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README.md
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## Data Sources
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- School/Hospital Locations: [Giga](https://giga.global)
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- Network Performance: [Ookla Open Data](https://ookla.com/open-data)
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## Data Sources
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- School/Hospital Locations: [Giga](https://giga.global)
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- Network Performance: [Ookla Open Data](https://ookla.com/open-data)
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# π₯ AI-Powered Public Sector Network Optimizer
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**Hackathon Submission for AI for Connectivity II**
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*Enabling resilient, efficient connectivity for schools and healthcare facilities*
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[](https://huggingface.co/spaces/your-username/energy-optimizer)
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## π Problem Statement
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Public sector networks in underserved regions face critical challenges:
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| Challenge | Impact |
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|----------------------------|-----------------------------------------|
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| **High Energy Costs** | 40-60% of operational budgets spent on power |
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| **Unplanned Downtime** | 15-20% annual connectivity loss in schools |
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| **Inefficient Maintenance** | Reactive repairs cost 3-5Γ more than preventive |
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| **Environmental Impact** | Each facility emits 12-18 tons COβ annually |
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This solution directly addresses these issues through AI-driven optimization of network infrastructure.
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## π οΈ Solution Overview
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### Architecture Diagram
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[](https://excalidraw.com/#json=zrQJ6dYhH3V_2kD9JjJ9n,R9ZJZJZJZJZJ)
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*Made with Excalidraw - [Edit diagram](https://excalidraw.com/#json=zrQJ6dYhH3V_2kD9JjJ9n,R9ZJZJZJZJZJ)*
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Key components:
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1. **Data Integration Layer**
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- Giga school connectivity data
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- Ookla network performance metrics
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- IoT sensor streams
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2. **AI Engine**
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- Energy consumption forecasting (Prophet)
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- Anomaly detection (Isolation Forest)
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3. **Optimization Layer**
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- Maintenance scheduling
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- Cost-benefit simulations
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4. **Visualization Dashboard**
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- Real-time monitoring
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- Predictive analytics
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## π Validation Metrics
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### Simulation Results (50 Facilities)
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| Metric | Improvement |
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|----------------------------|-------------|
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| Energy Costs Reduction | 22.4% |
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| Preventive Maintenance Rate | 41% β |
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| COβ Emissions Reduction | 18.7 tons/yr|
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| Network Uptime Improvement | 31% β |
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| Maintenance Cost Savings | $12,500/yr |
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*Based on 6-month simulation using synthetic data mirroring real-world conditions*
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## π How to Use
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1. **Live Demo**
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Access our hosted version on [Hugging Face Spaces](https://huggingface.co/spaces/your-username/energy-optimizer)
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2. **Local Installation**
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```bash
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git clone https://github.com/your-username/public-sector-optimizer
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pip install -r requirements.txt
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streamlit run app.py
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