Every coordination model relies on assumptions about how information moves between the coordination nodes that make society function. The BioConomy relies on one assumption in particular. Coordination happens through changes to a shared medium that every actor can read, and the medium itself is the coordination. Francis Heylighen calls this mechanism stigmergy and argues it is the coordination concept the modern moment most requires.
The mechanism
Stigmergy is the pattern by which termite mounds get built, ant trails get followed, and Wikipedia articles converge on usable form without a central editor. An actor performs a local action. The action leaves a trace in the shared environment. The trace is read by the next actor, who responds to what the trace shows and leaves a modified trace of their own. No central plan needs to circulate. The environment carries the coordination.
Heylighen argues that this mechanism scales in ways that hierarchical planning and communicative negotiation do not. Coordination becomes a property of the substrate. Intelligence sits in the interaction between the actors and their environment, with the environment holding part of what a central mind would otherwise have to hold.
The BioConomy adopts this reasoning as its operating premise. Where the Market form coordinates through price signals and the Institutional form coordinates through hierarchy and rule, the Emergent form coordinates through published traces in a shared knowledge medium. The medium is a network of interlinked BioHub wikis. The trace is the coordination surface each wiki publishes.
The coordination surface as trace
Each BioHub wiki carries a file at a predictable path called coordination-surface.md. It publishes four things in structured form: what the BioHub offers peer BioHubs, what it seeks from them, which financial-instrument classes it is aligning to, and how to make contact.
A peer BioHub’s coordinator, or the AI agent working on that coordinator’s behalf, reads the file. The reading is the coordination event. The reader sees where its own offers meet the publisher’s seeks, or where a shared instrument creates natural alignment across bioregions, and moves toward that opening. The publisher revises its own file as its offers and seeks change. Every revision is legible to every other node reading. The network coordinates through the reading and revision of a shared trace medium.
There is no standing assembly. No federation body approves the alignments that emerge. The reading pattern documented for AI agents makes the mechanism operational at machine scale, and the same pattern works at human scale: the file is written to be read by a coordinator without prior contact, and the reading produces the next action.
This is what the Substrate Hypothesis says. Coordination is a property of the substrate. The coordination-surface pattern is the substrate the BioConomy publishes.
How decision-making evolves
Democratic governance in the assembly sense (delegates, votes, consensus circles, standing committees) is a coordination technology of the Institutional and Market forms. It works inside a bounded polity where a defined membership is present, where decisions are periodic, and where each decision produces a rule that constrains subsequent behavior. Cities, corporations, unions, cooperatives, and nation-states all coordinate this way. The mechanism is well understood and remains fit for its native context.
The E form operates in a different context. Its coordinating actors are BioHubs anchored in separate BioRegions, each with its own cohort and charter. No bounded polity exists across which a vote could be taken. No delegate assembly holds standing authority over what a BioHub in another catchment offers or seeks. Attempts to construct such an assembly at bioregional or planetary scale run into the failure modes stigmergy is designed to avoid: attendance decay, capture by the well-resourced, decision latency measured in years, and coordination cost that consumes the coordination.
The BioConomy declines to reproduce assembly governance at the inter-BioHub layer because the substrate carries the coordination the assembly would otherwise carry. A BioHub coordinator reads a peer’s coordination surface and knows what alignment is available. The Tenderable Services Portfolio entries make visible what buyers will pay for, and other bioregions read the marker and enter the market on comparable terms. The BioScore moves as substrate conditions change, and BioHubs adjust their activity in response. Retention-accounting frames make visible what conventional GDP keeps invisible, and capital and labor track toward what becomes legible.
Each BioHub retains democratic governance internally where the coordination is dense and the polity is bounded: charter, membership, cohort decisions, dissolution. The Founding Compact and the BioHub Identity Template establish the internal governance form each cohort chooses. At the inter-BioHub layer, coordination runs stigmergically.
Why BioConomy decisions beat Economy decisions
Two properties of the substrate carry the coordination load a federation body would otherwise carry.
The first is that the trace is public and structured. Every BioHub’s coordination surface sits at the same path in the same wiki layout, carries the same controlled frontmatter vocabulary, and links back to a shared BioConomy wiki for definitions. Any peer BioHub can read any other’s, at any moment, without prior arrangement. The reading itself is the discovery.
The second is that the trace is legible to AI agents. The dual-layer convention documented in How to Build a BioHub Wiki keeps every page human-readable and machine-parseable. An AI agent scanning peer wikis on a coordinator’s behalf surfaces complementary capabilities in minutes that a human working through personal relationships would take weeks to identify. The Carbon-Silicon Partnership names the specific form this reading takes: silicon intelligence handles the trace parsing at scale, carbon intelligence handles the judgment about which openings to act on.
Together these properties mean that what an assembly of delegates would coordinate through meetings, minutes, motions, and votes, the BioConomy coordinates through published files, revisions, and reads. The substrate is doing the coordination the assembly used to do.
What follows
The design premise carries consequences for what a BioHub cohort spends its time on. The founding suite templates produce a specific set of published outputs. The wiki is populated to publish them at predictable paths. The coordination surface is maintained as offers and seeks change. Restoration, monitoring, tender preparation, and cohort life all sit on the base the coordination surface provides.
The coordination work is reading peer wikis (the wiki network folder lists the peer BioHubs currently publishing to the convention) and adjusting your published surface as capacity changes. It is a small fraction of what an assembly would consume. That fraction is the point.
Related pages
- Stigmergy
- Coordination Surface
- How to Build a BioHub Wiki
- Mycelial Coordination
- The TIME Framework
- Evolution of Coordination Nodes
- Carbon-Silicon Partnership
- E Form (Emergent)
- Substrate Hypothesis
Sources
- Heylighen, F. (2016). Stigmergy as a universal coordination mechanism.
- Grassé, P.-P. (1959). La reconstruction du nid et les coordinations inter-individuelles chez Bellicositermes natalensis et Cubitermes sp.
- Ronfeldt, D. (1996). Tribes, Institutions, Markets, Networks (RAND P-7967)
Provenance
Written 4 September 2026 as the grounding essay that explains the BioConomy’s coordination model to a reader arriving from the orientation essays and asking how the pieces fit. It names stigmergy as the mechanism the design has been assuming, positions it as the coordination technology of the Emergent form alongside price signals in the M form and hierarchy in the I form, and treats the coordination-surface file at each BioHub wiki as the specific stigmergic substrate the network publishes. Draws on Francis Heylighen’s 2016 argument that stigmergy is the coordination concept the modern moment most requires.