> Imagine a sci-fi game that's not *just* a game — it's a planetary operating system in the making. 🧩 From radical design with 42 global citizens to embedding law, code & ecology: A visionary model for co-governing Spaceship Earth. Dive into the planetary LARP.
# A Participatory Blueprint for Spaceship Earth: Radical Design with 42 Voices
Here we outline a wildly improbable idea: to build a new kind of global participatory design process — part game, part governance system — that acts as a prototype for the future—an Earth operating system. At its core is the idea of beginning small, with just 42 people, who act as seed representatives for the whole planet, and using that group to co-create a framework that can scale up to involve billions.
This process blends democratic innovation, ecological ethics, legal architecture, and cutting-edge technology. It incorporates the poetic, the systemic, and the practical — challenging typical models of development and governance by focusing instead on “growing at the speed of trust.” ### Why 42? The project starts with a playful nod to the number "42", known from Douglas Adams’s *The Hitchhiker's Guide to the Galaxy* as “the answer to life, the universe, and everything.” But beyond this literary reference, 42 people is proposed as a practical minimum for prototyping a viable citizen assembly that is global in perspective. These 42 people are not just participants—they are active designers, co-creators of a platform for planetary-scale governance and cooperation. They will not perfectly represent the world's 8 billion people, but they are a seed: an assembly that reflects intercultural, intergenerational, and interdisciplinary perspectives. ### Radical Humility in Design Acknowledging its own limitations from the start, the project is guided by what is called “[radical humility](https://en.wikipedia.org/wiki/Intellectual_humility).” This means acknowledging that no single person, group, or even assembly of 42 can claim to fully represent humankind, much less humanity *and* the non-human world. However, it can try. The assembly is intended both as a representative forum and as a catalyst — a design engine that would set processes in motion to include wider and deeper public and expert participation, eventually scaling the process up to involve perhaps four billion people (a number roughly equivalent to global internet and social media users). ### Representation Beyond Humans An essential feature of this system is that it seeks to include not only human voices but also the "voices" of non-human actors—ecosystems, species, and biospheric systems such as the ocean. This involves more than just scientific input. Yes, it includes sensor data and scientific expertise, but it also calls for people with lived experience, spiritual insight, and a deep intuitive understanding of nature—such as those who have spent lifetimes interacting with water, land, and wildlife—to authentically channel the perspective of entities like "the ocean." Although it may sound poetic, it is a serious design principle: to find ways to speak for the non-human world without co-opting or simplifying it. The team must consider the ever-present risks of corruption, bias, and misrepresentation when people (or algorithms) claim to speak for others. ### Trust and Authenticity in Selection Consequently, there is a rigorous emphasis on trust, authenticity, and inclusivity when selecting the initial 42 participants. They are not mere tokens or placeholders—they must embody and reflect genuine, multifaceted perspectives (head, heart, and hands). And crucially, they must not be proxies for corporate interests, artificial intelligence masquerading as humans, or manipulated voices. The same care must apply to how participants are supported by, and engage with, expertise. While a single assembly cannot represent all fields of human knowledge, it can structure the means to draw in other expert assemblies when needed. ### Building the Anarchive Part of the assembly's role is to begin building a so-called "anarchive" — a living and growing knowledge and governance structure. More than a static archive, it documents deliberations, houses expert inputs, preserves transparency, and is practically usable by others in the global process. This knowledge infrastructure is part of what will become the Earth Operating System — a system that supports not just decision-making, but also documentation, learning, validation, accountability, and iterative growth. ### The Earth Operating System Must Be Built Design alone is not sufficient. The assemblies must also build. That means they must not just consult, theorise or brainstorm — they must use words, stories, code, tools, and technology to actually create working prototypes of the system. This is where the assembly becomes both a deliberative body and a build team. This includes: - Writing code - Designing interfaces - Documenting processes - Prototyping governance mechanics - Testing and refining in cycles The system that they are prototyping is not merely metaphorical or symbolic: it can hold bank accounts, manage financial flows, make legally binding agreements, and govern real-world decision-making. Hence, this is more than a participatory exercise: it is a pilot of a global legal-technical-governance infrastructure, co-designed via community participation. ### A New Kind of Scalable Game The system is modelled as a game — but not a game for entertainment. It's a serious, scalable, and recursive game—something known as a “Nomic game”, wherein each move (or round) has the possibility to change the rules of the game itself. In the first iteration, the engagement might be: - 42 people over a 6-week cycle - One third spent deliberating - One third in expert-guided design - One third building and documenting (the “hands” phase) The aim is not centralised scale-up, but rather organic, trust-based replication. The ideal growth pattern might look like: - One group of 42 becomes six - Six become 36 - And so forth… This fractal growth must be resilient, resistant to corruption, difficult to co-opt, and structured enough to permit autonomy while guiding shared purpose. ### Leaning on Tools of Today Rather than building from scratch, the process builds upon available frameworks: - Agile methodology — iterative, test-and-improve processes drawn from software development - Agentic workflows — where AI agents assist in design, documentation, and development - Open-source software — making use of rich libraries and frameworks developed over 30+ years - Participatory design practices — making users co-creators, not just “subjects” of innovation - LegalTech tools — allowing the software itself to reflect legally binding commitments and governance These technological capacities allow code to be generated not only from computer science principles but even from deliberated natural language documents. For instance, markdown files generated during workshops can be used as specifications for systems which are both legally valid and software-executable. Thus, law and code co-evolve. ### Software That Governs the Planet? Ultimately, what is being built is not metaphorical or illustrative—it is real governance software. The notion of an "Earth Operating System" is that there would be a set of interlocking systems able to: - Support inclusive global dialogue - Enable policy decision and enforcement - Allocate resources fairly - Handle legal processes - Function as a distributed system of governance for a complex planetary commons That’s a massive ambition. It would require legal frameworks, financial flows, economic models, and software tools working in harmony, and importantly, be driven not by top-down structures but through participatory mechanisms that respect cultural diversity, ecological limits, and ethical design principles. ### A Living, Playable Future In summary, this grand vision proposes a speculative but serious design fiction: a Live Action Role Play (LARP) in which the players are real and the game is both a simulation *and* a prototype for how we may assemble human and environmental agency in self-governance. As ambitious as it sounds, the technological, legal, and organisational tools today are mature enough for such a project. What is missing, and what this proposes to prototype, is the social and participatory infrastructure to build planetary systems grounded in trust, justice, wisdom, and sustainability. This is governance reimagined — not as control or hierarchy, but as collective intelligence and planetary care. Welcome to the first move in the gnomic game of Spaceship Earth.