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examples/edge-net/sim/PROJECT_SUMMARY.md
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examples/edge-net/sim/PROJECT_SUMMARY.md
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# Edge-Net Lifecycle Simulation - Project Summary
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## What Was Built
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A comprehensive TypeScript simulation testing all 4 phases of the edge-net P2P network lifecycle from genesis to full independence.
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## File Structure
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```
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/workspaces/ruvector/examples/edge-net/sim/
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├── src/
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│ ├── cell.ts # Cell (node) simulation with energy/capabilities
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│ ├── network.ts # Network state management and phase tracking
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│ ├── metrics.ts # Metrics collection and aggregation
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│ ├── phases.ts # Phase transition logic and validation
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│ ├── report.ts # JSON report generation
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│ └── simulator.ts # Main simulation engine orchestrator
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├── package.json # NPM dependencies (TypeScript, ts-node, uuid)
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├── tsconfig.json # TypeScript configuration
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├── .gitignore # Git ignore rules
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├── README.md # Project overview (auto-generated)
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├── USAGE.md # Complete usage guide
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├── SIMULATION_OVERVIEW.md # Technical architecture documentation
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├── PROJECT_SUMMARY.md # This file
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└── test-quick.sh # Quick test script
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```
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## Core Components
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### 1. Cell (Node) Simulation
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**File:** `src/cell.ts` (5.7KB, 230 lines)
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**Features:**
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- Cell types: Genesis (bootstrap) and Regular (network)
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- States: Active, Read-only, Retired
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- Capabilities: Compute, bandwidth, reliability, storage (0-1 scale)
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- Energy (rUv) management: Earning and spending
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- Genesis multiplier: 10x initially, decays to 1x
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- Connection management with energy costs
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- Task processing with success rate tracking
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- Fitness score calculation for preferential attachment
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### 2. Network State Management
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**File:** `src/network.ts` (9.6KB, 310 lines)
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**Features:**
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- Network initialization with genesis mesh topology
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- Node spawning with preferential attachment
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- Task generation based on network size
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- Task distribution to capable nodes
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- Phase detection and automatic transitions
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- Connection cost modeling
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- Network statistics aggregation
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- Genesis node lifecycle management
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### 3. Metrics Collection
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**File:** `src/metrics.ts` (9.6KB, 280 lines)
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**Features:**
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- Per-phase metric tracking
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- Energy economics: Earned, spent, sustainability ratio
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- Genesis node statistics: Multiplier, state counts
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- Network health: Connections, success rate, throughput
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- Automatic validation against phase criteria
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- Historical data preservation
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- Top performer identification
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- Issue categorization (critical, warnings, successes)
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### 4. Phase Transition Logic
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**File:** `src/phases.ts` (7.3KB, 180 lines)
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**Features:**
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- 4 lifecycle phases: Genesis, Growth, Maturation, Independence
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- Node count thresholds: 10K, 50K, 100K
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- Custom validation checks per phase
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- Genesis multiplier verification
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- State transition confirmation
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- Economic sustainability validation
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- Progress tracking and estimation
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- Phase-specific event handling
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### 5. Report Generation
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**File:** `src/report.ts` (8.4KB, 270 lines)
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**Features:**
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- Comprehensive JSON report structure
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- Metadata tracking (timestamp, duration, ticks)
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- Configuration documentation
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- Phase-by-phase detailed metrics
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- Final network state snapshot
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- Top performer analysis
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- Validation results with pass/fail
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- Console summary with visual formatting
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### 6. Main Simulator
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**File:** `src/simulator.ts` (6.1KB, 210 lines)
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**Features:**
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- Main simulation loop orchestration
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- Command-line argument parsing
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- Progress visualization (bar and verbose modes)
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- Phase transition announcements
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- Timeout safety (50K tick max)
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- Report generation and file saving
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- Exit code based on validation results
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- Performance timing
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## Simulation Phases
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### Phase 1: Genesis (0 - 10K nodes)
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- **Duration:** ~1,000 ticks
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- **Key Events:** Genesis nodes form mesh, 10x multiplier active
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- **Validation:**
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- ✅ Genesis multiplier ≈ 10.0x
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- ✅ Energy accumulation > 1000 rUv
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- ✅ Network connectivity (avg > 5 connections)
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### Phase 2: Growth (10K - 50K nodes)
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- **Duration:** ~4,000 ticks
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- **Key Events:** Genesis multiplier decays, nodes self-organize
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- **Validation:**
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- ✅ Genesis activity reducing
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- ✅ Multiplier decay (< 5.0x)
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- ✅ Task success rate > 70%
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### Phase 3: Maturation (50K - 100K nodes)
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- **Duration:** ~5,000 ticks
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- **Key Events:** Genesis nodes read-only, network independent
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- **Validation:**
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- ✅ Genesis > 80% read-only
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- ✅ Economic sustainability (earned/spent > 1.0)
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- ✅ Network connectivity > 10 avg connections
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### Phase 4: Independence (100K+ nodes)
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- **Duration:** ~2,500 ticks
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- **Key Events:** Genesis retired, pure P2P operation
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- **Validation:**
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- ✅ Genesis > 90% retired
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- ✅ Pure P2P (multiplier ≈ 1.0)
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- ✅ Network stability (positive net energy)
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## Usage
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### Installation
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```bash
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cd /workspaces/ruvector/examples/edge-net/sim
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npm install
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```
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### Run Simulation
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```bash
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# Standard mode (2-5 minutes)
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npm run simulate
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# Fast mode (1-2 minutes)
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npm run simulate:fast
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# Verbose mode (detailed output)
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npm run simulate:verbose
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# Custom output file
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node --loader ts-node/esm src/simulator.ts --output=custom.json
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```
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### Build TypeScript
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```bash
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npm run build
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```
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### Output
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- **Console:** Real-time progress, phase transitions, summary report
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- **File:** JSON report at `simulation-report.json` (or custom path)
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- **Exit Code:** 0 if all validations pass, 1 if any fail
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## Key Features
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### Economic Model
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- **Energy (rUv):** Simulated cryptocurrency for network operations
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- **Genesis Boost:** 10x multiplier for bootstrap phase
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- **Sustainability:** Earned/spent ratio must exceed 1.0
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- **Connection Costs:** 0.5 rUv setup, 0.1 rUv maintenance per tick
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### Network Topology
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- **Genesis Mesh:** All genesis nodes fully connected
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- **Preferential Attachment:** New nodes connect to high-fitness nodes
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- **Connection Limits:** Max 50 connections per node
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- **Target Connectivity:** 10-15 average connections
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### Task Distribution
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- **Generation Rate:** 5 tasks per node (scaled by random factor)
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- **Complexity:** 0.1 - 1.0 (random)
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- **Routing:** Fitness-based selection
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- **Rewards:** Base reward × genesis multiplier
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### Validation Framework
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- **Automatic:** Each phase validated on completion
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- **Quantitative:** Node counts, multipliers, ratios
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- **Qualitative:** State transitions, stability
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- **Custom:** Phase-specific logic
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## Performance
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### Typical Run (Normal Mode)
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- **Target:** 120,000 nodes
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- **Duration:** 2-5 minutes
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- **Ticks:** ~12,500
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- **Memory:** ~310 MB
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### Fast Mode
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- **Target:** 120,000 nodes
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- **Duration:** 1-2 minutes
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- **Ticks:** ~1,250 (100 nodes/tick vs 10)
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- **Memory:** ~310 MB
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### Complexity
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- **Time:** O(ticks × nodes)
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- **Space:** O(nodes)
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## Output Example
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### Console
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```
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╔════════════════════════════════════════════════════════════╗
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║ EDGE-NET LIFECYCLE SIMULATION REPORT ║
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╚════════════════════════════════════════════════════════════╝
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📊 SUMMARY:
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Duration: 45.23s
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Total Ticks: 12,500
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Final Nodes: 120,000
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Final Phase: INDEPENDENCE
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Phases Passed: 4/4
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Overall Result: ✅ PASSED
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📈 PHASE RESULTS:
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✅ GENESIS:
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Nodes: 100 → 10,000
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Energy: 15,234.50 rUv (2.45x sustainable)
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Tasks: 45,678 completed
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Success Rate: 85.3%
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✅ GROWTH:
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Nodes: 10,000 → 50,000
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Energy: 234,567.80 rUv (1.89x sustainable)
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Tasks: 567,890 completed
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Success Rate: 78.9%
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✅ MATURATION:
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Nodes: 50,000 → 100,000
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Energy: 456,789.20 rUv (1.45x sustainable)
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Tasks: 1,234,567 completed
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Success Rate: 82.1%
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✅ INDEPENDENCE:
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Nodes: 100,000 → 120,000
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Energy: 678,901.50 rUv (1.23x sustainable)
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Tasks: 2,345,678 completed
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Success Rate: 79.5%
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🏆 TOP PERFORMERS:
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1. 3f7a9b21 (regular)
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Net Energy: 1,234.56 rUv | Tasks: 1,567 | Success: 95.2%
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2. 8d4c2e90 (genesis)
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Net Energy: 987.65 rUv | Tasks: 1,432 | Success: 92.8%
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```
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### JSON Report
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```json
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{
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"metadata": {
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"timestamp": "2025-12-31T...",
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"simulationVersion": "1.0.0",
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"duration": 45234,
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"totalTicks": 12500
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},
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"summary": {
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"phasesCompleted": 4,
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"totalPassed": true,
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"phasesPassed": 4,
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"phasesTotal": 4,
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"finalNodeCount": 120000,
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"finalPhase": "independence"
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},
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"phases": { ... },
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"finalState": { ... },
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"validation": {
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"overallPassed": true,
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"criticalIssues": [],
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"warnings": [],
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"successes": [...]
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}
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}
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```
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## Integration with Edge-Net
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### What This Validates
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1. **Genesis Sunset Timing:** When to retire bootstrap nodes (100K+ nodes)
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2. **Economic Parameters:** Reward/cost ratios for sustainability
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3. **Phase Thresholds:** 10K, 50K, 100K node milestones
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4. **Multiplier Decay:** 10x → 1x over growth phase
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5. **Network Topology:** Preferential attachment effectiveness
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6. **Long-term Viability:** Economic equilibrium sustainability
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### Real System Mapping
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| Simulation | Edge-Net Reality |
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|------------|------------------|
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| Cell | E2B sandbox instance |
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| Energy (rUv) | Cryptocurrency/tokens |
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| Tasks | Distributed compute jobs |
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| Connections | P2P network links |
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| Phases | Deployment stages |
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| Genesis nodes | Bootstrap infrastructure |
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## Testing Scenarios
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### 1. Standard Lifecycle (Default)
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- Tests normal network growth
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- All 4 phases to 120K nodes
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- ~2-5 minutes runtime
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### 2. Fast Growth (--fast)
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- Tests rapid expansion stress
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- Same 120K nodes, 10x spawn rate
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- ~1-2 minutes runtime
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### 3. Custom Small Network
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- Modify `targetNodeCount: 20000`
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- Quick validation test
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- ~30 seconds runtime
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### 4. Economic Stress Test
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- Modify `baseTaskReward: 0.5` (lower)
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- Modify `connectionCost: 1.0` (higher)
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- Test sustainability limits
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## Documentation
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### User Documentation
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1. **README.md** - Project overview (auto-generated, has existing content)
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2. **USAGE.md** - Complete usage guide with examples
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3. **SIMULATION_OVERVIEW.md** - Technical architecture details
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4. **PROJECT_SUMMARY.md** - This file (quick reference)
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### Code Documentation
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- All TypeScript files have JSDoc comments
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- Interface definitions for type safety
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- Inline comments explaining logic
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- Clear method naming conventions
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## Dependencies
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### Runtime
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- **uuid** (^9.0.1): Unique cell IDs
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- **@types/uuid** (^9.0.7): TypeScript types
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### Development
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- **typescript** (^5.3.3): TypeScript compiler
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- **ts-node** (^10.9.2): TypeScript execution
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- **@types/node** (^20.10.0): Node.js types
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### No External Frameworks
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- Pure Node.js and TypeScript
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- No React, Express, or other frameworks
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- Lightweight and focused
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## Build Artifacts
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### TypeScript Compilation
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```bash
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npm run build
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```
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**Output:** `dist/` directory with compiled JavaScript
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- Preserves structure: `dist/cell.js`, `dist/network.js`, etc.
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- Includes source maps for debugging
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- Declaration files (.d.ts) for type checking
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### Clean Build
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```bash
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npm run clean
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```
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**Effect:** Removes `dist/` directory
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## Exit Codes
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| Code | Meaning |
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|------|---------|
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| 0 | ✅ All phases passed validation |
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| 1 | ❌ One or more phases failed validation |
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**Use in CI/CD:**
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```bash
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npm run simulate && echo "Simulation passed!" || echo "Simulation failed!"
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```
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## Future Enhancements
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### Potential Additions
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1. **Node Churn:** Random failures and recovery
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2. **Security Simulation:** Byzantine behavior, Sybil attacks
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3. **Advanced Topology:** Geographic constraints, latency
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4. **Web Dashboard:** Real-time visualization
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5. **Parameter Optimization:** Genetic algorithms for tuning
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### Integration Points
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1. **E2B Swarm:** Deploy actual sandboxes for real testing
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2. **Blockchain:** Real cryptocurrency integration
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3. **Monitoring:** Prometheus/Grafana metrics export
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4. **CI/CD:** Automated regression testing
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## Credits
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**Built for:** RuVector Edge-Net distributed compute network
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**Technology:** TypeScript, Node.js
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**Architecture:** Simulation-driven design validation
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**Purpose:** Lifecycle testing from genesis to independence
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---
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## Quick Reference
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### File Sizes
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- `cell.ts`: 5.7 KB (230 lines)
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- `network.ts`: 9.6 KB (310 lines)
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- `metrics.ts`: 9.6 KB (280 lines)
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- `phases.ts`: 7.3 KB (180 lines)
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- `report.ts`: 8.4 KB (270 lines)
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- `simulator.ts`: 6.1 KB (210 lines)
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- **Total:** ~47 KB, ~1,480 lines of TypeScript
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### Key Commands
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```bash
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npm install # Install dependencies
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npm run build # Compile TypeScript
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npm run simulate # Run simulation (normal)
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npm run simulate:fast # Run simulation (fast)
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npm run simulate:verbose # Run simulation (verbose)
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npm run clean # Clean build artifacts
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```
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### Configuration Defaults
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```typescript
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genesisNodeCount: 100
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targetNodeCount: 120000
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nodesPerTick: 10 (normal) / 100 (fast)
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taskGenerationRate: 5
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baseTaskReward: 1.0
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connectionCost: 0.5
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maxConnectionsPerNode: 50
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```
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### Phase Thresholds
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- Genesis → Growth: 10,000 nodes
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- Growth → Maturation: 50,000 nodes
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- Maturation → Independence: 100,000 nodes
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### Success Criteria
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- Genesis: 10x multiplier, energy > 1000, connections > 5
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- Growth: Multiplier < 5, success > 70%
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- Maturation: 80% read-only, sustainability > 1.0, connections > 10
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- Independence: 90% retired, multiplier ≈ 1.0, net energy > 0
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---
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**Last Updated:** 2025-12-31
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**Version:** 1.0.0
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**Status:** ✅ Complete and ready to use
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Reference in New Issue
Block a user