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Data acquisition, modeling and analysis for the game World of Warships players’ performance
DataPython · TypeScriptGitHub @WilliamOnVoyageOnlineOwner unconfirmed
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Data acquisition, modeling and analysis for the game World of Warships players' performance
Taken from the repository README
Loading the full README.
Read the full README ↗An AI-native, high-performance web platform and automated data pipeline for tracking and visualizing World of Warships player statistics, win rates, and combat performance across all major global servers (NA, EU, ASIA). Designed in authentic Swiss Minimalist & WWII Admiralty Naval Record Office editorial style.
The application is deployed on a dedicated AWS EC2 instance backed by AWS RDS PostgreSQL in Oregon (us-west-2):
| Resource | URL / Access | Description |
|---|---|---|
| Live Web App | http://44.253.134.12:3000 | Next.js 16 Naval Record Office UI |
| Fleet Leaderboards | http://44.253.134.12:3000/#leaderboard | Global & Regional PvP Rankings |
| Sample Dossier | http://44.253.134.12:3000/player/zmlzeze | Verified Combat Telemetry Profile |
| Leaderboard API | http://44.253.134.12:3000/api/leaderboard | Top commanders by WR, damage, battles (via the frontend's /api proxy) |
| API Documentation (Swagger) | http://localhost:8000/docs through an SSH tunnel | Backend listens on the host only; see RUNBOOK §4 |
| Developer Runbook | docs/RUNBOOK.md | Operations, incident response, & DuckDB guides |
flowchart TD
subgraph WargamingAPI ["Wargaming.net Global APIs (10 req/s)"]
WG_NA["api.worldofwarships.com (NA)"]
WG_EU["api.worldofwarships.eu (EU)"]
WG_ASIA["api.worldofwarships.asia (ASIA)"]
end
subgraph EC2 ["AWS EC2 (Ubuntu 24.04 - Elastic IP: 44.253.134.12)"]
subgraph Pipeline ["Decoupled Data Pipeline v2"]
Scout["Discovery Scout\n(Probes above high-water marks)"]
Refresher["Telemetry Refresher\n(Batches 100 known IDs, Diff-Only)"]
Exporter["Nightly Parquet Exporter\n(Exports daily snapshots to S3)"]
end
subgraph BackendService ["Backend Service (127.0.0.1:8000, host-only)"]
FastAPIApp["FastAPI REST API\n- SQLModel / SQLAlchemy 2.0\n- Leaderboards & Player Dossiers\n- Secure /internal/* Endpoints"]
end
subgraph FrontendService ["Frontend Service (:3000)"]
NextApp["Next.js 16 App Router\n- Naval Record Office Theme\n- Archivo & IBM Plex Mono Fonts\n- Recharts Monochrome Visualizations"]
end
end
subgraph AWS_RDS ["Operational DB (PostgreSQL 16)"]
Postgres[("wows_stats DB\n- player table (3.27M+ records)\n- player_snapshot (Monthly partitioned)\n- daily_server_stats & pipeline_state")]
end
subgraph AWS_S3 ["Analytical Data Lake (Amazon S3)"]
ParquetLake[("s3://wows-stats-analytics/\n- Daily 10x Compressed Parquet\n- Direct Columnar DuckDB Queries")]
end
WargamingAPI --> Pipeline
Pipeline --> Postgres
Pipeline --> ParquetLake
Postgres --> BackendService
BackendService --> FrontendService
ParquetLake --> Developer["Developer DuckDB Analytics"]
# Check container status and pipeline state
./scripts/ops.sh status
# Tail service logs
./scripts/ops.sh logs scraper
# Open secure SSH tunnel to private RDS (localhost:5433 -> RDS:5432)
./scripts/db.sh tunnel
# Connect via psql
./scripts/db.sh psql
# Run starter analysis against Parquet data lake
python scripts/analyze.py
For full operational procedures, secret rotation, and incident playbooks, refer to docs/RUNBOOK.md.