From physical feasibility to system testing

From resources to implementation.

World4Humans revisits a question Buckminster Fuller’s World Game posed decades ago: what resources, technologies and forms of cooperation could allow all humanity to prosper without ecological harm? The current project adds another question: what rights, incentives, institutions, operational capacities and safeguards could make that possibility real and durable?

World Game

An important precedent

The World Game was conceived as a global tool for analysing resources, needs, technologies and scenarios. Fuller presented it as a scientific way to show that global scarcity did not make poverty for part of humanity inevitable: with available resources, technologies and efficiency, a higher standard of living for everyone was physically sustainable within his analytical framework.

In that sense, the World Game is an important historical precedent for arguing physical feasibility, within the limits of the data and methods of its time. It was not designed as a complete solution to every political, distributive and institutional problem. Initiatives carrying parts of its legacy have developed different aspects of the same challenge; World4Humans tries to return to the fundamentals and connect those dimensions without claiming to have invented them.

World4Humans therefore does not use the World Game as conclusive proof of its own proposal. It treats it as useful intellectual lineage and one starting point for the problem: alongside the resource question, we add questions about rights, capacity, institutions, incentives and power, while trying to coordinate solutions and knowledge developed elsewhere.

NewWorld Game · integrated qualitative test

What the test found

The first integrated qualitative test used different synthetic perspectives to challenge principles and mechanisms. No output was treated as fact: each finding needed a causal chain, a failure mechanism and a condition by which it could be verified or rejected. The overall result preserves current analytical coherence but does not demonstrate that the necessary operational conditions exist in the real world.

Baseline conditions

Service and review capacity scarcity, vendor dependence and first-mover effects emerge even under ordinary conditions.

Fiscal recession

Falling revenue can coincide with higher material-security demand and greater pressure on review systems.

Ecological or resource shock

Physical scarcity can increase transition losses, leakage and political pressure to weaken ecological limits.

Health and capacity shock

A health and care surge can produce triage, workforce exit or burnout, and delays in review and protection.

Migration shock

Portable needs can arrive before local housing, workforce, funding and administrative capacity.

Automation and productivity

Value and decisive information may concentrate with infrastructure owners while work is displaced.

Institutional capture

Formal compliance can hide common control through appointments, procurement, information, audit and operational dependencies.

Legitimacy shock

Majority pressure can exploit delays in review until formally protected rights become ineffective in practice.

International fragmentation

Exit and trade disruption can jointly affect supplies, finance, data, controls and continuity.

Compound shock

Physical scarcity and information dependence can converge into one chokepoint; this is the new composite candidate produced by the run.

Eight risks to verify

Joint overload between service delivery and the capacity to correct errors or violations.
First-mover disadvantage and arbitrage across jurisdictions or rule systems.
Loss of oversight independence when resources, evidence or execution depend on the actor being reviewed.
De facto power of providers controlling critical infrastructure or decisive information.
Interaction between ecological constraints, revenue and demand for material protection.
Portable rights arriving before the local capacity needed to make them effective.
Continuity cascades when exit or fragmentation hits several functions at once.
A new composite risk when physical access and decisive information fall under the same control.

Seven risks were already recognised by the project or depended on implementation data; the new result is the composite risk in which control of physical access and control of decisive information concentrate in the same place. It remains a candidate to verify, not a confirmed contradiction.

The underlying working report is internal material and is not publicly distributed.

International Futures (IFs)

When quantitative scenarios are needed

IFs trajectories are scenario-conditioned projections, not certain forecasts. Evaluation separates software, accounting coherence, external corroboration, sensitivity, uncertainty and reproducibility; each result retains its own scope.

These scenarios are not presented as probabilistic forecasts or as evidence of global feasibility.

Open public sources

Results reached

In the 195-country planning test, the high-ambition configuration clears all 144 scenario-year combinations examined; the conservative configuration does not.
IFs is treated as a dynamic scenario system: outputs depend on assumptions and are not probabilistic forecasts of the future.
The quantitative system is not given one blanket “validated model” label: different forms of verification are assessed separately.
The country-specific global balance across 22 components is not yet identified with sufficient reliability; evidence establishes neither global sufficiency nor global insufficiency.
Implementability assessment remains diagnostic, and documentary analysis does not authorize a real-world pilot.

How the quantitative reading changes

The Rwanda work separates observed quantities, planning envelopes and calibration-derived values. The fully repaired monetary need is not currently identified with sufficient confidence and is not presented as a certain measure.

IFs trajectories are treated as conditioned scenarios rather than forecasts. When the data do not identify a quantity, that quantity remains reported as unidentified.

Other projects to learn from

These are not presented as equivalent to World4Humans or as supporters of the project. They are relevant initiatives because they address parts of the same problem space: systemic transitions, global cooperation, commons, deliberation, governance or wellbeing.

Earth4All

System scenarios and transformations for human wellbeing within planetary limits.

Great Transition Campaign

Global transition scenarios and long-term alternatives.

Simpol — Simultaneous Policy

Transnational policy coordination for problems that can disadvantage first movers.

Global Tapestry of Alternatives

Network connecting territorial alternatives and processes at global scale.

Sustainability Transitions Research Network

Research on socio-technical and institutional transitions.

Deep Transitions

Research on long-term systemic change and transition pathways.

Global Commons Alliance

Coordination around global commons and environmental limits.

Coalition for the UN We Need

Reform of multilateral cooperation and global institutions.

Global Governance Innovation Network

Network focused on innovations in global governance.

Democracy Without Borders — UNPA Campaign

Proposals for democratic representation beyond the national level.

Global Assembly

Experimentation with global citizens’ deliberation.

Wellbeing Economy Alliance

International network for wellbeing-centred economies.

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