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Case Study: Systemic Risk Analysis Using NLP

Automated Economic Interdependence Analysis

Client: Canadian Financial Institution 

Industry: Banking & Risk Management

 

The Challenge

In response to a government regulatory requirement, the client needed to gain a deeper, data-driven understanding of the economic interdependence among its largest corporate clients. The bank faced significant, hidden concentration risk. For example, three separate clients with over $50 million in exposure each might be deeply interconnected. The failure of one could trigger a domino effect, turning a $50 million risk into a $150 million systemic event.

Previously, this analysis was a slow, manual process, requiring teams of economists to read thousands of pages of reports to manually map these complex relationships, a method that was no longer scalable or sufficient for regulatory demands. 

 

The Project & Solution


The project delivered a sophisticated, end-to-end data pipeline to automate the discovery and scoring of economic interdependence from unstructured text.

The solution was built on an 8-stage data processing framework that ingested, cleaned, and analyzed economists' research notes, with each stage providing valuable, unique outputs.


  • ETL & Data Structuring: A robust ETL (Extract, Transform, Load) pipeline was constructed to handle vast quantities of unstructured text data from multiple sources. The data was meticulously cleaned and prepared for analysis.
  • Custom NLP Engine: At the heart of the solution was a custom Natural Language Processing (NLP) model, trained to read and comprehend complex economic notes. The model accurately identified key entities (companies, subsidiaries, key personnel) and the nuanced language describing their relationships.
  • Dependency Scoring Algorithm: Leveraging the insights from the NLP model, a proprietary algorithm was developed to score the relationships between any two entities on a simple but powerful scale:
    • 1: No significant dependence
    • 2: Minor dependency
    • 3: Significant dependency


  • Interactive Visualization: The final output was delivered through an interactive network graph, allowing the bank's risk managers to visualize complex webs of interdependence and drill down into specific client connections at a glance.


The Impact


This project transformed the client's ability to manage portfolio risk and meet regulatory obligations.

  • Met Critical Regulatory Requirements: The automated, auditable system successfully satisfied a major government mandate, securing the bank's compliance status.
  • Quantified Hidden Risk: For the first time, the bank could see and quantify previously invisible concentration risks, providing a clear, data-backed view of potential multi-million dollar exposures.
  • Massive Efficiency Gains: The analysis cycle was reduced from a manual effort of several months to an automated process that runs in a matter of days.
  • Deeper Economic Insights: The 8-stage pipeline produced valuable intermediary data that uncovered previously unknown economic links, providing the bank's economists with a richer dataset for their own analysis.

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