black and white bed linen

Data Canon

Creating a unified treasury data source with predictive insights

Building the Data Canon

I designed a multi-schema Snowflake system to unify scattered treasury data into one trusted source.

A detailed architectural diagram showing the multi-schema Snowflake data structure centralizing treasury information.
A detailed architectural diagram showing the multi-schema Snowflake data structure centralizing treasury information.
Data Integrity
Predictive Insight

Developed a machine learning model that forecasts chargeoff risks, helping the treasury team act before issues arise.

Data Canon

Centralizing treasury data with precision.

A detailed schematic of a multi-schema snowflake architecture representing the Data Canon.
A detailed schematic of a multi-schema snowflake architecture representing the Data Canon.
Chargeoff Model

Predicting risks with machine learning.

Graph showing chargeoff prediction trends based on historical payment data.
Graph showing chargeoff prediction trends based on historical payment data.
Visual dashboard displaying treasury data integrity and consistent metrics.
Visual dashboard displaying treasury data integrity and consistent metrics.
Illustration of proactive risk mitigation through predictive analytics.
Illustration of proactive risk mitigation through predictive analytics.
Data Integrity

Ensuring consistent metrics department-wide.

Quick Answers

What is the Data Canon?

It's a multi-schema Snowflake setup centralizing treasury data.

How does chargeoff prediction work?

Our model analyzes past behaviors and payment patterns to forecast risks.

Why centralize treasury data?

Centralization creates a single source of truth, improving data integrity and consistent reporting across the treasury department.

It offers actionable insights to proactively manage portfolio risk.

What benefits does the machine learning model provide?
Who developed the Data Canon?

I led the architecture and development as treasury data consultant.