[OC] Data Sources & Tools

    • Data Source: Industrial classifications based on 2022 NAICS (U.S. Census Bureau). Connectivity and Contagion Scores were calculated using a deterministic heuristic algorithm mapping input-output dependencies across 346 manufacturing nodes.
    • Tools Used:
      • Python: For data cleaning and the heuristic classification engine.
      • NetworkX: For topological edge generation and directed graph analysis.
      • vis.js: For the interactive physics-driven network visualization.
    • The Research Context: This visualization was built to address the Visibility Gap between financial taxonomies (GICS) and the physical economy (NAICS). Research indicates that the U.S. physical economy faces a $1.1T Visibility Gap where systemic supply chain shocks remain hidden until they cause catastrophic decay.

    Key Findings from the Visualization:

    • Risk Aggregation: By mapping the topology into four tiers, we found that critical systemic risks aggregate most heavily at Tier 3 (Primary Extractors) and Tier 2 (Intermediate Processors).
    • The Delayed Effect: Tier 1 (Final Assembly) is often the last to feel the impact, usually when it is too late to circumvent the disruption.
    • The Goal: We have open-sourced this dataset and the heuristic logic to provide a digital twin of industrial topology, helping analysts and risk managers identify these invisible bottlenecks.
    • Interactive Version: See Hugging Face
    • Source Code/Data: See GitHub

    by Vast-Village-2596

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      **[OC] Data Sources & Tools**

      * **Data Source:** Industrial classifications based on 2022 NAICS (U.S. Census Bureau). Connectivity and Contagion Scores were calculated using a deterministic heuristic algorithm mapping input-output dependencies across 346 manufacturing nodes.
      * **Tools Used:**
      * **Python:** For data cleaning and the heuristic classification engine.
      * **NetworkX:** For topological edge generation and directed graph analysis.
      * **vis.js:** For the interactive physics-driven network visualization.

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