CivOS Instrument Panel — Beijing (BJ)

Real-Time Observability Dashboard (Canonical v0.1)

Definition Lock: Same CivOS panel schema, instantiated for BJ as a city-runtime observability set:
Z0 → Z1 → Z2 → R4 → SB → Z3 → outputs a live Phase estimate P3/P2/P1/P0.

Canonical Panel Schema (Copy-Block)

			
CivOS.InstrumentPanel.v0_1
CITY_ID: BJ
GC_NODE: BJ.GC
OBSERVE_LAYERS:
  Z0: ATOMIC_SENSORS
  Z1: INSTITUTIONAL_TRIGGERS
  Z2: COORDINATION_CHANNELS
  R4: SECTOR_PIPELINES
  SB: STABILITY_BUFFERS
  Z3: MACRO_ENVELOPE
PHASE_RULES (minimal):
  P3: Z2 stable; R4 within normal; SB not heavily drawn
  P2: localized Z0/R4 disruptions; Z2 intact; SB engaged but controlled
  P1: Z2 degraded OR multi-sector R4 cascade; SB heavily drawn
  P0: GC offline OR uncontrolled multi-sector collapse + regeneration impaired

		

BJ Instantiation

BJ.ID (Place)

			
PLACE.ID: BJ
PLACE.GC: BJ.GC

Z0 — Atomic Sensors (Street / Hardware Layer)

Purpose: detect street-level physical failure first (flooding, heat stress, air visibility, road closure, localized outages).

			
BJ.Z0.SENSORS:
  BJ.Z0.PRECIP_INTENSITY        // rainfall intensity / storm burst
  BJ.Z0.URBAN_FLOOD_POINTS      // underpass / low-lying street inundation
  BJ.Z0.AQI_VISIBILITY          // air quality + visibility degradation
  BJ.Z0.HEAT_INDEX              // heat stress spikes (human + grid load)
  BJ.Z0.TRAFFIC_FLOW            // arterial congestion / closure states
  BJ.Z0.LOCAL_POWER_OUTAGE      // district-level outage flags (if available)

		

Z0 rule: Z0 spikes + clean Z2 usually ⇒ P2 (degraded but contained).

Z1 — Institutional Triggers (Authority Mode Switch)

Purpose: detect when the city switches operating mode (warnings, emergency posture, restrictions, surge capacity).

			
BJ.Z1.TRIGGERS:
  BJ.Z1.METEO_WARN_LEVEL        // storm/flood/heat warning level changes
  BJ.Z1.EMERGENCY_RESPONSE_LVL  // municipal emergency level escalation
  BJ.Z1.TRANSPORT_RESTRICTIONS  // road access restrictions, closures, reroutes
  BJ.Z1.PUBLIC_HEALTH_MODE      // outbreak posture changes (if relevant)

		

Z1 rule: Z1 activation = “control-plane spending” to prevent cascade; not yet systemic failure.

Z2 — Coordination Channels (Control Plane)

Purpose: verify the city’s ability to coordinate people, routes, alerts, and services coherently.

			
BJ.Z2.CHANNELS:
  BJ.Z2.PUBLIC_ALERTS           // verified hazard + instruction broadcasts
  BJ.Z2.TRANSIT_STATUS_BCAST    // metro/bus advisories + reroute guidance
  BJ.Z2.MUNICIPAL_SERVICE_APP   // service reporting + dispatch routing
  BJ.Z2.TRAFFIC_COORDINATION    // official traffic guidance + dynamic controls

		

Z2 failure signature: contradictory/delayed instruction under rising Z0/R4 stress ⇒ drift toward P1.

R4 — Sector Pipelines (Regeneration Layer)

Purpose: monitor core pipelines that keep the city running + repairing itself.

			
BJ.R4.PIPELINES:
  BJ.R4.TRN (Transport)      // metro/bus/rail throughput + recovery ETA
  BJ.R4.PWR (Power)          // grid stress + outage repair cycles
  BJ.R4.WTR (Water)          // supply reliability + contamination advisories
  BJ.R4.SAN (Sanitation)     // waste/clean-up throughput after storms
  BJ.R4.HLT (Healthcare)     // hospital strain proxies + surge routing
  BJ.R4.NET (Telecom)        // connectivity degradation proxies

		

R4 rule: BJ stays stable when repair loops remain faster than damage accumulation.

SB — Stability Buffers (Shock Absorption)

Purpose: track buffers that absorb shocks so local failures don’t become systemic.

			
BJ.SB.BUFFERS:
  BJ.SB.SHELTER_ROUTING        // cooling/heat shelters; flood relocation routing
  BJ.SB.EMERGENCY_RELIEF       // rapid relief + repair funding mechanisms
  BJ.SB.SURGE_MANPOWER         // public works surge crews / auxiliary capacity
  BJ.SB.RESOURCE_RESERVES      // backup power, water reserves, logistics buffers
  BJ.SB.OPERATIONAL_REDUND     // redundancy in comms + critical services

		

SB failure signature: SB drawdown accelerates while R4 recovery slows ⇒ P2 → P1 corridor.

Z3 — Macro Envelope (National / Global Interface)

Purpose: monitor macro constraints that bound city stability + recovery speed.

			
BJ.Z3.ENVELOPE:
  BJ.Z3.REGIONAL_WEATHER_ENVELOPE   // north china storm bands, heat domes
  BJ.Z3.HYDRO_ENVELOPE              // basin-level water constraints
  BJ.Z3.MACRO_SUPPLY_CHAIN          // inbound logistics constraints (fuel/food)
  BJ.Z3.NATIONAL_POLICY_MODE        // macro policy constraints shaping response

		

Z3 rule: Z3 rarely “breaks” the city instantly; it limits sustained recovery rate.

Minimal Phase Classifier (Copy-Block)

			
CivOS.PhaseClassifier.BJ.v0_1
INPUTS:
  Z0 = atomic_failure_intensity
  Z2 = coordination_integrity
  R4 = sector_throughput_health
  SB = buffer_drawdown_rate
  GC = BJ.GC continuity
OUTPUT:
  PhaseState ∈ {P3,P2,P1,P0}
RULES:
  IF GC==OFFLINE OR (Z2==FAILED AND multi_sector(R4)==FAILED) => P0
  ELSE IF Z2==DEGRADED OR cascading_multi_sector(R4)==TRUE => P1
  ELSE IF localized(Z0)==SPIKE OR single_sector(R4)==DISRUPTED AND Z2==STABLE => P2
  ELSE => P3

		

Registry Record (for indexing)

			
CivOS.REGISTRY.NODE
TYPE: InstrumentPanel
ID: BJ.PANEL.v0_1
PLACE: BJ
LAYERS: Z0,Z1,Z2,R4,SB,Z3
STATUS: CANONICAL

		