There is no shortage of analysis and the diagnosis is widely shared. It resonates through the commons scholarship of those such as David Bollier and Michel Bauwens, the living systems biology of Elisabet Sahtouris, the decolonial futures work of people like Vanessa Andreotti and the GTDF collective, and Paul Hawken’s cataloguing of the million-plus non-profit organisations effectively forming a global immune response.² What I have long sensed as an adolescent stage of human civilisation is exactly what Sahtouris identifies as a biological imperative: we remain locked in a competitive, extractive juvenile phase, incapable yet of the mutualism that defines mature living systems. From almost any vantage point, this developmental arrest is now unmistakable.

The diagnosis is not the problem.

The problem, as Cordula Frei has articulated piercingly, is the assumption that structural redesign of society alone can resolve a crisis rooted in embodied perception. Systems are not external machines; they are hardwired patterns of attention, perception and embodied response. Any attempt to redesign societal structures without addressing the perceptual frame that generates them risks remaining a conceptual rearrangement rather than an ontological transformation.³ We cannot build a mature civilisation on an adolescent nervous system.

We have been altering the map without changing the territory for a long time. The result is not just inefficiency; it is a recursive failure where new structures are inevitably inhabited by old, extractive reflexes.

---

Having watched the news cycle and this particular conversation for the better part of forty years, from the margins of societies I could never quite belong to, the question is not whether humanity has the intelligence to solve these problems. It clearly does. The question is whether we possess the infrastructure to make that intelligence coherent within an otherwise dysregulated whole.

Elisabet Sahtouris describes mature living systems—ecosystems, organisms, and communities—as characterized by cooperation, the equitable circulation of energy, and the non-accumulative flow that sustains the health of the whole. In her telling, the movement from adolescent to mature civilization is not a moral achievement but a biological imperative—an evolution toward mutualism that all successful living systems eventually make, or perish.⁴

The question is: what does that look like in practice, at the scale of a species?

An organism knows its own state. It has nervous systems, feedback loops, immune responses. When a part of the body is under stress, the signal reaches the whole. When something is attacking the system, the immune response is distributed — no single cell commands it, no central authority coordinates it, there is no hierarchical decision matrix. It emerges from the collective intelligence of the whole responding to a common signal.

A Living Model

We have a model for this at the scale of ecosystems. The forests of the world are inter-connected by a network that most of us have learned about only too recently, and perhaps still haven’t fully absorbed: the mycorrhizal web — fungal filaments that connect the root systems of trees across vast distances, through which carbon, water, nutrients, and chemical distress signals flow in patterns of extraordinary complexity. Suzanne Simard’s decades of research in the forests of British Columbia documented what indigenous peoples had long understood: that trees are not competing individuals but collaborating communities, and that the health of the whole depends on the flow of resources through the network, not the dominance of any single node.⁵ Older trees — what Simard calls mother trees — channel disproportionate support to younger, stressed trees through the network. The forest knows its own state. It has infrastructure for mutualism built into its substrate.

Humanity, as a young species compared to forest ecosystems, does not have this. But we do have the capacity for it — Hawken’s documentation of the million-plus organisations, already functioning as responsive immune cells, is evidence of this. But we have no integrated nervous system. The evolving global collective nerve pathways are a frenzy of noise. No way for the signal of a fishing community in West Africa, or a forest people in the Amazon, or a subsistence farmer watching his water source fail, to become legible to the whole organism in a form that the whole organism can respond to sensibly.

What we have instead is the cacophony. A global information infrastructure optimised for attention capture, engagement metrics, and outrage amplification — the exact opposite of what a living system needs to know its own state.

---

The idea I’m circling around has been tried before in various forms and has mostly failed, usually for the same reasons: it gets captured by the very interests it was designed to hold accountable, or it mistakes the map for the territory and gets sidelined, or it confuses measuring sentiment with cultivating wisdom.

Petition platforms measure sentiment. Social media amplifies the loudest voices. International institutions were built in an era of scarce communication bandwidth and have been captured by the member states that fund them. The UN Security Council veto structure is perhaps the most visible current instance of a mechanism designed to represent humanity, operating instead as a suppression system for the inconvenient conscience of those vested member states — as is apparent to anyone watching the deliberations on Gaza, or the Amazon, or the South China Sea.

What I’m reaching toward here is a different model all together. Not a platform. Not a petition system. Not another feed. Something closer to a protocol — infrastructure for making humanity’s expressed conscience permanently, verifiably, unsuppressibly legible. A way for the signal to survive the noise.

Let’s call it a Global Commons Consensus Protocol.

The Global Commons Consensus Protocol

The technical design challenges are considerable, yet we do have the tools. How do we verify, for example, that any participant in this Commons Protocol, is a unique human being without creating a centralised identity database that can be hacked or subpoenaed or sold? How do we surface legitimate questions of global importance, that have genuine cross-cultural resonance, rather than reflecting the priorities of the most organised or most funded advocacy communities? How do we ensure that the evidence available to participants of such a Consensus Protocol, hasn’t already been shaped by the same institutional and commercial interests the protocol is designed to hold accountable? How do we build something that can’t be switched off, bought out, or gamed into irrelevance?

These are not rhetorical questions. They have provisional answers. These answers are being worked on, but they do require the kind of distributed, collaborative intelligence that I’m arguing humanity needs better infrastructure in order to express.

This is the oldest problem in commons-building: you need trust to build the infrastructure, and infrastructure to build the trust. The mycorrhizal network didn’t emerge from a design meeting — it evolved over millions of years through the accumulated mutualism of organisms that needed each other to survive. We don’t have millions of years. But we do have, for the first time in history, the technical capacity to build something analogous at civilisational speed — if we can find each other in time.

---

That being said, as Einstein realised, no problem can be solved from the same level of consciousness that created it. The tools for changing the world are not available to the consciousness that created the problems. This is what Sahtouris means when she talks about adolescent civilisation — not that it lacks intelligence actually, but that its intelligence is deployed in service of extraction and competition because those were the survival imperatives of an earlier phase. The nervous systems Frei describes — calibrated for threat detection, urgency, scarcity anticipation — are not broken. They are doing exactly what they evolved to do. The problem is that what they evolved to do is increasingly incompatible with planetary-scale flourishing.

Mitchell’s epiphany on the way back from the moon was not an intellectual achievement. It was a perceptual one. He saw the whole, and it changed what was possible to think. The overview effect — reported by virtually every astronaut who has experienced it — is, among other things, evidence that the human nervous system is capable of the expanded perception that Frei is pointing toward. The capacity exists. The conditions for it have been rare.

The Collective Overview Effect

What if the Commons Protocol—the project I have been cultivating on the margins of civilisation—is, among other things, an attempt to create a distributed, technological approximation of the overview effect? Not the consciousness shift itself, but the infrastructure that makes the view from outside—the view of humanity as a whole, knowing its own mind—legible for the first time?

Not a map of the territory. A way for the territory to see itself.

Those first full-color images from the Apollo 8 crew in 1968, capturing the iconic ‘Earthrise,’ may have been the genesis of this self-reflective capacity. As Prince Sultan bin Salman Al Saud observed after his own journey: ‘The first day or so we all pointed to our countries. The third or fourth day we were pointing to our continents. By the fifth day, we were aware of only one Earth.’

The Protocol seeks to make that fifth-day perspective available to everyone, instantly.

---

I remember trying to escape a meditation retreat in a remote jungle in Thailand years ago. When I reached the perimeter, a wooden plaque staked in the ground read:

There is nowhere to go, but in.

In relation to this project, the Commons Protocol is an attempt to build the infrastructure for exactly that inward movement—not in the personal, meditative sense, but as a collective. It is a mechanism for humanity to stop projecting its attention outward—into the noise, the next outrage, the endless amplification of separation—and to turn, for a moment, to look at itself. To know its own mind. To surface, clearly and permanently, what it actually thinks as a whole.

Inward movements, when they reach sufficient scale, have a habit of changing everything. History shows that oppressive systems do not fall to a single pressure point. Apartheid did not end through military defeat alone; colonial systems did not collapse solely by force. They fell through the withdrawal of legitimacy—made visible, made legible, made undeniable. This is a force that operates on a timescale longer than a news cycle but shorter than a generation.

We do not lack conscience. We lack the infrastructure to make it legible.

That is the problem. And it is a solvable one.

---

I find myself constitutionally unable to ignore the gap between what is possible and what exists, yet I remain but one fibre in a cognitive system that requires a community to coalesce a solutions-oriented reality.

History teaches us that the ideas which changed the world rarely arrived fully formulated by established authorities. The printing press was not designed by ecclesiastical hierarchies; it emerged from the workshops of goldsmiths and tinkers. The internet was not built by the telecommunications industry; it was forged by academics and researchers on the fringes of government funding. Bitcoin was published by a pseudonymous architect whose identity remains unknown, dismantling the very notion of centralized trust. And the Fediverse—the decentralized social web slowly rendering centralized platforms obsolete—was constructed by a loose confederation of individuals who simply decided to build a different model.

Transformation does not come from the center. It comes from the edges.

A Call to Action

The Commons Protocol is a seed—a founding design philosophy, a suite of provisional design documents, and an open invitation to those with the technical and governance expertise to build what is only outlined here. Hosted at github.com/ns9t/commons-protocol, it belongs to no one. It is offered to everyone.

It does not need more description. It needs builders—people who hold the ontology and can write the code. People who understand that a protocol is not just a technical specification but a set of values encoded in infrastructure. People who have spent time straddling living systems ontology, commons governance, or protocol design and come away wondering: What would the practical infrastructure of a mature civilisation actually look like?

If you are one of those people: the conversation starts here.

---

The author tends the Commons Protocol at github.com/ns9t/commons-protocol. Correspondence: commonsprotocol@proton.me

---

Notes

1. The Institute of Noetic Sciences (noetic.org), which Mitchell founded in 1973 following his return from Apollo 14. See also Lynne McTaggart, The Field: The Quest for the Secret Force of the Universe (HarperCollins, 2001), drawing on Edgar Mitchell’s account. ↩︎
2. Paul Hawken, Blessed Unrest: How the Largest Movement in the World Came into Being and Why No One Saw It Coming (Viking, 2007). The Gesturing Towards Decolonial Futures collective and their associated texts, including Burnout from Humans (2025), develop a related but distinct analysis of civilisational exhaustion and the limits of current change-making frameworks. ↩︎
3. Cordula Frei, “Beyond System Change — Nervous Systems, Planetary Consciousness and the Limits of Human Control,” Parallax (Substack), May 2026. ↩︎
4. Elisabet Sahtouris, EarthDance: Living Systems in Evolution (iUniverse, 2000). Sahtouris’s model of civilisational adolescence and the evolutionary move toward mutualism is developed throughout the text and in her subsequent lectures and interviews, many of which are available at ratical.org. ↩︎
5. Suzanne Simard, Finding the Mother Tree: Discovering the Wisdom of the Forest (Allen Lane, 2021). The foundational scientific paper is Simard et al., “Net transfer of carbon between ectomycorrhizal tree species in the field,” Nature 388 (1997), pp. 579–582. For the broader mycorrhizal network literature, see also Merlin Sheldrake, Entangled Life: How Fungi Make Our Worlds, Change Our Minds and Shape Our Futures (Bodley Head, 2020). ↩︎