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- Minimum evidence
- Missingness
- Prohibited shortcut
- Initiator effect
Expanding Civilizational Optionality · Condition-First Causal Inquiry
One hundred and fifteen coupled planetary systems, every one read all the way through as an authored causal pathway — slow stocks, a perturbation, the foundation that fails, whom it fails, and how the response either repairs the field or exports the harm to a named receiving system. Five non-substitutable margins, never summed into a score — and, until each is separately evidenced, held as missing rather than shown as a label. Now with an evidence-graded propagation ladder, explicit feedback loops, an initiating-event overlay, and a situated-agreement response layer. No probability, no country ranking, no authority to act.
Planetary evidence cut 5 August 2026 · Model v6.0 · v8 publication · 115-system register · 457 typed relations · 13 feedback loops · 14 initiating-event records (4 current; 2 historical, 8 unmaterialised) · Provenance-incomplete (0 / 115 observations frozen; sources external) · Fully self-contained — no network required · How this was audited →
Condition first, and one system at a time: slow stocks and dependencies decide whether a perturbation breaks a foundation, whom it breaks it for, and whether the response repairs the field or carries the harm into a named receiving system. Nothing here is summed, ranked, or turned into a probability.
The model · in plain terms
Most shocks stay where they land. A few don't — a failed harvest becomes a hunger crisis becomes displacement becomes conflict, crossing borders and jumping between systems that looked unrelated. This atlas is a way of watching for that second kind, one pathway at a time.
It won't tell you what is going to happen. It tells you where to look, and what to ask once you are looking — across one hundred and fifteen coupled systems, each traced all the way through. The register is purposive, not the whole planet: if a system is missing, that is not reassurance — it only means no one has drawn it here yet.
What decides whether a shock spreads is the condition it lands in: how much strain a place already carries, how tightly its systems are bound, and how little slack it has left.
Harm moves through a specific carrier — a river, a food market, a migration route — into a specific receiving system that can be named. An arrow that can't be named isn't drawn.
Each system is read on five separate margins — biophysical recovery, provision, legitimacy, agency, network absorption — never summed into a readiness number. A place can be fine on four and breaking on the fifth, and that is exactly what a total would hide. None of the five is yet populated with measured values, so no margin is displayed per system: the inherited severity labels were suppressed rather than shown as though they had been calibrated.
Sparse evidence is never drawn as a smooth curve; missing data never becomes zero; two things in the same place is not one causing the other. And the response — how actors, agreements and firebreaks either repair or export the harm — is modelled, not assumed.
Every pathway carries a counter-signal and a date it was last looked at. Political conversion stays gate-closed until its evidence gates pass. Nothing hardens into truth without a person — ideally the people who would live with it — looking, disagreeing, and correcting.
Points are orientation anchors, not exposure geometries. Every displayed relation is structural or hypothesised; no relation instance is active.
Selected one-hop relations only; heuristic matches remain suggestions, never endpoints.
The selected system, explicit receiver boundaries and reviewed target candidates. This is not an activated cascade.
Preserved legacy stages and non-binding crosswalk candidates; no canonical gate effect.
Current, historical and scenario records nominate bounded Stage 2 tests. They are not graph edges and never mutate a pathway gate.
One target hypothesis per nominated system; generated safe defaults remain review items.
Templates and candidate routing structures; none is an observed instance or a country-risk label.
Structural completeness is not evidence completeness. Missingness is shown before unsupported qualitative severity.
Links are preserved; a URL is not a frozen source snapshot.
The download is the exact decompressed canonical payload embedded in this fragment.
The response layer · situated agreement infrastructure
The atlas ends each pathway at a response — a firebreak that either repairs the field or exports the harm. But most firebreaks are not one actor's to pull: they are commitment knots of roughly 3–12 principals — a water authority, a lender, an insurer, a health service, a community — each holding a necessary right, asset, permission, duty or assurance, viable only if they close together.
The Situated Agreement Infrastructure (concept paper v0.1) is the layer that makes those knots cheap enough to constitute and maintain: a regulated, machine-assisted protocol that constructs valid, case-specific commitments from a common constitutional grammar. It discovers rights-compatible, distribution-tested feasible packages — and returns an honest infeasibility explanation when none exist. No agreement is a valid outcome. Machine agents hold no independent authority; every action resolves through a live mandate to an identifiable principal.
Synthesis: this layer is xCO's mass multi-agent agency made operational at the firebreak — the atlas names where a coupled system is loading; the agreement infrastructure is how a plural response gets constituted without collapsing rights or situational variance. Concept architecture, not a legal specification.
— Orientation, not authority · where to look, not what will happen — Audit logic & process logic — the three lenses, the decision rules, what the 7 August 2026 pass found, and what the audit cannot establish. An interpretation generated from a maintained working wiki; not an official Dark Matter Labs publication.