TheoB needs one executive dashboard for the whole organism.
A unified dashboard layer for signal mesh, ingestion, telemetry, autonomy, command center, override, recovery, verification, simulation, economics, discovery, planetary intelligence, and sensory intelligence.
Every TheoB pathway can move through Past, Present, and Future without losing context.
Read current signals, conditions, and live context.
Voice ready
One dashboard. Many organs. One living system.
Unified System Dashboard OS gives TheoB one executive surface where the founder can see the major living layers at once: signals, ingestion, telemetry, autonomy, command control, override, recovery, verification, simulation, resources, discovery, planetary intelligence, and sensory intelligence.
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.
/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.Live nervous system for ingestion, routing, correlation, verification, memory, and governed action.
/real-time-planetary-signal-mesh-osApproved connectors, validation, source health, polling control, schema normalization, and mesh handoff.
/live-signal-ingestion-engine-osBuild health, deployment health, runtime status, tokens, workflow cost, connector freshness, and alerts.
/operational-telemetry-osAuto-allowed, review-required, blocked, escalated, and override-ready action control.
/selective-autonomy-osFounder/operator cockpit for health, alerts, workflow queue, approvals, blocked actions, and override.
/operational-command-center-osPause, redirect, correct, escalate, or stop workflows when human safety or judgment requires it.
/human-override-gateSimulate fallback, rollback, continuity, incident response, and degraded-mode pathways.
/civilization-recovery-simulatorSource triangulation, contradiction detection, temporal validation, evidence weighting, and human review.
/reality-verification-osScenario modeling for economics, climate, governance, logistics, culture, infrastructure, and recovery.
/civilization-simulation-engine-osCompute cost, budget pressure, stop conditions, surge control, throttling, and resource review.
/economic-pressure-gateHypotheses, experiments, falsification, replication scoring, lineage, and validated discovery translation.
/scientific-discovery-engine-osWeather, cacao regions, trade routes, climate, ecology, energy, markets, culture, and event memory.
/planetary-intelligence-osSight, sound, smell, taste, touch, animal perception, plant signaling, and ecosystem sensing.
/sensory-intelligence-osThis is the operating table and the cockpit.
The dashboard does not replace the deeper layers. It organizes them into one readable command surface so the founder can see where the system is healthy, where it needs review, what is safe to automate, and what must remain under human control.