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eduKateSG.IC.Implementation.Checklist.v1.0

Three students in school uniforms work through open books at a classroom table, with textbooks and stationery nearby and study notes on the whiteboard behind them.

Interstellar-Core Operator Implementation Checklist v1.0

ID: eduKateSG.IC.Implementation.Checklist.v1.0
Type: Deployment order + training order + measurement order
Goal: Prevent “too-big-to-run” collapse while launching a civilisation-grade system

Classical Foundation Block

Large systems fail when scope expands faster than execution bandwidth.

Civilisation-Grade Definition

Implementation succeeds when:

Structural stability is installed before expansion, verification culture before AI acceleration, and AVOO gating before symmetry-breaking.

0) The Anti-Overbuild Law

AntiOverbuildLaw:
  If: ExpansionRate > ExecutionBandwidth
  Then: PhaseShear increases → CollapseRisk increases

Therefore:

DeploymentOrder:
  1: Install control layer
  2: Stabilise operators
  3: Activate projection
  4: Add simulation
  5: Scale carefully with AVOO gating

1️⃣ Phase 1 — Install Core Control (Weeks 1–4)

Objective: Make drift visible.

Publish / Deploy First:

Phase1_Install:
  - IC.ConnectionMap.NodeBind
  - IC.Assessment.Protocol
  - IC.Router.LifeCorridor
  - IC.WeeklySchedule.Templates

Train:

Training:
  - Operator Certification only
  - No Visionary/Architect training yet

Measure:

MetricsFocus:
  - RecordCompleteness >= 0.95
  - VerificationCompliance >= 0.70
  - DriftList updated weekly

Do NOT:

DoNot:
  - add simulation layer
  - expand curriculum
  - modify router

If Phase1 fails → freeze expansion.

2️⃣ Phase 2 — Stabilise P3 Corridor (Weeks 5–12)

Objective: Raise P3Fraction safely.

Activate:

Phase2_Activate:
  - Transfer tasks weekly
  - Timed stability protocol
  - AIHybrid verification loop

Add:

Add:
  - Oracle certification track
  - Monthly cross-audit

Metrics Target:

Targets:
  P3Fraction ↑
  CollapseRate ↓
  TransferDensity >= 0.65
  VerificationCompliance >= 0.80

Still:

  • No Architect modifications allowed.

3️⃣ Phase 3 — Add Simulation Layer (Months 4–6)

Objective: Expand abstraction safely.

Activate:

Phase3_Simulation:
  - Energy mini-models
  - Governance mini-sims
  - Crisis-lite drills

Gating:

Gate:
  - Visionary certification unlocked
  - Architect still locked

Metrics:

Metrics:
  TransferDensity >= 0.75
  CoordinationStability >= 0.70

4️⃣ Phase 4 — AVOO Full Stack (Months 7–12)

Unlock:

Unlock:
  - Architect certification (limited seats)
  - Router pilot modification protocol

Install:

Install:
  - City-level dashboard aggregation
  - Failure archive repository

Hard Cap:

ArchitectCap:
  - <=5% of staff

5️⃣ Phase 5 — Scaling Beyond One Site

Before expanding:

PreExpansionChecklist:
  - 6 months stable P3Fraction growth
  - VerificationCompliance >= 0.85
  - CollapseRate < 0.05
  - Oracle audit passed

Only then:

  • Clone site.
  • Share dashboard.
  • Cross-audit.

6️⃣ AI-Hybrid Deployment Order

AIOrder:
  Step1: Prompt discipline
  Step2: Verification logs
  Step3: Edge-case drills
  Step4: Simulation coupling
  Step5: Advanced modelling

If verification drops → revert one level.

7️⃣ War-Resilient Mode Integration

Install as dormant protocol in Month 2.

Do not activate unless triggered.

8️⃣ Common Implementation Failures

FailureModes:
  - Trying to launch all layers at once
  - Certifying Visionaries before Operators stabilised
  - Allowing AI without verification logs
  - Expanding before CollapseRate stabilises
  - No recovery windows in schedule

9️⃣ The Minimal Viable Academy Launch Order

If starting from scratch:

MinimalLaunch:
  Month1:
    - Weekly schedules
    - Assessment protocol
    - Operator training
  Month2:
    - Router live
    - Verification logs
  Month3:
    - Transfer tasks enforced
  Month4:
    - Oracle layer
  Month6:
    - Simulation lite
  Month9:
    - Visionary gate
  Month12:
    - Architect pilot

🔟 The Single Most Important Metric

If you measure only one thing:

PrimaryMetric:
  VerificationCompliance

Because:

If VerificationCompliance ↑
Then FalseCompetence ↓
Then CollapseRate ↓
Then P3Fraction ↑

ID: InterstellarCore.Router.AVOO
Inputs:

  • phase state (P0–P3)
  • sensor profile (timed stability, transfer rate, backlog)
  • role tendency (AVOO weight cloud)

Routing:

  • If P0/P1: force RepairCorridor R0/R1 (no GeniusLane)
  • If stable P2 with high transfer + language precision: allow P3 corridor tasks
  • If P3 stable AND high novelty capacity: allow GeniusLane with fences + artefact-return requirement

Final Compression (One Sentence Implementation Law)

Install control before expansion, stabilise operators before innovators, enforce verification before acceleration, and scale only when collapse rate falls.

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