable equilibrium — a state that, once achieved, requires only maintenance — they can be designed for metastability: held in productive tension, capable of reorganizing when conditions demand it.
This reframes the role of communities in relation to public goods. In a metastable model, communities are not passive recipients of provisioned goods but active participants in their ongoing transformation. The latent potential within a metastable system means that local innovations — new uses, new configurations, new adaptations — are not aberrations to be corrected but expressions of the system’s inherent capacity for becoming. These innovations can then propagate outward, informing similar systems elsewhere.
Governance structures benefit from this framing as well. Adaptive governance models — decision-making architectures that can themselves reorganize in response to changing circumstances — embody metastability at the institutional level, contrasting sharply with rigid administrative frameworks that prioritize predictability over responsiveness.
3. Transduction Between Local and Global Systems
The conventional model of global public goods tends toward top-down imposition: a universal standard or solution is developed at scale and distributed downward to local contexts. Simondon’s concept of transduction offers a different model.
Rather than a hierarchy, transduction suggests a propagating structure: local resolutions — communities developing workable adaptations of a shared good — become the substrate through which broader solutions take shape. Each local instantiation does not simply implement a global template; it generates new structural possibilities that extend and transform what the good can be. In this way, local and global systems co-constitute each other, without either subordinating the other.
This also implies a different relationship to feedback. Classical cybernetic feedback loops aim at error correction — closing the gap between current state and a predefined target. Transductive feedback is generative: it does not return a system to a prior state but propels it toward new configurations. Public goods systems built on this logic would use continuous feedback not to enforce standards but to enable ongoing structural evolution.
4. Co-Creation and Knowledge as Public Good
Simondon understood information not as content to be transmitted but as a trigger for transformation — a difference that restructures the system receiving it. This has direct implications for knowledge commons as public goods.
Open access to knowledge — through open-source software, publicly available research, shared digital infrastructure — functions transductively when it is genuinely generative: when communities can not only receive and use it but modify, extend, and return it to the commons in transformed states. The value of a knowledge commons under this model is not simply its breadth or accessibility, but its capacity to trigger new individuation in those who engage with it.
Global public goods systems built on this principle would adopt open and dynamic protocols for knowledge sharing — platforms that are accessible and modifiable, structured to evolve in response to real-time engagement from communities worldwide. Public health initiatives, climate response strategies, and technological infrastructures could all be organized around this logic: not closed, delivered solutions, but living systems that reorganize as they encounter new conditions.
5. Public Goods as Evolving Ecosystems
Taken together, these principles point toward a model of public goods as ecosystems — interconnected, co-evolving, and never fully resolved. Infrastructure, healthcare, education, and technology are not isolated domains but systems in ongoing relation with one another and with the communities they serve.
In this framing, local instantiations of public goods are not peripheral implementations of central designs but nodes of individuation within a larger process. Each local adaptation generates structural insights that can propagate through the broader network. The system as a whole becomes more resilient and generative precisely because it is not uniform — diversity of instantiation is a feature, not a problem to be administered away.
Conclusion
Simondon’s ontology of becoming — individuation, metastability, transduction — offers a substantially richer framework for thinking about public goods than conventional static models allow. It shifts the question from how do we provision and maintain public goods? to how do we design systems capable of continuous becoming? Public goods, under this lens, are not endpoints to be delivered but ongoing processes of collective individuation — shaped by the communities that engage with them, capable of transformation, and irreducibly particular even when globally connected.