CIVOS.RUNTIME.GLOBALPACK.EXAMPLE.BEJ-TPE-TYO-WDC.v1.2

CIVOS.RUNTIME.GLOBALPACK.EXAMPLE.BEJ-TPE-TYO-WDC.v1.2
ModuleID: CIVOS.GLOBALPACK.EXAMPLE.002
Type: Worked Corridor Example (Add-on; no Core mutation)
PlaceSet: {CHN.BJ.BEJ, TWN.TP.TPE, JPN.TK.TYO, USA.DC.WDC, EARTH}
Focus: GOV+SEC+FIN+TECH+LOG+MEDIA multi-node coupling with AVOO + MindOS + EmotionOS + FenceOS
Dependencies: CIVOS.CORE.v1.2 + FENCEOS.v1.2 + AVOO.ROLES.v1.2 + SYMCHOICE.v1.2 + MINDOS.CORE.v1.2 + EMOTIONOS.v1.2

CONTRACT
Input:
  - Places: {Beijing, Taipei, Tokyo, WashingtonDC}
  - Lanes: {GOV, SEC, FIN, TECH, LOG, MEDIA}
  - Optional Observations: event triggers + signals
Output:
  - Graph (Nodes/Edges) + Phase states + Sensors + Repair corridor plan
Rule:
  - Treat this as a *runtime coordination spec*, not a political claim set.

PLACE DIRECTORY
PlaceID: EARTH
  Z: Z6
PlaceID: CHN
  ISO3: CHN
  Z: Z4
PlaceID: CHN.BJ.BEJ
  Parent: CHN
  Aliases: {Beijing}
  Z: Z3
PlaceID: TWN
  ISO3: TWN
  Z: Z4
PlaceID: TWN.TP.TPE
  Parent: TWN
  Aliases: {Taipei}
  Z: Z3
PlaceID: JPN
  ISO3: JPN
  Z: Z4
PlaceID: JPN.TK.TYO
  Parent: JPN
  Aliases: {Tokyo}
  Z: Z3
PlaceID: USA
  ISO3: USA
  Z: Z4
PlaceID: USA.DC.WDC
  Parent: USA
  Aliases: {Washington DC, Washington D.C.}
  Z: Z3

LANES
GOV   = policy / legitimacy / enforcement
SEC   = security posture / coercion / deterrence dynamics
FIN   = rates / credit / liquidity / risk premium
TECH  = strategic tech supply chains / export controls / capability nodes
LOG   = shipping / ports / air cargo / lead times / inventories
MEDIA = narrative / attention / emotion contagion amplifier

NODES
# Beijing (Z3)
Node: CHN.BJ.BEJ×GOV×Z3×Visionary×INSTIT×BEJ.POLICY.CORE
Node: CHN.BJ.BEJ×SEC×Z3×Oracle×ACTOR×BEJ.SEC.SENSE
Node: CHN.BJ.BEJ×TECH×Z3×Architect×PIPE×BEJ.TECH.CORRIDOR.DESIGN
Node: CHN.BJ.BEJ×MEDIA×Z3×Operator×PIPE×BEJ.NARRATIVE.AMP
# Taipei (Z3)
Node: TWN.TP.TPE×TECH×Z3×Operator×PIPE×TPE.SEMI.PROD
Node: TWN.TP.TPE×SEC×Z3×Visionary×CONTROL×TPE.DETERRENCE.GATE
Node: TWN.TP.TPE×FIN×Z3×Oracle×INSTIT×TPE.CAPFLOW.SENSE
Node: TWN.TP.TPE×MEDIA×Z3×Operator×PIPE×TPE.NARRATIVE.AMP
# Tokyo (Z3)
Node: JPN.TK.TYO×FIN×Z3×Operator×INSTIT×TYO.MARKETS
Node: JPN.TK.TYO×TECH×Z3×Architect×PIPE×TYO.INDUSTRY.REROUTE
Node: JPN.TK.TYO×LOG×Z3×Operator×PIPE×TYO.LOG.HUB
Node: JPN.TK.TYO×GOV×Z3×Oracle×ACTOR×TYO.POLICY.SENSE
# Washington DC (Z3)
Node: USA.DC.WDC×GOV×Z3×Visionary×INSTIT×WDC.EXEC.CORE
Node: USA.DC.WDC×SEC×Z3×Oracle×INSTIT×WDC.SEC.SENSE
Node: USA.DC.WDC×FIN×Z3×Operator×CONTROL×WDC.SANCTIONS.GATE
Node: USA.DC.WDC×TECH×Z3×Architect×CONTROL×WDC.EXPORTCTRL.GATE
Node: USA.DC.WDC×MEDIA×Z3×Operator×PIPE×WDC.NARRATIVE.AMP
# Planet (Z6) sensors
Node: EARTH×FIN×Z6×Oracle×SENSOR×GLOB.RISKINDEX
Node: EARTH×TECH×Z6×Oracle×SENSOR×GLOB.TECHFLOW.INDEX
Node: EARTH×LOG×Z6×Oracle×SENSOR×GLOB.LEADTIME.INDEX
Node: EARTH×MEDIA×Z6×Oracle×SENSOR×GLOB.SENTIMENT.INDEX

EDGES
# Cross-strait coupling
Edge: CHN.BJ.BEJ×SEC×Z3  <-> TWN.TP.TPE×SEC×Z3   Type: FLOW.RISK   κ=0.8
Edge: TWN.TP.TPE×TECH×Z3 ->  EARTH×TECH×Z6       Type: FLOW.GOODS  κ=0.9
# Washington ↔ Beijing (policy/tech/security coupling)
Edge: USA.DC.WDC×TECH×Z3 -> CHN.BJ.BEJ×TECH×Z3   Type: FLOW.POLICY κ=0.7
Edge: CHN.BJ.BEJ×TECH×Z3 -> USA.DC.WDC×TECH×Z3   Type: FLOW.RISK   κ=0.5
Edge: USA.DC.WDC×SEC×Z3  <-> CHN.BJ.BEJ×SEC×Z3   Type: FLOW.RISK   κ=0.6
# Washington ↔ Taipei (security + tech + capital)
Edge: USA.DC.WDC×SEC×Z3  -> TWN.TP.TPE×SEC×Z3    Type: FLOW.POLICY κ=0.6
Edge: USA.DC.WDC×FIN×Z3  -> TWN.TP.TPE×FIN×Z3    Type: FLOW.CAPITAL κ=0.5
Edge: USA.DC.WDC×TECH×Z3 -> TWN.TP.TPE×TECH×Z3   Type: FLOW.POLICY κ=0.7
# Tokyo as stabilizer / reroute hub
Edge: JPN.TK.TYO×FIN×Z3  <-> USA.DC.WDC×FIN×Z3   Type: FLOW.CAPITAL κ=0.7
Edge: JPN.TK.TYO×TECH×Z3 <-> TWN.TP.TPE×TECH×Z3  Type: FLOW.GOODS   κ=0.6
Edge: JPN.TK.TYO×LOG×Z3  <-> EARTH×LOG×Z6        Type: FLOW.GOODS   κ=0.7
# Global sensors feed all (soft wide)
Edge: EARTH×FIN×Z6   -> JPN.TK.TYO×FIN×Z3        Type: FLOW.RISK κ=0.5
Edge: EARTH×MEDIA×Z6 -> USA.DC.WDC×MEDIA×Z3      Type: FLOW.INFO κ=0.4
Edge: EARTH×MEDIA×Z6 -> CHN.BJ.BEJ×MEDIA×Z3      Type: FLOW.INFO κ=0.4
Edge: EARTH×MEDIA×Z6 -> TWN.TP.TPE×MEDIA×Z3      Type: FLOW.INFO κ=0.4

SCENARIO SCN.BEJ↔TPE↔TYO↔WDC.TECH-SEC-FAILSAFE.001
T0 Trigger (Z3 shock with Z6 amplification)
  Event: EARTH×MEDIA×Z6×Oracle×EVENT×SENTIMENT.SPIKE
  Local manifestation:
    - risk narratives accelerate across WDC/BEJ/TPE feeds
  Emotion vectors (initial):
    WDC: E={fear:0.4, anger:0.3, pride:0.3}
    BEJ: E={pride:0.4, anger:0.3, fear:0.3}
    TPE: E={fear:0.5, resolve:0.3, anxiety:0.2}
    TYO: E={caution:0.6, fear:0.2, duty:0.2}
  κ_effective increases on MEDIA edges.
T1 Oracle sensing (prevent blind overreaction)
  WDC.SEC.SENSE + BEJ.SEC.SENSE + TPE.CAPFLOW.SENSE + GLOB.RISKINDEX:
    detect:
      - R (rate dominance) rising in FIN/LOG nodes (Ḋ/Ġ trending upward)
      - TTC shrinking for TPE.SEMI.PROD buffers (inventory + lead time)
  Output:
    - identify top 3 chokepoints where κ×panic creates cascade:
      (1) TECH export-control gate
      (2) capital flight feedback (FIN)
      (3) logistics lead-time shock (LOG)
T2 FenceOS trigger (Truncation conditions)
  Trigger if:
    TTC(TPE.SEMI.PROD) < TTC_fence
    OR R(TYO.MARKETS) > R_fence
    OR d(NIT)/dt high in WDC/BEJ narratives
  FenceOS recommends:
    - TRUNCATE emotion-driven bind deletion:
        * avoid irreversible corridor closures unless existential
        * impose reversible throttles with explicit off-ramps
    - reduce κ_effective by dampening MEDIA amplification
    - protect buffers B (inventory, liquidity, trust)
T3 Visionary layer (NIT control; legitimacy buffer)
  WDC.EXEC.CORE (Visionary):
    sets reversible framing + off-ramps to prevent NIT lock
  BEJ.POLICY.CORE (Visionary):
    avoids pride-locked irreversible steps; keeps negotiation corridor open
  TPE.DETERRENCE.GATE (Visionary):
    maintains stability posture without triggering panic capital run
  Purpose (MindOS):
    keep corridor inside “reversible decision manifold” (avoid P3→P0 cliff)
T4 Architect layer (structural corridor redesign)
  WDC.EXPORTCTRL.GATE (Architect):
    - switch from blunt bans (bind deletion) to scoped, auditable controls
    - publish compliance corridor to preserve Ġ (regeneration capacity)
  BEJ.TECH.CORRIDOR.DESIGN (Architect):
    - add redundancy paths; reduce single-point import choke
  TYO.INDUSTRY.REROUTE (Architect):
    - reroute sub-components, diversify suppliers, create buffer pooling
  Net effect:
    ΔAd⁺ increases redundancy, reduces brittleness, lowers κ on fragile edges.
T5 Operator execution (symmetry preservation under load)
  Operators run SOP:
    - maintain throughput, enforce controls, execute logistics reroutes
  SymChoice guard:
    keep ρ(operator) ≤ 1 by minimizing ad-hoc choices:
      - pre-defined playbooks
      - clear thresholds (Fence triggers)
      - delegated authority boundaries
T6 Outcome evaluation (Phase state update)
  Expected if successful:
    - FIN nodes remain P2/P3 (markets volatile but functional)
    - TECH/LOG nodes avoid P1 drift (buffers stabilized)
    - MEDIA NIT trend slows (reversibility preserved)
  If unsuccessful:
    - NIT locks → irreversible bind deletion → R>1 sustained → TTC collapses → P1→P0 cascade
END

FAILURE TRACE
MEDIA amplification → E_fear/anger↑ → κ_effective↑ →
policy gates snap shut (bind deletion) → TECH chokepoints →
LOG lead-time shock → FIN risk premium↑ → capital flight loop →
TPE buffer drain (TTC↓) → more narrative lock (NIT↑) →
operators forced into high choice injection (ρ>1) →
shear → Ḋ↑ → sustained R>1 → P1→P0 cascade across corridor

REPAIR TRACE
Oracle detects TTC/R/NIT early → Fence triggers TRUNCATE (reversible throttles) →
Visionary stabilizes legitimacy + publishes off-ramps (NIT↓, trust buffer↑) →
Architect redesigns corridors (redundancy↑, brittleness↓, κ_fragile↓) →
Operators execute SOP (ρ≤1) → buffers rebuild (B↑) → R≤1 → TTC↑ → re-enter P2/P3 band

SENSORS (per Place×Lane)
Core:
  - TTC_fence, R_fence
  - B_inventory (TECH/LOG), B_liquidity (FIN), B_trust (GOV), B_attention (MEDIA)
Coupling:
  - κ_base per edge, κ_effective after MEDIA×Emotion
SymChoice:
  - ρ_operator (choice injection)
EmotionOS:
  - E_fear, E_anger, E_pride, E_attachment/hope
Narrative:
  - NIT level + d(NIT)/dt (irreversibility slope)

RUN CHECKLIST
1) Instantiate Places: {BEJ, TPE, TYO, WDC, EARTH}
2) Instantiate lanes: {GOV, SEC, FIN, TECH, LOG, MEDIA}
3) Build nodes: add AVOO actors + key pipes + policy gates + global sensors
4) Set rough baselines: C,B,κ,R,TTC,ρ,E,NIT
5) Inject Event: choose one (MEDIA spike, TECH gate change, SEC posture change, FIN volatility)
6) Propagate by κ_effective; update E and ρ under stress
7) Evaluate triggers:
     if TTC<TTC_fence OR R>R_fence OR d(NIT)/dt high → FenceOS actuation
8) Output:
     - Phase map (P0–P3) per place×lane
     - Top chokepoints + recommended corridor redesign (Architect)
     - Narrative off-ramps (Visionary) + sensing plan (Oracle) + SOP (Operator)