Living Intelligence Ecosystem · Saved evidence shared across Library, capsules, world and time.
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Checked route identities · #446 source snapshot / preserved 181GN and 181GO history686 source identities · 700 nodes / 699 edges · 510 pages · 176 APIs451 legacy classifications retained · 235 classification review. Source structure is distinct from historical completion and observed runtime health. Checked 2026-09-10T01:07:52Z at commit 35bee4222937.Search the generated current index and compare historical epochs
Checked source index · #446 overlay / 181GO history
One current route tree. Preserved history.
686 physical route identities: 510 pages and 176 API routes. Search the generated tree, then compare the claims made by 10 historical index epochs.
This committed source artifact describes route structure. It does not establish observed runtime health, deployment status, functional completion, or Arena safety. APIs are reference only.
Source snapshot at merged #445 · 35bee4222937 · checked 2026-09-10T01:07:52Z. The historical identities and epoch memberships remain unchanged.
451 identities carry a legacy classification; 235 require classification review. Historical completion percentages retain their original scope.
Current overlay: 2a14596f8261ea613141654b77e6d75ddd22232fffc6141b544bc0477fe416ed Source census: eb53a63dd9508383facfb5260b48e59067f270b5e3a9ee38b0feb62f3e573953 Source commit: 35bee4222937002dbbd1245a8f57b0e83eda3124
Site truth · checked source snapshot
What is present. What has been demonstrated.
Full-site functional completion: not yet measurable. The register defines 84 bounded acceptance scenarios with 308 required results. They remain unassessed, and do not cover every part of the full vision. Existing working components keep their own evidence.
Source basis: merged #445, commit 35bee4222937, checked . This is a dated source snapshot, not live monitoring.
Separate measures; these percentages are not averaged into site completion.
Measure
Coverage
Evidence
Routes with a source and current identity
686/686 · 100%
Source inventory
Concepts retained in the acceptance register
84/84 · 100%
Scope recorded
Concepts with current source connection entries
18/84 · 21.43%
Source inventory
Acceptance scenarios assessed in this register
0/84 · 0%
Assessment coverage
510 pages · 176 APIs · 43 projects · 29 Cacao fixture nodes · 256 documented concept relationships. A source connection entry does not prove its full concept works.
Current functional ownership coverage is unavailable: 0/686 routes reassessed in this snapshot. Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
Historical assessment: 47.52%. Equal-weight mean of seven historical program, activation, route, Arena, host and trial axes; retained unchanged. This is not a current functional completion score. Its whole-experience trial register remains 0/3; that historical count does not erase later scoped observations.
Retained observation: account foundation installation
The retained receipt records an applied installation at 2026-09-09T02:00:12.836638+00:00, with scope catalog-metadata-only. It establishes the recorded database catalog checks. It does not establish a full concept outcome.
Still unverified by that receipt: account-row isolation; write behavior; RPC behavior; deployed application configuration; provider execution; continuing workers.
84 bounded concept acceptance scenarios. Each requires every stated result. A successful scenario establishes its bounded outcome, not exhaustive realization of the full vision.
Scenarios and required result IDs are frozen for this version before observation. Before a run, retain its exact task, inputs, declared population, environment and any numerical tolerances. All required results must be evidenced; an unavailable required stage keeps the scenario open. Retained gap statements include interpretive guardrails and are not equally weighted features.
What an assessment must retain
A dated original observation must identify its exact criterion/version, source revision, environment, task, expected and actual outcome, and reviewer. Account or recovery scope also requires the relevant account/browser conditions. Evidence for another scope cannot satisfy it. A successful scenario establishes only that bounded result, not the concept's entire vision.
Unknown, unrun, held and failed results remain in the required denominator. Source presence, historical labels, local tests and successful builds cannot admit an observed scenario. Guardrail compliance cannot substitute for the required affirmative behavior.
Showing 12 of 84 matching concepts · 84 required in the register.
Civilization OS — the whole living intelligence circuit
Versioned acceptance scenario · not assessed
Retained outcome: TheoB is a force multiplier for humans and intelligence: a civilization-scale circuit that observes the world, asks what deserves pursuit, imagines alternatives, studies historical methods, tests and acts, learns from outcomes, and preserves knowledge for the next generation of work. Existing world names express parts of that operating system; they do not limit the worlds or experiences that can emerge from its contributing pages.
The umbrella purpose and integration rule for every feature, including labs, competitions, quantum inquiry, spatial reconstruction, commerce, and memory. It must lead the overview rather than be reduced to a tools directory.
Acceptance scenario and required results (4)
Scenario: Follow one sourced real question through the existing civilization circuit, then resume its next bounded inquiry after a restart.
The same mission identity links the original observation, pursuit decision, alternative hypotheses, historical method, experiment, authorized action and recorded outcome; each stage exposes its original inputs and outputs.
civilization-operating-system:result-1 · not assessed
A retained lesson and unresolved question return to project memory and initiate a subsequent bounded inquiry with visible timing, resource limits and a stop result; a scheduled setting without execution cannot satisfy this condition.
civilization-operating-system:result-2 · not assessed
The overview lets a person reach and explain the spatial, scientific, creative and evolutionary contributions used in that mission without losing their original sources or constraining them to a fixed four-world taxonomy.
civilization-operating-system:result-3 · not assessed
Missing stages, unavailable domains and inferred relationships remain visible; the receipt establishes the observed circuit and duration rather than perpetual operation at civilization scale.
civilization-operating-system:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
No recovered evidence establishes the entire intelligence circuit as an observed, perpetually operating runtime.
Presentation must expose the deep spatial, scientific, creative and evolutionary purposes alongside concise navigation.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
The /civilization page presents Four Worlds. One Operating System. The canonical Living Intelligence architecture defines expansive, selective, and coordinating intelligence plus a transparent circuit and named interface owners; runtime connection remains explicitly separate.
Source present at the checked commit · marker: prepareAnswer
Prime now retrieves bounded repository excerpts and returns cited explanations from the current Arena project context, including an immutable audit of the Universal Intelligence Hub, agent capabilities, local builders, Academy model lifecycle, language, constitution, core architecture and outside-world connections. Explanation depth changes while evidence and authority remain fixed. An existing enabled provider may assist; the local source answer remains available on failure. User-requested account jobs have a separate bounded hosted path when storage is configured. Recurring intelligence is not activated.
Retained outcome: The globe is a contextual control surface for the whole ecosystem. Select where and when, then reveal the people, projects, materials, signals, sources, methods and relationships relevant to that world state. Reality and the system model are views of shared context rather than disconnected maps.
Common spatial language across civilization domains, allowing cacao, engineering, markets, ecology, art, history and agent research to meet at explicit places, times and relationships.
Acceptance scenario and required results (4)
Scenario: Populate a selected place and period from a retrieved source, traverse its graph, and retain the selection through Reality/Model and Globe/Atlas views across sessions.
The retrieved record keeps its source, place, time precision and evidence state while linked people, projects, materials, signals and methods can be inspected through their original identities.
living-spatial-contextual-world-grid:result-1 · not assessed
Graph traversal follows stored typed edges and reports missing or inaccessible targets; switching representations retains the same selected object, project, period and evidence references.
living-spatial-contextual-world-grid:result-2 · not assessed
An authorized second session reads the saved world update; concurrent edits and a restart preserve attributable revisions or expose a conflict without silently replacing another participant's data.
living-spatial-contextual-world-grid:result-3 · not assessed
Visible labels distinguish physical coordinates supported by evidence from semantic layout coordinates and distinguish populated observations from fixtures, inferences and absent data.
living-spatial-contextual-world-grid:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
A shared presentation does not yet prove live source population, arbitrary graph traversal or durable multi-user world state.
The system topology and physical geographic coordinates must remain distinguishable so a project glyph is not mistaken for an observed real-world location.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
implemented-local · retained source label
LivingWorldUnifiedSurface has Reality/Model modes, 3D Globe/Flat Atlas alternatives, ten shared control groups and a selected place/time/evidence summary. Universal graph code validates 16 node types, 12 edge types, explicit truth states and source or capsule references. Full connected world runtime remains unverified.
Source present at the checked commit · marker: export async function preparePrimeWeatherSpatial181GT
An explicitly chosen saved weather snapshot now opens in Prime Spatial with the same evidence identity and original project. A local lineage check precedes a geographic longitude/latitude plot of its requested place and separate provider grid. The picker lists actual retained provider times, ordered without interpolation; equal timestamps retain separate identities. Source values, units, attribution and request/fetch/record times remain attached. This read-only lens uses no new artifact, provider request or inferred Cacao geography. The coordinate view is not an equal-distance map, historical reconstruction, continuous feed or authenticated provider observation.
Recorded next connection: Observe the deployed Outside world to Spatial handoff and linked Map/Globe views. Dedicated Atlas and Observatory weather windows now recheck and render the retained selection separately from fixed discovery pins and generic live-signal surfaces; deployed interaction remains unverified. Plural-perspective reconstruction needs additional sourced perspectives rather than duplicated weather data.
Source present at the checked commit · marker: export function projectPrimeWeatherGlobe181GT
A checked saved weather record now supplies linked Map and interactive Globe views inside Prime Spatial. Both retain the exact evidence identity, project, requested place, provider grid and original source time. Requested/grid selection carries between the views and exact coordinate table. The globe uses the existing installed WebGL engine with a local solid sphere and graticules; it requests no imagery, tiles or fresh weather. Frozen source projections are separate from disposable renderer points, and stale point callbacks cannot select a substituted record. Globe height, radius and camera distance are display settings, never provider elevation or weather intensity.
Recorded next connection: Observe real WebGL rendering and controls on an installed device. Dedicated Atlas/Observatory weather windows now receive the exact retained selection and recheck current workspace lineage before rendering. Generic discovery pins and their camera-only handoff remain separate. Coordinate views do not establish satellite imagery, authenticated observations or reconstructed worlds.
Source present at the checked commit · marker: export function weatherWindowCandidate181GT
Prime Spatial opens explicit saved-weather Atlas and Observatory sibling windows under the existing canonical route adapter. A compact versioned recovery reference binds the complete canonical saved-row SHA-256, evidence identity, captured context and opening requested/provider-grid role. The existing device-local window checkpoint preserves that reference and bounded Map/Globe plus requested/provider-grid presentation choices, never copied weather values. Each destination rehashes the current workspace row before rendering the existing paired map and local coordinate globe, with values, units and attribution. Changed, missing or conflicting rows, project/object/concept changes and stale checks are held. Generic Observatory background and legacy discovery surfaces remain separate. No new artifact, provider request, tile fetch, interpolation or live database change occurs. This is source and component-test evidence, not a deployed browser/WebGL or cross-device trial.
Recorded next connection: Observe deployed reload recovery, source replacement, context changes and cross-device account recovery. Checkpoint restoration requires the original retained row in Work & memory and repeats its lineage and whole-row hash checks. Missing or older unresolvable references stay held. Recovery retains each window's chosen Map/Globe view and location role; old checkpoints default to their opening selection. Camera orientation and zoom remain uncheckpointed.
Source present at the checked commit · marker: function createWeatherWindowViewUpdater181GT
Saved-weather destination windows retain their explicit Map/Globe and requested/provider-grid choices through the existing device-local checkpoint owner. Presentation remains separate from the immutable evidence reference and updates only the exact active tab and current history entry. Ephemeral scopes reject callbacks across navigation, reload and same-reference tab replacement; current workspace evidence and the window-specific context are rechecked at the queued update. Role changes do not rehash the record or remount the active globe. Malformed imported presentation is discarded without weakening held references. No camera state, new weather data, account writes, provider calls or synchronization are introduced.
Recorded next connection: Observe actual deployed reload and WebGL interaction, then connect additional sourced temporal perspectives through existing owners. Camera orientation, zoom and cross-device window synchronization remain separate work; missing saved evidence is never recreated from UI preferences.
Source present at the checked commit · marker: export function createPrimeWeatherComparisonOwner181GT
Prime Spatial explicitly compares two distinct retained weather snapshots in their chosen A/B order. The bounded inspection owner captures both original rows before hashing, repeats each lineage check and rechecks both exact current rows and the full live window context before publishing. Requested coordinates, provider grid and elevation, sampling interval, units and provider time govern numeric compatibility. Compatible distinct times show B minus A for supplied numeric fields; humidity uses percentage points, missing fields remain unavailable and weather codes remain categories. Equal-time records and incompatible locations/grids/intervals retain both source identities with differences withheld. Source/request/fetch/save times, coordinates, units and attribution stay visible. The read-only comparison adds no artifact, provider request, inferred Cacao geography, interpolation, continuous trend, source authentication or independent accuracy claim.
Recorded next connection: Observe deployed two-snapshot comparison and saved-source recovery, then connect additional independently sourced perspectives through existing temporal owners. The comparison itself is not persisted or transported to sibling windows, and two modeled weather records do not establish continuous world reconstruction.
Source present at the checked commit · marker: export function createPrimeWeatherSpatialOwner181GT
The read-only weather inspection owner captures the exact chosen record before awaiting its digest checks, then rechecks the unique unchanged row and full view context. Stop, a different selection, project/view transitions and a ten-second elapsed-time deadline prevent late adoption. Unrelated saved records and canonical key reordering do not alter the selected evidence. The UI hides a checked projection when its row or context changes; a consumed handoff does not replay on remount. Original records remain untouched and portable integrity does not establish provider authenticity.
Source present at the checked commit · marker: export default function PrimeWeatherGeographicViews181GT
Prime's explicit Globe view loads its renderer on demand, waits for readiness before focusing the selected point, resizes with its container and pauses while the document is hidden. A finite loading deadline, renderer failure and an explicit retry leave the coordinate table and Map view available. Source/view changes and unmount invalidate earlier callbacks; place labels enter tooltip DOM as text. Reduced motion suppresses camera movement. These local interaction checks do not establish deployed browser or GPU rendering success.
Source present at the checked commit · marker: export async function preparePrimeWeatherComparisonWindow181GT
A checked two-snapshot comparison now offers an explicit A or B geographic drill-down without changing its ordered source table or numeric differences. Each choice reuses the existing Map and Globe with that original record's identity, requested place, provider grid and source time, even when arithmetic is withheld. Map/Globe and location-role choices carry between A and B within this view; renderer generations are replaced. Either selected original can open in Atlas or Observatory through the existing single-record compact reference. Both comparison rows, the selected side and location, the checked owner generation and the live window context must remain current around the bounded outgoing hash. Side, presentation, pair and owner changes cancel late launches. No comparison payload, new artifact, provider request or persistence owner is introduced.
Recorded next connection: Observe deployed comparison-to-window interaction, WebGL and existing saved-source recovery. The comparison and its drill-down choice are not checkpointed or transported; only the explicitly opened original snapshot uses existing destination recovery. Camera state, additional independent temporal perspectives and continuous world reconstruction remain separate work.
Source present at the checked commit · marker: export function primeWeatherRefreshInput181GT
Saved weather history can explicitly prepare a new request for an original requested place after bounded local lineage checking. An unfinished place draft is kept unless replacement is confirmed; editing a prepared place detaches its source binding. Preparation neither fetches nor saves. A separate Fetch and save action uses the existing weather owner for a fresh request identity and separate immutable snapshot, never overwriting old values or treating a repeated provider time as new temporal change. The exact prepared source, full live window context and owning generation stay checked through request, atomic save and save-only retry. Stop, changed sources, loading and unmount discard late preparation or output. Existing one-runtime request limits and recovery boundaries are explained without claiming deployment-wide quotas.
Recorded next connection: Observe deployed saved-place preparation, explicit request, retry and recovery. Direct Spatial-to-request transfer now uses the same checked preparation; durable shared provider quotas and additional independently sourced signals remain separate connections. The preparation binding is transient, not a new persisted refresh-chain artifact; saved snapshots and ordinary evidence-received activity continue under existing owners.
Source present at the checked commit · marker: export function createPrimeWeatherRefreshTransfer181GT
Checked Prime Spatial records and explicitly selected comparison A/B can open Outside world to prepare the original requested place. A bounded immutable one-shot transfer stays local to the mounted Prime and is consumed before destination validation; exact originals, comparison companions and live window context are rechecked. Preparation never fetches or saves, and provider-grid display choices never become request coordinates. Existing unfinished drafts require explicit replacement. Local tab switches retain weather drafts and already-unconfirmed responses with their original save-only retry deadline, while hidden controls and canceled in-flight work cannot continue. Busy or unsaved destinations reject and consume transfers without queuing. True unmount clears transient transfer and owner state. A separate explicit fetch uses existing source-bound atomic snapshot ownership.
Recorded next connection: Observe deployed Spatial-to-refresh preparation, draft confirmation and save-only retry across tabs. Browser/provider, WebGL and cross-device recovery remain unverified. No durable unfinished-form recovery, refresh-chain artifact, new storage owner or provider is added; independently sourced signals and durable shared quotas remain separate work.
Source present at the checked commit · marker: sendSnapshot
A recoverable workspace context shares admitted project and snapshot identity across following Arena windows. Windows may pin a selection; internal frames attach through their registered owner. Time, Globe and Atlas producers remain subsequent adapters.
Retained outcome: Projects should appear as living objects in a connected atlas, carrying missions, evidence, geography, universal time, pursuit priorities, agents, skills, media and artifacts. Selecting a project should select the same identity and snapshot everywhere.
The bridge between the civilization map and actual work: the place where the user follows a concept into a project, its contributing intelligence, evidence, decisions and evolution.
Acceptance scenario and required results (4)
Scenario: Inspect the retained project population in an active Atlas, admit a source-backed project update through a population adapter, and reopen it in another authorized session.
Every project in the frozen atlas trial population is accounted for by its original project and snapshot identity, including retained projects beyond the historical twelve-project contract.
spatial-project-atlas:result-1 · not assessed
Selecting a project exposes its mission, evidence, time, priorities, agents, skills, media and artifacts; switching planar, globe and glyph views retains the selection and identifies absent fields explicitly.
spatial-project-atlas:result-2 · not assessed
A bounded population-adapter run produces an attributable project update that survives restart and is visible to an authorized second session; conflicting updates receive an explicit disposition.
spatial-project-atlas:result-3 · not assessed
Seeded glyph positions and generated presentation coordinates are labeled semantic; geographical placement appears only with its supporting source and precision.
spatial-project-atlas:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
Autonomous population, durable multi-user state and interface activation are explicitly absent from this deterministic contract.
Generated presentation coordinates require clear distinction from sourced geographic placements.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
implemented-local · retained source label
181GC implements deterministic atlas materialization from a verified project graph with eight atlas layers, linked planar-2d/living-globe-3d views, seeded Gielis project glyphs and exact snapshot references. The historical contract covers its 12-project parent generation; it is not proof of complete later 43-project operational population.
Retained outcome: Shrink the immense ecosystem into a legible footprint, then zoom into any point to recover its full connected context. The lens should evolve with the intelligence and data while retaining an unbroken path back to the whole: macro, surface, object, node, synapse and quantum detail.
The navigational mechanism that makes complexity comprehensible without deleting it. It joins the world grid, capsule atoms, source fragments, routes, storage pointers, receipts and provenance at multiple scales.
Acceptance scenario and required results (4)
Scenario: Use the running microscope to descend from the whole-system view through each declared inspection scale and return to the original context.
Macro, surface, object, node, synapse and quantum-labeled inspection levels reveal the actual available records for the selected identity through the shared microscope state adapter.
microscopic-intelligence-lens:result-1 · not assessed
Progressive loading retains source references and surrounding relationships at each transition; unavailable detail is visibly absent rather than synthesized as evidence.
microscopic-intelligence-lens:result-2 · not assessed
Return-to-context restores the original selection, enclosing view and relationship path, and a source update can be inspected without substituting a different object.
microscopic-intelligence-lens:result-3 · not assessed
The quantum-labeled level identifies the data being inspected and makes no physical quantum measurement or quantum-hardware claim without separate evidence.
microscopic-intelligence-lens:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
The actual progressive multiscale renderer and shared microscope state adapter remain implementation work.
The quantum zoom label describes an inspection level here; evidence must identify what the inspected data represents instead of inventing physical quantum detail.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
Synapse foundation defines an internal-microscope root and six visual scales; the universal tool contract declares zoom-macro, zoom-surface, zoom-object, zoom-node, zoom-synapse, zoom-quantum and return-to-context. A6 classifies this capability as foundation-only; no live microscope renderer is claimed.
Semantic dots, strings and compact intelligence constellations
Versioned acceptance scenario · not assessed
Retained outcome: Show the whole system as colored roots, constellations, quadrants and strings. A dot is compressed identity: thousands of routes and knowledge objects may be visually condensed while preserving their source, role, links and recoverable detail.
A visual and indexing layer for the connected civilization OS that reduces screen and loading cost while keeping the complexity reachable.
Acceptance scenario and required results (4)
Scenario: Explore a declared route-and-knowledge population as a running cloud, expand a condensed region, and retrieve the same object through a nonspatial view.
The recorded input population reconciles to the rendered quadrants, dots and strings without lost or duplicated identities; every expanded object retains its role, sources and relationships.
semantic-visual-cloud:result-1 · not assessed
Changing scale loads the appropriate available detail and reopening a condensed object retrieves its retained content rather than replacing it with a generated summary.
semantic-visual-cloud:result-2 · not assessed
Keyboard and nonspatial navigation reach the same identities and source detail; domain or evidence information carried by color also has readable labels.
semantic-visual-cloud:result-3 · not assessed
The trial records its actual population, transferred or stored bytes and retrieval behavior separately; reduced visual density is never reported as measured data compression.
semantic-visual-cloud:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
Visual density reduction is not measured data compression; bytes, identity and reconstruction should be evaluated separately.
A live colored cloud with scale-aware loading and accessible nonspatial navigation remains unverified.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
Synapse foundation defines macro-universe, quadrant, mini-dot-cloud, string-network, internal-microscope and color-classification models. Storage partition readiness defines visual-dot identities, quadrants, strings, hot/cold retrieval and provenance-route storage; execution is still held.
Retained outcome: Work should unfold through spatial depth: maps, files, CAD, images, scenes, external applications and evidence surfaces can be arranged and inspected without reducing the ecosystem to a long downward document. The same object should retain its identity across 2D, 3D, split and overlay views.
The human workspace and creation surface for the civilization OS; shared tools allow scientific, engineering and artistic work to move between representations.
Acceptance scenario and required results (4)
Scenario: Arrange a project containing a map, file, image, CAD object and permitted external surface, then manipulate and inspect it through the declared spatial views.
Moving among 2D, 3D, split and overlay representations retains each object's identity, source, project context and selection while showing which external surface actually rendered.
spatial-depth-universal-surface:result-1 · not assessed
The declared transform, ruler-projection and keyframe operations produce inspectable changes with units, coordinate frame and original state retained; an unsupported adapter reports its limit instead of claiming the operation succeeded.
spatial-depth-universal-surface:result-2 · not assessed
Undo or restoration returns the trial's transformed objects and keyframes to their retained prior state without discarding source evidence.
spatial-depth-universal-surface:result-3 · not assessed
An accessible nonspatial path exposes the same object information and operations, including content otherwise arranged through spatial depth.
spatial-depth-universal-surface:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
Shared 2D/3D state, three-dimensional ruler projection, expanded transforms and keyframe adapters remain explicit next implementation work.
An infinite-mirror or depth view must retain an accessible nonspatial route through the same information.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
Map 3 documents spatial depth and an accessible nonspatial alternative. The universal tool contract includes selection, inspection, guides, 2D/3D modes, transforms, motion, capture and microscope capabilities. A6 records partial local transforms and contract-prepared 3D/view adapters rather than a fully operational universal surface.
Retained outcome: Move backward through recorded history and deep time, inspect the present, or move forward into labeled scenarios. The visible globe should change its nodes, material layers, sources, confidence and relationships with the selected period, showing how industries, cultures and environments came to be.
Temporal control of the civilization world grid, supplying the 'how' and 'why' across history and letting current reality determine which historical analogues deserve investigation.
Acceptance scenario and required results (4)
Scenario: Move the running world view through a sourced historical interval, a retained present state and a labeled future scenario, then reload the selected interval.
Changing the selected period updates its actual nodes, material layers, relationships, sources and confidence while preserving each record's time precision and project context.
universal-time-world-reconstruction:result-1 · not assessed
The persisted historical states and their changes can be retrieved after restart; unavailable days or intervals remain explicit gaps rather than silently interpolated observations.
universal-time-world-reconstruction:result-2 · not assessed
Observed history, evidence-based reconstruction, interpretation and possible futures retain distinct visible states at every supported inspection scale.
universal-time-world-reconstruction:result-3 · not assessed
The user can inspect how an industry, culture or environment changed by following the original dated sources and distinguish a scenario transition from a recorded historical transition.
universal-time-world-reconstruction:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
Evidence-backed continuous world-day reconstruction storage and live transitions across historical states are not demonstrated.
Observed history, reconstructed history, interpretation and possible futures need distinct visible states at every scale.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
Map 3 explicitly defines the scroll's world-state effects and ranges. Spatial-temporal pursuit specifies event anchoring, spatial placement, time navigation, civilization/industry expansion, historical pursuit and analysis; its runtime flags are false.
Source present at the checked commit · marker: export async function preparePrimeWeatherSpatial181GT
An explicitly chosen saved weather snapshot now opens in Prime Spatial with the same evidence identity and original project. A local lineage check precedes a geographic longitude/latitude plot of its requested place and separate provider grid. The picker lists actual retained provider times, ordered without interpolation; equal timestamps retain separate identities. Source values, units, attribution and request/fetch/record times remain attached. This read-only lens uses no new artifact, provider request or inferred Cacao geography. The coordinate view is not an equal-distance map, historical reconstruction, continuous feed or authenticated provider observation.
Recorded next connection: Observe the deployed Outside world to Spatial handoff and linked Map/Globe views. Dedicated Atlas and Observatory weather windows now recheck and render the retained selection separately from fixed discovery pins and generic live-signal surfaces; deployed interaction remains unverified. Plural-perspective reconstruction needs additional sourced perspectives rather than duplicated weather data.
Source present at the checked commit · marker: export function projectPrimeWeatherGlobe181GT
A checked saved weather record now supplies linked Map and interactive Globe views inside Prime Spatial. Both retain the exact evidence identity, project, requested place, provider grid and original source time. Requested/grid selection carries between the views and exact coordinate table. The globe uses the existing installed WebGL engine with a local solid sphere and graticules; it requests no imagery, tiles or fresh weather. Frozen source projections are separate from disposable renderer points, and stale point callbacks cannot select a substituted record. Globe height, radius and camera distance are display settings, never provider elevation or weather intensity.
Recorded next connection: Observe real WebGL rendering and controls on an installed device. Dedicated Atlas/Observatory weather windows now receive the exact retained selection and recheck current workspace lineage before rendering. Generic discovery pins and their camera-only handoff remain separate. Coordinate views do not establish satellite imagery, authenticated observations or reconstructed worlds.
Source present at the checked commit · marker: export function weatherWindowCandidate181GT
Prime Spatial opens explicit saved-weather Atlas and Observatory sibling windows under the existing canonical route adapter. A compact versioned recovery reference binds the complete canonical saved-row SHA-256, evidence identity, captured context and opening requested/provider-grid role. The existing device-local window checkpoint preserves that reference and bounded Map/Globe plus requested/provider-grid presentation choices, never copied weather values. Each destination rehashes the current workspace row before rendering the existing paired map and local coordinate globe, with values, units and attribution. Changed, missing or conflicting rows, project/object/concept changes and stale checks are held. Generic Observatory background and legacy discovery surfaces remain separate. No new artifact, provider request, tile fetch, interpolation or live database change occurs. This is source and component-test evidence, not a deployed browser/WebGL or cross-device trial.
Recorded next connection: Observe deployed reload recovery, source replacement, context changes and cross-device account recovery. Checkpoint restoration requires the original retained row in Work & memory and repeats its lineage and whole-row hash checks. Missing or older unresolvable references stay held. Recovery retains each window's chosen Map/Globe view and location role; old checkpoints default to their opening selection. Camera orientation and zoom remain uncheckpointed.
Source present at the checked commit · marker: function createWeatherWindowViewUpdater181GT
Saved-weather destination windows retain their explicit Map/Globe and requested/provider-grid choices through the existing device-local checkpoint owner. Presentation remains separate from the immutable evidence reference and updates only the exact active tab and current history entry. Ephemeral scopes reject callbacks across navigation, reload and same-reference tab replacement; current workspace evidence and the window-specific context are rechecked at the queued update. Role changes do not rehash the record or remount the active globe. Malformed imported presentation is discarded without weakening held references. No camera state, new weather data, account writes, provider calls or synchronization are introduced.
Recorded next connection: Observe actual deployed reload and WebGL interaction, then connect additional sourced temporal perspectives through existing owners. Camera orientation, zoom and cross-device window synchronization remain separate work; missing saved evidence is never recreated from UI preferences.
Source present at the checked commit · marker: export function createPrimeWeatherComparisonOwner181GT
Prime Spatial explicitly compares two distinct retained weather snapshots in their chosen A/B order. The bounded inspection owner captures both original rows before hashing, repeats each lineage check and rechecks both exact current rows and the full live window context before publishing. Requested coordinates, provider grid and elevation, sampling interval, units and provider time govern numeric compatibility. Compatible distinct times show B minus A for supplied numeric fields; humidity uses percentage points, missing fields remain unavailable and weather codes remain categories. Equal-time records and incompatible locations/grids/intervals retain both source identities with differences withheld. Source/request/fetch/save times, coordinates, units and attribution stay visible. The read-only comparison adds no artifact, provider request, inferred Cacao geography, interpolation, continuous trend, source authentication or independent accuracy claim.
Recorded next connection: Observe deployed two-snapshot comparison and saved-source recovery, then connect additional independently sourced perspectives through existing temporal owners. The comparison itself is not persisted or transported to sibling windows, and two modeled weather records do not establish continuous world reconstruction.
Source present at the checked commit · marker: export function createPrimeWeatherSpatialOwner181GT
The read-only weather inspection owner captures the exact chosen record before awaiting its digest checks, then rechecks the unique unchanged row and full view context. Stop, a different selection, project/view transitions and a ten-second elapsed-time deadline prevent late adoption. Unrelated saved records and canonical key reordering do not alter the selected evidence. The UI hides a checked projection when its row or context changes; a consumed handoff does not replay on remount. Original records remain untouched and portable integrity does not establish provider authenticity.
Source present at the checked commit · marker: export async function preparePrimeWeatherComparisonWindow181GT
A checked two-snapshot comparison now offers an explicit A or B geographic drill-down without changing its ordered source table or numeric differences. Each choice reuses the existing Map and Globe with that original record's identity, requested place, provider grid and source time, even when arithmetic is withheld. Map/Globe and location-role choices carry between A and B within this view; renderer generations are replaced. Either selected original can open in Atlas or Observatory through the existing single-record compact reference. Both comparison rows, the selected side and location, the checked owner generation and the live window context must remain current around the bounded outgoing hash. Side, presentation, pair and owner changes cancel late launches. No comparison payload, new artifact, provider request or persistence owner is introduced.
Recorded next connection: Observe deployed comparison-to-window interaction, WebGL and existing saved-source recovery. The comparison and its drill-down choice are not checkpointed or transported; only the explicitly opened original snapshot uses existing destination recovery. Camera state, additional independent temporal perspectives and continuous world reconstruction remain separate work.
Source present at the checked commit · marker: export function primeWeatherRefreshInput181GT
Saved weather history can explicitly prepare a new request for an original requested place after bounded local lineage checking. An unfinished place draft is kept unless replacement is confirmed; editing a prepared place detaches its source binding. Preparation neither fetches nor saves. A separate Fetch and save action uses the existing weather owner for a fresh request identity and separate immutable snapshot, never overwriting old values or treating a repeated provider time as new temporal change. The exact prepared source, full live window context and owning generation stay checked through request, atomic save and save-only retry. Stop, changed sources, loading and unmount discard late preparation or output. Existing one-runtime request limits and recovery boundaries are explained without claiming deployment-wide quotas.
Recorded next connection: Observe deployed saved-place preparation, explicit request, retry and recovery. Direct Spatial-to-request transfer now uses the same checked preparation; durable shared provider quotas and additional independently sourced signals remain separate connections. The preparation binding is transient, not a new persisted refresh-chain artifact; saved snapshots and ordinary evidence-received activity continue under existing owners.
Source present at the checked commit · marker: export function createPrimeWeatherRefreshTransfer181GT
Checked Prime Spatial records and explicitly selected comparison A/B can open Outside world to prepare the original requested place. A bounded immutable one-shot transfer stays local to the mounted Prime and is consumed before destination validation; exact originals, comparison companions and live window context are rechecked. Preparation never fetches or saves, and provider-grid display choices never become request coordinates. Existing unfinished drafts require explicit replacement. Local tab switches retain weather drafts and already-unconfirmed responses with their original save-only retry deadline, while hidden controls and canceled in-flight work cannot continue. Busy or unsaved destinations reject and consume transfers without queuing. True unmount clears transient transfer and owner state. A separate explicit fetch uses existing source-bound atomic snapshot ownership.
Recorded next connection: Observe deployed Spatial-to-refresh preparation, draft confirmation and save-only retry across tabs. Browser/provider, WebGL and cross-device recovery remain unverified. No durable unfinished-form recovery, refresh-chain artifact, new storage owner or provider is added; independently sourced signals and durable shared quotas remain separate work.
Quantum crossword: connected context without duplicate knowledge
Versioned acceptance scenario · not assessed
Retained outcome: Reveal intelligence at intersections of space, time, evidence and perspective. One canonical node may participate in many disciplines and worlds; strings expose those shared contexts without copying the source payload into every route.
The relational architecture underneath compact storage, the contextual world grid, cross-disciplinary research and microscopic inspection.
Acceptance scenario and required results (4)
Scenario: Inspect one source-backed canonical node shared across disciplines and world states in the running grid, 3D strings and multi-globe comparison.
Each intersection resolves the same canonical node and source payload while exposing the selected place, period, perspective and typed relationship.
quantum-crossword-intersections:result-1 · not assessed
Switching grid, string and comparative-globe views preserves node and capsule identity; independently editable copies of the source payload are not created for each view.
quantum-crossword-intersections:result-2 · not assessed
Saved deduplicated capsule references survive restart and reopen the retained payload; missing references are explicit and cannot be substituted by an unrelated record.
quantum-crossword-intersections:result-3 · not assessed
The interface explains quantum crossword as contextual representation and distinguishes it from separately evidenced physical quantum execution or advantage.
quantum-crossword-intersections:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
This source uses quantum as a named contextual representation concept; it separately states that physical quantum runtime and advantage are unproven.
Public 3D strings, multi-globe comparison and durable deduplicated capsule references still need runtime integration.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
implemented-local · retained source label
181CG names QUANTUM_CROSSWORD as a crossword-style provenance intersection with prepared 2D grid, 3D cube/globe/cloud/string-network and multiple-world-globe views. Its six-node cacao fixture validates source-bearing links and no duplicate node payloads; advanced rendering is contract-only.
Quantum Intelligence as a governed evolving intelligence architecture
Versioned acceptance scenario · not assessed
Retained outcome: As TheoB discovers new needs, its intelligence categories should evolve: notice gaps, propose a category, assess fit and redundancy, review it, bind it into registries and the Universal Intelligence Hub, and merge or retire superseded categories while retaining their historical meaning.
The system's ability to redefine itself coherently as capabilities catch up to the vision, including evolving lenses, modalities, memory structures, agent roles and entire knowledge domains.
Acceptance scenario and required results (4)
Scenario: Take a documented category gap through evaluation, review, an authorized isolated registry update and a subsequent merge or retirement.
The proposal cites the observed need and compares its role, fit, overlap and conflict with the existing categories rather than creating a category from its name alone.
quantum-intelligence-category-evolution:result-1 · not assessed
The reviewed change updates the category registry, Universal Intelligence Hub and affected agent capability references consistently under a recorded authorization; a rejected or unauthorized change leaves them unchanged.
quantum-intelligence-category-evolution:result-2 · not assessed
Merge or retirement retains the original identity, historical meaning, decision, affected references and recovery path, and a reload exposes the resulting version consistently.
quantum-intelligence-category-evolution:result-3 · not assessed
Category evolution is explained as the architectural use of Quantum Intelligence, with its link to the separate quantum-method research branch and no inferred physical quantum capability.
quantum-intelligence-category-evolution:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
Runtime category evaluation, approved registry changes, hub synchronization and live agent evolution remain unimplemented in this core.
The architectural meaning of Quantum Intelligence should be explained alongside the separate quantum-method research program rather than collapsing either meaning.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
The quantum evolution core defines ten domains and eight evolution modes with category and receipt shapes. It covers discovery, capsules, visuals, design, conflict, agents, planetary, cacao, governance and universal intelligence. It currently renders readiness and proposals rather than mutating categories.
Quantum methods and bounded computational experiments
Versioned acceptance scenario · not assessed
Retained outcome: Study powerful methods from the history of computation and physics, reproduce what current resources allow, compare against classical baselines, and retain useful partial results and new questions. Quantum research remains a serious research branch of the intelligence ecosystem.
A specialized Academy/lab capability for finding better representations and methods, potentially informing graph traversal, simulation, optimization and scientific work as evidence develops.
Acceptance scenario and required results (4)
Scenario: Run the implemented quantum-method simulations and comparable classical baselines under a declared resource budget, then review the complete feasibility registry.
Retained run receipts reproduce the expected Bell probabilities, Grover target and QFT/inverse-QFT reconstruction using fixed inputs and numerical tolerances stated before evaluation.
quantum-method-research-lab:result-1 · not assessed
Each comparison records the actual algorithm, runtime, qubit or amplitude size, measured time and memory, baseline output and failure conditions; budget exhaustion stops the run visibly.
quantum-method-research-lab:result-2 · not assessed
Every registered method is either connected to its implementation and evaluated runtime contract or explicitly held with its missing implementation or specialized-resource requirement; partial results and subsequent questions remain inspectable.
quantum-method-research-lab:result-3 · not assessed
Classical statevector calculations remain labeled simulations, account for their exponential memory growth and establish no physical qubits, physical entanglement or quantum advantage.
quantum-method-research-lab:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
No physical qubits, physical entanglement, physical quantum runtime or quantum advantage are demonstrated by these classical simulations.
Most registered methods still require implementation or specialized runtime contracts; statevector memory grows exponentially and comparisons must include resource cost.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
implemented-local · retained source label
181BS implements bounded classical complex-statevector functions, a Bell interaction and two-qubit Grover search. 181BT adds a 1–4-qubit QFT/inverse-QFT fixture and an eleven-method feasibility registry including Shor, Hamiltonian simulation, tensor networks, stabilizers, HHL, VQE, QAOA and phase estimation. Direct local audit reproduced Bell probabilities, the Grover target and a 16-amplitude QFT round-trip error of 1e-12.
Feynman inversion and recurring high-leverage inquiry
Versioned acceptance scenario · not assessed
Retained outcome: When a problem resists progress, question the representation itself: define the native substrate, encode the foundational interaction, test a bounded model, preserve anomalies and failures, and use them to generate the next question. Difficult problems can still yield reusable methods along the way.
A concrete example of how historical intelligence becomes an operational research method rather than a decorative quotation; it gives perpetual research a bounded, iterative structure.
Acceptance scenario and required results (4)
Scenario: Revisit a blocked problem through the eight-step inversion method in two bounded, scheduled inquiry cycles separated by a restart.
The first mission records the original representation, proposed native substrate, foundational interaction, bounded model, fixed comparison and observed results using the existing method-stage identities.
feynman-inversion-recurring-inquiry:result-1 · not assessed
Anomalies, failed approaches and useful partial methods retain their original evidence and generate an explicit follow-up question rather than being overwritten by the next answer.
feynman-inversion-recurring-inquiry:result-2 · not assessed
The subsequent scheduled mission resumes the same directive after restart, follows the retained question, and produces a separately dated execution receipt within enforced time and resource limits.
feynman-inversion-recurring-inquiry:result-3 · not assessed
Review records which evolution proposal is supported, rejected or still unresolved; stop and exhausted budgets prevent further steps without claiming indefinite research execution.
feynman-inversion-recurring-inquiry:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
The source specifies recurring governed inquiry, not a deployed indefinite scheduler.
A deployed research cycle still needs concrete missions, time/resource budgets, review and measured outcomes.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
documented-contract · retained source label
FEYNMAN_INVERSION_METHOD_181BS defines an eight-step loop from representation inversion through classical comparison to reviewed evolution proposal, explicitly retaining partial methods, negative results and unexpected tools.
Transparent reconstructed worlds and plural perspectives
Versioned acceptance scenario · not assessed
Retained outcome: Reconstruct historical or possible worlds as explorable networks of sources, events, locations, people and interpretations. Users should see the strings of evidence, where perspectives agree or conflict, and what was inferred or artistically completed, including comparative world globes.
The experiential output of the spatial world grid and cross-disciplinary fleet, making civilization knowledge understandable through worlds while retaining the evidence behind every view.
Acceptance scenario and required results (4)
Scenario: Build and compare sourced reconstructions of one historical subject, include a contested perspective and a labeled possible-world branch, and reopen the retained result.
Retrieved archaeological or archival evidence and community-governed perspective records retain their origin, rights, location, time and relationship identities throughout the explorable network and comparative globes.
transparent-world-reconstruction:result-1 · not assessed
Rendered elements expose whether they are evidence, inference, interpretation, contested claims, artistic completion or a scenario; a missing source cannot become an observed event.
transparent-world-reconstruction:result-2 · not assessed
A creative handoff preserves the originating claims and limitations in its receipt, and saved reconstruction state restores the same source references and branch identities.
transparent-world-reconstruction:result-3 · not assessed
The scenario preserves its prediction and evaluation basis before an outcome is available; a subsequently observed outcome is compared with that exact prediction, retaining errors and uncertainty.
transparent-world-reconstruction:result-4 · not assessed
Every required result must have evidence. A held required stage keeps this scenario open.
Retained conditions and guardrails (2)
Archaeological retrieval, community-governed perspective sources, creative handoff receipts and prediction/outcome calibration remain open connections.
Rendered educational or artistic reconstructions must preserve visible distinctions between evidence, inference, interpretation, contestation and scenarios.
These source statements need acceptance review. Some describe limits rather than missing features.
Historical implementation description
implemented-local · retained source label
181CG provides a deterministic cacao-origin graph fixture, seven world branches and twelve proposed public metrics. Its local fixture validates source-bearing edges and no duplicate payloads; 3D strings, multiple globes, reconstruction storage and public metrics runtime remain missing.
Historical assessment source: 181GS, based on commit 258d3bfc92102309d8fac2e2c473d9095d4692f6.
Local tests and deployment checks belong to the exact change that ran them. This snapshot creates no test result or runtime observation.
From tested proof to completed release
Companion release: completion held. The current downloads are unsigned review builds. Signing, installation and the complete connection have not been accepted.
Automatic updates are not active. A website deployment does not update an unpacked extension or an installed companion.
The indexed review build is 0.1.5; the prepared release is 0.1.8. The Mac signing and notarization build path requires Apple release configuration. A verified build is not an accepted installation.
Mac launch issue and the Electron icon
The reported “damaged” warning is still open. The exact installed artifact and cause are unconfirmed. Keep macOS security enabled; the current review bundle is not a verified Mac installation.
The original 0.1.0 review package used Electron’s default icon. The indexed 0.1.5 review package contains TheoB’s globe mark. Changing the icon does not resolve a blocked launch.
Report type: user reported · macOS architecture unknown · no artifact digest supplied. This report is retained separately from build observations.
Inspect release stages and missing links
Recorded build 0.1.5 · source 3b2cc6151849. Installed app and Electron versions require a separate host observation; these describe the download.
Runtime owner tracedObserved
Trace each shipped runtime file to its original owner. Historical proof filenames are retained as provenance.
615-merged-darwin-arm64-owner The merged source allowlist retains the production main, existing native runtime owners and extension closure; test harnesses are not shipped. Bound to source revision · evidence reviewed 2026-09-30
615-merged-darwin-arm64-proof 21 native component-fixture observations passed using tooling Electron 44.2.0. Report ZIP digest and exact source revision verified; the packaged application and user installation were not executed. Bound to source revision · evidence reviewed 2026-09-30
615-merged-darwin-arm64-actual-main 8 actual-main controlled-fixture observations passed using tooling Electron 44.2.0 and platform graphics defaults. Cold/warm single-host handling, public handoff, direct same-view navigation and clean exit were observed. The declared Foundry scope also observed four simultaneous native surfaces and real CAD pixels. The signed or packaged application, OS protocol registration and user installation were not tested. Bound to source revision · evidence reviewed 2026-09-30
615-merged-darwin-arm64-package Successful provider packaging logs report exact staged/package source equality for 44 files and runtimeExecutionObserved=false. The indexed SHA-256 is GitHub's outer artifact ZIP digest; this review did not download or independently hash the desktop archive. This is an unsigned review build. Bound to exact artifact · evidence reviewed 2026-09-30
615-merged-darwin-arm64-trust-block This credential-free workflow selects unsigned-review packaging. No trusted distribution, installed application or complete installed-host connection is established by its package or source-runtime trials. Bound to exact artifact · evidence reviewed 2026-09-30
Observe the exact downloaded artifact on a clean host: Finder launch, cold and warm app opening, and actual installed versions. Resolve the reported Mac launch block.
No matching accepted observation is retained for this stage.
Complete connection acceptedNot observed
Run all 14 installed-host cases in protocol 447-v1: standard and private roundtrip, Stop, native close, web-card close, Arena close and both lost-acknowledgement cases. Retain exact artifact, host and results.
No matching accepted observation is retained for this stage.
Artifact SHA-256: 8b1a8de316a1689bed0e900b42bff70028364645de04ccbbc9dcd9c543bbcc96. This is the indexed Actions artifact digest, not a code-signing certificate. Changed source or artifact identity makes earlier evidence stale.
Review downloads only. Connect trusted persistent releases, platform signing, update metadata and an installed upgrade/rollback trial.
TheoB browser extension
Unpacked install · manual updates. Publish a managed Chrome Web Store item with a stable identity and compatibility checks. Chrome controls installation timing.
TheoB website and adapters
Vercel deployment · quiet rollout unconfirmed. Connect traffic measurements, compatible version rollout, saved-session protection, health gates and tested rollback.
Connected external apps
Provider managed. TheoB can maintain its adapters and report compatibility. Vendor app binaries and their update timing remain with their provider.
A future TheoB-controlled update must wait for recent measured low traffic, an idle session, confirmed saved work, no active jobs, captures or pending source receipts, and a compatible rollback. A configured time zone and quiet window are required. Missing observations keep it held.
The eligibility check is implemented as a policy check only. No automatic download, installation or restart executor is connected. Chrome and external providers control their own update timing.
Scope and connection to the site acceptance register
Companion delivery pilot. This does not assess the rest of the site or complete any whole-concept scenario. These stages add no completed scenario or full-site completion percentage.
The shipped runtime still has its original electron-proof-001 source path. The delivery allowlist traces it into the packaged application. Renaming that folder would not establish an accepted installation.
Read-only snapshot checked 2026-09-30. Failed observations remain visible until a reviewed resolution names them. This panel does not inspect or change your installed files.
Browse current identities
Showing 80 of 686 matching identities · 686 total. Parent branches preserve the generated hierarchy.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
/api/intelligencestructural parent · no physical route
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
not-reassessed · Reconcile each route with its current functional owner and retained evidence. Historical classifications do not establish current ownership.
Historical epoch comparison
Each row describes the scope of one historical source. Claim counts can overlap across epochs and are not a denominator for current system completion. A current claim matches source identity; it does not establish runtime health.
10 preserved epochs · current identity authority remains the generated physical route census
Epoch / surface
Role and explicit scope
Claims
Current
Stale
Excluded
Wave 58C canonical registry
wave-58C-plus-overlays
historical-registry
historical-page-inventory
Historical reference; no current identity authority.
Historical reference; no current identity authority.
0
0
0
0
Stale historical route claims (1 across all epochs)
These claims are preserved as evidence. They do not create navigation targets or inferred redirects. The historical membership filter above also selects this list.
Historical claim preserved; it supplies no current route identity, redirect, or deletion authority.
System Index OS · app/lib/arena-native-content/systemIndexRegistry61XER6E3.js · systemIndexGroups61XER6E3[3].links[40][1]
Alias identity decisions · routing equivalence held
6 conflicts have explicit identity decisions. The existing Arena and safe-alias claims remain separate evidence. These decisions do not apply alias changes, redirects, or safety expansion.
The physical page is the existing Arena-shell entry and already redirects to /agent-arena/shell. Academy links to Agent Arena as a discipline, but its older competition/promotion description does not supersede that physical entry. Preserve the page ID and existing redirect; the broad /academy identity claim is superseded for the current index.
The physical page renders AgentLabContent61XER6C2, a transparency and methods workbench explaining sources, agent roles and confidence. Academy explicitly links to this separate discipline. Preserve /agent-lab as current identity; neither /agent-arena grouping nor the /academy module claim proves routing equivalence.
{"sourcePath":"app/agent-lab/page.js","marker":"import AgentLabContent61XER6C2 from \"../components/arena/native-content/routes/AgentLabContent61XER6C2\";"}
The physical page presents the agent directory, roster and coordination-plan workflow, with explicit agent-execute and plan-save handlers. Academy is a learning hub with a different component. Preserve /agents as current identity; the /agent-arena and /academy groupings cannot establish equivalent content or authority.
The physical page renders a seeded system-activity feed with a local interval pulse; its name is not evidence of a live provider connection. Watch OS links to Live as a distinct observation route. Preserve /live as current identity; /observatory and /watch-os are contextual groupings, not established equivalents.
{"sourcePath":"app/live/page.js","marker":"subtitle=\"Live system signals, agent activity, world events, and active observation streams.\""}
{"sourcePath":"app/watch-os/page.js","marker":"import WatchOSContent61XER6B from \"../components/arena/native-content/routes/WatchOSContent61XER6B\";"}
{"sourcePath":"app/watch-os/page.js","marker":"subtitle=\"The live awareness layer of TheoB: signals, maps, agents, events, timelines, and system health.\""}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"Observatory\",\"/observatory\",\"Main living observation layer.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"Live\",\"/live\",\"Active signals and system activity.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"World Signals\",\"/world-signals\",\"Events, sports, weather, finance, and local feeds.\"]"}
The physical page projects the observed-present scenario and passes a space-time handoff to ObservatoryContent61XER6C1, which renders the living-world surface. Watch OS is a separate observation hub that links to Observatory. Preserve /observatory as current identity; the broader /watch-os alias is superseded as an identity claim.
{"sourcePath":"app/observatory/page.js","marker":"import ObservatoryContent61XER6C1 from \"../components/arena/native-content/routes/ObservatoryContent61XER6C1\";"}
{"sourcePath":"app/watch-os/page.js","marker":"import WatchOSContent61XER6B from \"../components/arena/native-content/routes/WatchOSContent61XER6B\";"}
{"sourcePath":"app/watch-os/page.js","marker":"subtitle=\"The live awareness layer of TheoB: signals, maps, agents, events, timelines, and system health.\""}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"Observatory\",\"/observatory\",\"Main living observation layer.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"Live\",\"/live\",\"Active signals and system activity.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"World Signals\",\"/world-signals\",\"Events, sports, weather, finance, and local feeds.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/ObservatoryContent61XER6C1.jsx","marker":"import LivingWorldUnifiedSurface61XER6H4 from \"./LivingWorldUnifiedSurface61XER6H4\";"}
{"sourcePath":"app/components/arena/native-content/routes/ObservatoryContent61XER6C1.jsx","marker":"OBSERVATORY · LIVING WORLD"}
{"sourcePath":"app/components/arena/native-content/routes/ObservatoryContent61XER6C1.jsx","marker":"See the world. Change the model."}
The physical page filters world-signal categories and its refresh handler updates local world-signal and feedback records. Observatory and Watch OS explicitly link to this signal view. Preserve /world-signals as current identity; neither broader hub claim establishes equivalent behavior or permits safety promotion.
{"sourcePath":"app/watch-os/page.js","marker":"import WatchOSContent61XER6B from \"../components/arena/native-content/routes/WatchOSContent61XER6B\";"}
{"sourcePath":"app/watch-os/page.js","marker":"subtitle=\"The live awareness layer of TheoB: signals, maps, agents, events, timelines, and system health.\""}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"Observatory\",\"/observatory\",\"Main living observation layer.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"Live\",\"/live\",\"Active signals and system activity.\"]"}
{"sourcePath":"app/components/arena/native-content/routes/WatchOSContent61XER6B.jsx","marker":"[\"World Signals\",\"/world-signals\",\"Events, sports, weather, finance, and local feeds.\"]"}
Preserved historical System Index OS workspace · curated epoch
MASTER INDEX
One system. One operating map. One living dashboard.
System Index is the canonical TheoB System OS. It combines the civilization blueprint, restored operational dashboard, live metrics, routes, agents, missions, safety controls, and evolving system additions in one native workspace.
The original Unified System Dashboard has been restored as the operational layer of the upgraded System Index. Blueprint, routes, metrics, command, safety, recovery, verification, and intelligence now remain together.
Operational panels13Canonical System OS/system-index-osLegacy dashboardAssimilatedArena modeNative
Production status feed active
LIVE SYSTEM HEARTBEAT
Founder cockpit is reading live production status.
This panel now pulls directly from TheoB’s safe live APIs, summarizes the pulse, shows what needs review, and links the founder into the major operating layers.
Waiting for live dataWaiting for live dataLoading live pulse
0Core Layers ReadySystem organs registered
0WarningsVisible, not hidden
0BlockedHard stops protected
0Needs ReviewFounder/legal/provider work
unknownSafe ModeOverride remains available
Waiting for live dataProviderWaiting for live data
unknownSecrets ExposedHeartbeat provider guard
0Provider RoutesFrom heartbeat aggregate
Waiting for live dataProvider HealthNo providers registered
0Providers Down0 degraded
Waiting for live dataHeartbeat Route HealthNo heartbeat routes registered
0Heartbeat Routes Down0 degraded · 0 healthy
Waiting for live dataLive EscalationWaiting for live data
Waiting for live dataHeartbeat EscalationWaiting for live data
Waiting for live dataCommand Alerts0 active alert records
Source: /api/live/system-heartbeat + /api/live/dashboard-status + /api/live/system-telemetry + /api/live/provider-health + /api/live/provider-health-latency-watch + /api/live/provider-health-latency-alert-readiness + /api/live/command-center-status + /api/live/command-center-alert-simulation + /api/live/recovery-routing-simulation + /api/live/safe-mode-decision-simulation + /api/live/founder-action-confirmation-simulation + /api/live/founder-action-receipt-audit-trail + /api/live/cockpit-governance-bundle hydrating persistence, identity, actor role, and founder authority readiness. Individual endpoints remain available for direct inspection: /api/live/audit-trail-persistence-readiness + /api/live/authenticated-founder-identity-readiness + /api/live/actor-role-classification-readiness + /api/live/founder-authority-confirmation-readiness. This is safe structural-live data; real providers, databases, queues, and credentials can be wired next.
OPERATIONAL SPINE
Restored system organs
SELECTED SYSTEM ORGAN
Signal Mesh
Live nervous system for ingestion, routing, correlation, verification, memory, and governed action.
Core Live/real-time-planetary-signal-mesh-os
Blueprint
System Index remains the canonical civilization and route map.
Operations
The Unified Dashboard is restored as the executive operating layer.
Metrics
Live system APIs remain visible in the same native Arena workspace.
Evolution
New routes and capabilities are additive instead of replacing the base.
CANONICAL ECOSYSTEM
One ecosystem. Ten connected worlds.
This is the stable operating model for how TheoB observes, learns, remembers, decides, executes, coordinates, protects, and evolves. It is additive to the full System Index and does not replace its detailed system registry.