Supersociety Advancements

The Reorganization

Human institutions are reorganizing. Not gradually, not theoretically — measurably.

The patterns of the 20th century — centralized corporations, top-down governance, extractive supply chains — evolved in an era when coordination was expensive and information was scarce. Those constraints no longer apply. The internet reduced communication costs to near zero. Blockchain technology created trustless coordination. AI is now reducing the cost of knowledge work itself.

When the constraints change, the institutions change. The Supersociety is the emerging result.

This page documents the evidence. We track three structures — Community, Governance, and Commons — across three scales of collective action: companies, communities, and countries. Every claim is sourced. Every trend is quantified. The goal is not to persuade but to map what is already happening, so that those who are building regenerative institutions can learn from the evidence rather than reinventing from scratch.

The Signal: Structural Indicators

Before examining the evidence in detail, we present the headline numbers that define the current state of the social transition:

• $2.79 trillion — Revenue generated by the 300 largest cooperatives worldwide (World Cooperative Monitor, 2024)
• 80% — Five-year survival rate for cooperatives in the United Kingdom, compared to 41% for all UK businesses (Co-operatives UK, 2024)
• 100 million+ — Developers contributing to open-source projects on GitHub, growing 35% year-over-year (GitHub Octoverse, 2024)
• $8.8 trillion — Demand-side economic value of widely used open-source software (Harvard Business School, 2024)
• $25 billion+ — Combined treasuries managed by decentralized autonomous organizations (DeepDAO, 2026)
• $70 million+ — Distributed to public goods through Gitcoin's quadratic funding mechanism since 2019
• 16 colleges closed in 2025 — Extractive educational institutions failing at scale while cooperative alternatives grow

These are not isolated stories. They are structural indicators. Each one represents a measurable shift from extractive to regenerative coordination — the defining social transition of our era.

Community: The Cooperative Advantage

The case for cooperative structures is not ideological. It is empirical, replicated across cultures, economies, and time periods.

Cooperative Survival Rates

Cooperatives consistently outperform conventional businesses in the most fundamental metric: staying alive long enough to fulfill their mission.

Quebec, Canada. A study by the Ministry of Economic Development found that cooperative survival rates after 5 years were 62%, compared to 35% for conventional businesses. After 10 years: 44% versus 20%. The study controlled for industry and size, meaning the cooperative structure itself — not selection bias — drives the survival advantage.

Italy. The Emilia-Romagna region, where cooperatives account for approximately 30% of regional GDP, has consistently lower unemployment and higher per-capita income than the Italian national average. This is not a small experiment — it is a regional economy of 4.5 million people demonstrating that cooperative organization scales. The Mondragon cooperative in Spain — 80,000+ worker-owners across 95+ cooperatives — has operated for 70 years with only one year of net losses. It is the tenth-largest Spanish company by revenue and the largest business group in the Basque Country.

United Kingdom. Co-operatives UK reports that cooperative enterprises have a 5-year survival rate of approximately 80%, compared to 41% for all UK businesses. The cooperative economy in the UK grew by 3.6% in 2023, outpacing GDP growth. The sector now includes over 7,000 cooperatives with combined revenues exceeding 40 billion pounds.

Globally. The International Cooperative Alliance represents over 3 million cooperatives worldwide, employing more people than all multinational corporations combined. The 300 largest cooperatives alone generate $2.79 trillion in annual revenue — comparable to the GDP of France.

Why Cooperatives Survive

Research points to three structural factors that explain the cooperative survival advantage:

1. Aligned incentives. When workers are also owners, the agency problem that plagues conventional firms — where managers maximize their own compensation at the expense of long-term value — disappears structurally rather than requiring monitoring and enforcement.

2. Democratic governance. Cooperative governance prevents the concentration of decision-making power that leads to catastrophic errors. A CEO who answers only to a board of like-minded shareholders can pursue strategies that destroy value for everyone else. A worker-owner who answers to fellow worker-owners cannot.

3. Member commitment. During downturns, conventional businesses lay off workers. Cooperatives typically adjust hours, reduce executive pay, and find creative solutions — because the members are the business. This resilience during crises translates directly into higher survival rates. Mondragon weathered the 2008 financial crisis by redeploying workers across cooperatives rather than laying them off.

The B Corp Movement

Beyond traditional cooperatives, the B Corp certification movement signals a broader shift in corporate purpose. Over 7,000 Certified B Corps across 90+ countries now operate under a legal framework that requires them to balance profit with purpose — stakeholder value, not just shareholder value. Employee-owned companies consistently outperform the S&P 500, and companies with circular business strategies report 23% higher profit margins than their extractive competitors.

Psychological Safety and Team Performance

At the smallest scale of cooperation — the team — research from Google's Project Aristotle (2015, replicated multiple times) identified psychological safety as the single strongest predictor of team performance. Not talent, not experience, not resources. The belief that you can take risks without punishment.

This finding has profound implications. It suggests that the quality of cooperation within a team matters more than the quality of the individuals. A psychologically safe team of average performers consistently outperforms an unsafe team of stars. Companies built on cooperative principles — shared ownership, transparent decision-making, distributed authority — create psychological safety structurally rather than relying on individual managers to cultivate it.

Open Source: Cooperation at the Largest Scale

Open-source software is the largest cooperative project in human history — and its success challenges fundamental assumptions about how value is created.

Scale and Growth

GitHub's 2024 Octoverse report documented over 100 million developers contributing to open-source projects. Open-source contributions grew 35% year-over-year. This is not a niche activity — it is how the majority of the world's software is now built.

Economic Value

A 2024 study by the Harvard Business School estimated that the demand-side value of widely used open-source software is $8.8 trillion. Recreating it would cost an estimated $4.15 billion in direct development costs, meaning open-source developers have created roughly 2,000x the value of their direct compensation. No other production model in human history has achieved this ratio of value created to resources consumed.

Infrastructure Dominance

The numbers are stark:

• Linux runs 96.3% of the world's top million servers
• Apache and Nginx serve over 60% of all web traffic
• The entire cloud computing industry — worth $600+ billion — runs on open-source foundations
• 96% of all codebases contain open-source components (Synopsys, 2024)

The digital infrastructure of the modern world is cooperative infrastructure. Every Google search, every Amazon order, every Netflix stream runs on software that was built by volunteers coordinating without hierarchical management.

Corporate Participation as Validation

Microsoft, Google, Meta, Amazon, and Apple are now among the largest open-source contributors. This is not philanthropy. These companies — some of the most sophisticated profit-maximizing entities in history — recognized that cooperative development of shared infrastructure produces better outcomes than proprietary alternatives. When the most competitive companies in the world choose cooperation over competition for their foundational technology, it is evidence that cooperation is structurally superior for certain classes of problems.

The Free-Rider Puzzle Solved

Traditional economics predicts that public goods will be under-provided because rational actors will free-ride. Open source demonstrates something different: when the returns to participation exceed the returns to extraction — through skill development, reputation building, network access, and the compounding value of shared infrastructure — cooperation becomes the rational choice. The open-source model does not require altruism. It requires only that the system be designed so that contributing is more rewarding than free-riding.

Governance: From Hierarchy to Distributed Decision-Making

DAOs: Programmable Cooperation

Decentralized Autonomous Organizations (DAOs) represent the frontier of cooperative governance — organizations where the rules of coordination are encoded in transparent, auditable smart contracts rather than opaque corporate bylaws.

Scale. DeepDAO reports that over 13,000 DAOs manage combined treasuries exceeding $25 billion as of early 2026. This is not a theoretical experiment — it is a new form of institutional governance managing real assets at significant scale.

Governance innovation. DAOs have pioneered governance mechanisms that have no precedent in traditional institutions:

• Token-weighted voting — Voting power proportional to stake, with mechanisms to prevent plutocratic capture
• Conviction voting — Preferences strengthen over time, favoring considered decisions over reactive ones
• Quadratic voting — The cost of additional votes on a single issue increases quadratically, preventing any single voter from dominating while allowing expression of preference intensity
• Rage quit — Members can exit with their proportional share of treasury if they disagree with a decision, providing a structural check on majority tyranny
• Delegation — Liquid democracy where voters can delegate their votes to subject-matter experts and revoke delegation at any time

Real impact. ConstitutionDAO raised $47 million in under a week to bid on a copy of the U.S. Constitution. PleasrDAO has acquired significant cultural artifacts. Gitcoin DAO has distributed over $70 million to public goods. Uniswap governance manages a protocol processing billions in monthly volume.

Honest limitations. DAOs are imperfect. Voter apathy is common — many DAOs see less than 10% participation in governance votes. Token-weighted voting can create plutocratic dynamics. Smart contract vulnerabilities have led to significant treasury losses. Coordination costs in flat organizations can be high. These are real challenges, and we document them honestly because the goal is not to promote DAOs uncritically but to track what works, what fails, and why.

Quadratic Funding: Democratizing Resource Allocation

Quadratic funding — conceived by Vitalik Buterin, Zoe Hitzig, and Glen Weyl — is a mechanism where small individual contributions are amplified by a matching pool proportional to the number of unique contributors rather than the amount contributed. A project with 1,000 people contributing $1 each receives far more matching than a project with one person contributing $1,000.

Gitcoin's implementation has distributed over $70 million to public goods since 2019, funding over 5,000 projects. The mechanism consistently directs funds to projects with broad community support rather than wealthy backers. Perhaps most significantly, many early grant recipients later became funders themselves — creating a flywheel where beneficiaries of public goods become providers of public goods.

Why it matters. Traditional philanthropy and government funding both suffer from the same flaw: a small number of decision-makers determine what gets funded, creating misalignment between what communities need and what funders prioritize. Quadratic funding inverts this by making community breadth the primary signal, not donor depth. It is a concrete, functioning mechanism for funding commons resources at scale.

Elinor Ostrom's Design Principles for Governing the Commons

Elinor Ostrom won the Nobel Prize in Economics in 2009 for demonstrating that communities can and do successfully manage shared resources without either privatization or government control — contradicting the "tragedy of the commons" narrative that had dominated economic thinking for decades.

Her research, spanning hundreds of case studies across fishing communities, irrigation systems, forests, and grazing lands worldwide, identified eight design principles that characterize successful commons governance:

1. Clearly defined boundaries. Both the resource and the community that manages it must have clear boundaries. Members know who is in and who is out.

2. Proportional costs and benefits. Rules governing use of the common resource must be locally appropriate and proportional — those who contribute more gain more access, and those who take more bear more responsibility.

3. Collective decision-making. Most individuals affected by the rules can participate in modifying the rules. Governance is not imposed from outside.

4. Monitoring. Effective monitoring of the resource and member behavior, carried out by community members or agents accountable to them.

5. Graduated sanctions. Violations of community rules result in graduated penalties — mild for first offenses, increasing for repeat violations — rather than all-or-nothing punishment.

6. Conflict resolution. Accessible, low-cost mechanisms for resolving disputes among members.

7. Recognition by external authorities. The right of community members to organize and govern themselves is recognized by external governments and authorities.

8. Nested enterprises. For larger commons systems, governance is organized in multiple nested layers — local rules within regional rules within national frameworks — each level appropriate to its scale.

These principles map directly to regenerative institutional design. Every successful cooperative, every functioning DAO, every thriving open-source community either consciously or unconsciously follows some version of these principles. They are not prescriptions — they are patterns observed in institutions that actually work, distilled from decades of fieldwork.

The Network State Concept

Balaji Srinivasan's The Network State (2022) formalized a concept that had been emerging for years: communities that start online, build social trust and shared infrastructure digitally, and eventually acquire physical presence. The progression follows a clear path:

Startup Society — A small, intentional, values-aligned network. This is where most collective experiments begin: a Discord server, a Telegram group, a shared mission. The key threshold is moving from passive membership to active cooperation.

Network Union — Members cooperating across geography, pooling resources, developing shared governance. The digital community begins to function as an actual institution — with rules, resources, and collective agency.

Network Archipelago — Physical locations connected by shared governance. The digital network acquires real-world nodes — co-living spaces, co-working hubs, event venues — creating a network of places linked by shared values rather than shared geography.

Network State — A community with the capacity for collective action, verified on-chain, that exercises sovereignty over some domain. This is the most ambitious vision — but the intermediate stages are already producing real value.

Evidence on the ground. Prospera (Honduras), Praxis (Mediterranean), and Culdesac (Tempe, Arizona) represent different approaches to building intentional communities from first principles. Estonia's e-residency program — 100,000+ digital residents from 170+ countries — demonstrates that digital-first governance can function at national scale. Over 10 network state projects are in active development worldwide.

Participatory budgeting — a related governance innovation — is already mainstream. Over 11,000 cities worldwide use some form of participatory budgeting. Porto Alegre, Brazil, which pioneered the practice, saw a 50% reduction in infant mortality over 20 years of participatory governance. When citizens directly decide how public funds are allocated, outcomes improve measurably.

Commons: Shared Resources for Shared Flourishing

The commons — resources that belong to a community rather than to individuals or corporations — is the third structure of the Supersociety. The concept is ancient; the technology to manage commons at scale is new.

Digital Commons

The internet itself is a commons — but one that has been progressively enclosed by platform monopolies extracting rent from users who create the value. The regenerative response is building digital commons that resist enclosure:

• Wikipedia — 60+ million articles in 300+ languages, maintained by volunteers, free to access. The sixth most-visited website in the world, operating on a fraction of the budget of any commercial competitor.
• Hugging Face — 2 million+ open-source AI models, democratizing access to artificial intelligence that would otherwise be controlled by a handful of corporations.
• Creative Commons — Over 2 billion works licensed under Creative Commons, creating a shared cultural resource that grows with every contribution.
• DeSci (Decentralized Science) — 50+ projects with a 96% survival rate, community-funding scientific research that traditional grant systems overlook or underfund.

Physical Commons

The commons is not only digital. Physical commons — shared spaces, tools, and resources — are experiencing a renaissance:

• Community land trusts remove land from speculative markets, keeping housing affordable in perpetuity. Over 300 CLTs operate in the United States alone.
• Tool libraries and makerspaces provide shared access to equipment that would be prohibitively expensive for individuals, reducing waste and building community simultaneously.
• Food cooperatives give members direct control over their food supply chain, typically paying farmers more and charging consumers less than conventional retail.

The Nordic Model as Evidence

The Nordic countries — Denmark, Finland, Iceland, Norway, and Sweden — consistently rank first through fifth on measures of happiness, human development, social trust, and innovation. They demonstrate at national scale what the evidence suggests at every scale: high social trust, cooperative labor relations, and universal public goods produce better outcomes than low-trust, adversarial alternatives.

Bhutan's Gross National Happiness index — measuring wellbeing rather than GDP — represents an even more radical approach to defining national success. The question is not whether alternative metrics are feasible. The question is whether we will continue measuring success by metrics designed for extraction (GDP) or adopt metrics designed for flourishing.

The Degen-to-Regen Transition

The shift from extractive to regenerative institutions follows a clear pattern:

Dimension	Degen Institution	Regen Institution
Ownership	Concentrated, absentee	Distributed, participatory
Governance	Top-down, opaque	Transparent, accountable
Value distribution	Winner-take-all	Proportional to contribution
Time horizon	Quarterly, short-term	Generational, long-term
Relationship to community	Extractive	Symbiotic
Trust model	Zero-trust, hierarchical control	High-trust, distributed verification
Failure mode	Catastrophic collapse	Graceful degradation

Every extractive institution creates demand for its regenerative replacement. This is the domino effect: each failure of a degen institution makes the case for regen alternatives more visible, and each successful regen institution makes the next one easier to build.

The evidence is directional:

• Shareholder primacy has produced a 72% productivity gain alongside only a 9% median pay increase since 1973 — the gap is extraction
• Institutional trust has collapsed: government at 22%, media at 28%, healthcare at 16% (Gallup, Edelman)
• 136 newspapers close per year — information gatekeepers failing at scale
• Meta lost $80 billion+ on the metaverse — top-down social engineering at its most expensive and least effective

The failures are not random. They are structural. And the replacements are not utopian. They are measurable, replicable, and accelerating.

The Technology Bridge

What makes the Supersociety possible now — rather than merely desirable — is technology that has reduced the cost of coordination by orders of magnitude:

Communication. Real-time global communication is essentially free. Slack, Discord, and video conferencing have made distributed cooperation as natural as in-person collaboration. A cooperative with members across 50 countries faces no higher communication costs than one with members in a single office.

Trust. Blockchain and smart contracts create verifiable trust without intermediaries. Reputation systems make trustworthiness visible and portable. Open-source code makes institutional behavior auditable by anyone. The cost of trust — historically one of the largest barriers to cooperation — has collapsed.

Decision-making. Quadratic voting, conviction voting, and AI-assisted deliberation tools are making collective decision-making more efficient and more equitable than traditional voting or hierarchy. The old tradeoff — democracy is fairer but slower — is being dissolved by technology.

Resource allocation. Quadratic funding, retroactive public goods funding, and programmable treasuries enable communities to fund shared resources without relying on centralized decision-makers or philanthropic gatekeepers.

AI amplification. AI tools are reducing the coordination overhead of collective action. Meeting summarization, proposal drafting, vote analysis, and resource tracking can now be handled by systems rather than dedicated administrative staff — making small cooperatives as operationally capable as large corporations.

The Three Roles of the Supersociety

Within the game framework, the Supersociety level defines three roles that correspond to increasing depth of collective engagement:

Core Cooperators — The foundation. Members who show up, contribute consistently, and maintain the trust fabric of the community. In open-source terms, these are the regular contributors. In cooperative terms, these are active member-owners. The role requires reliability, transparency, and genuine commitment to shared purpose.

Mesh Connectors — The bridges. Members who connect different nodes of the network, facilitate communication across groups, and ensure that the collective intelligence of the community is accessible to all parts. In network theory, these are the high-betweenness nodes — the people who prevent the network from fragmenting into disconnected clusters.

Node Operators — The infrastructure builders. Members who create and maintain the systems, tools, and governance structures that the community depends on. In open-source terms, these are the maintainers. In cooperative terms, these are the elected governance leaders. The role requires both technical capability and community trust.

The mastery arc moves from Startup Society — building the initial cooperative structure — to Network State — achieving the scale and governance sophistication to exercise genuine collective agency across domains.

Connection to Other Realms

The Supersociety does not exist in isolation. It sits at the center of the spectrum — the point where individual enhancement meets collective contribution — and connects to every other realm:

Education (Superhuman Enhancements) — Enhanced individuals form stronger collectives. The Superhuman path provides the human capital — cognitive enhancement, skill development, knowledge acquisition — that cooperative institutions require. You cannot cooperate effectively if you have nothing to bring to the table.

Lifestyle (Personal Success Puzzle) — Personal stability across health, wealth, and peace is a prerequisite for sustained collective contribution. The burnout epidemic, the paycheck-to-paycheck crisis, and the metabolic health collapse are not just individual problems — they are cooperative capacity problems. People who are drowning cannot help build ships.

Business (Business Success Puzzle) — Cooperative business models outperform extractive ones in longevity and resilience, if not in short-term growth metrics. The Business realm tracks the commercial results of collective action; the Social realm tracks the structures that make those results possible. They are two sides of the same coin.

Finance (Supergenius Breakthroughs) — Regenerative finance provides the capital that cooperative institutions need to scale. Impact investing, quadratic funding, cooperative banking, and programmable treasuries are the financial infrastructure of the Supersociety.

Productivity (Supermind Innovations) — The Genius process — Current, Desired, Actions, Results — applies at the collective level as well as the individual level. Teams, communities, and institutions all benefit from systematic assessment of where they are, where they want to go, what actions to take, and how to measure results.

News (Supercivilization Foundations) — The narrative infrastructure. How the transition from degen to regen is understood, discussed, and shared shapes whether it accelerates or stalls.

Where We Are: March 2026

The Supersociety is not a future vision. It is a present reality with measurable indicators:

What is working:

• Cooperatives continue to outperform conventional businesses in survival rates across every country studied
• Open-source software has become the default infrastructure of the digital economy
• Quadratic funding has proven viable at $70M+ scale with genuine flywheel effects
• Participatory budgeting is now practiced in 11,000+ cities worldwide
• The B Corp movement has crossed 7,000 certified organizations
• Network state experiments are progressing from concept to physical presence
• DAO governance innovation is producing mechanisms (conviction voting, rage quit, liquid delegation) that have no traditional equivalent

What is struggling:

• DAO voter participation remains low — most DAOs see less than 10% turnout
• Smart contract vulnerabilities continue to cause significant treasury losses
• Token-weighted voting creates plutocratic dynamics that undermine cooperative principles
• Scaling cooperative governance beyond a few thousand members remains difficult
• Regulatory frameworks have not caught up with new organizational forms
• The gap between cooperative principles and cooperative practice is often wide

What we are watching:

• AI-assisted governance tools that could dramatically reduce coordination costs
• Zero-knowledge proof systems that enable privacy-preserving collective decision-making
• The convergence of DeSci, DAOs, and traditional research institutions
• Whether network state experiments achieve genuine sovereignty milestones
• How the cooperative sector responds to AI-driven productivity changes
• Fractally (fractally.com) and Psibase (psibase.io) as experimental governance platforms pushing the frontier of cooperative technology

Building Together

The Supersociety is not a political program. It is not an ideology. It is the empirically observable result of humans reorganizing around cooperative structures enabled by modern technology.

The evidence is clear: cooperatives survive longer, open-source communities create more value, commons governance works when properly designed, and participatory governance produces better outcomes. The tools to build cooperative institutions — at the company, community, and country scale — are more accessible than they have ever been.

The question is not whether the Supersociety will emerge. It is already emerging. The question is whether we will build it intentionally — learning from Ostrom's principles, from open-source governance, from cooperative economics, from the successes and failures of DAOs — or stumble into it haphazardly.

We choose to build intentionally. Every Wednesday, we document the evidence. We track what works, what fails, and what we can learn from both. We invite you to build with us.