Case Study · ML Ops

Big-Data Python ETL Tool

Airvantage processes billions of airtime loans for the biggest Mobile Network Operators in Africa and Latin America, every year. Getting that volume of data from point A to point B is easier said than done.

The Challenge

Billions of Loans. One Fragile Pipeline.

Airvantage’s decision science determines which users get provisioned a mobile loan – a judgment call made billions of times a year.

That decision science runs across some of the largest Mobile Network Operators in Africa and Latin America. The data behind those decisions needed to move reliably from source systems into the models and dashboards that depend on it.

At that volume, a fragile pipeline isn’t a minor inconvenience. It’s a business risk, and Airvantage needed both a clear-eyed assessment of their existing decision science and a pipeline built to match the scale of the problem.

Challenge

Solutions Built

Assess First. Then Build the Pipe.

Symbyte paired a full assessment of Airvantage’s credit decision science with a Python ETL tool built to move billions of rows reliably.

01

Machine Learning Assessment

A full assessment of Airvantage’s decision science determining which users receive a mobile loan, delivering a detailed report on possible improvements and the current state of their credit models.

02

Python ETL Tool

Built on cloud computing and a Python CLI tool, ensuring Airvantage’s billions of rows of loan data land in the right place, at the right time, for both ML models and downstream analysis.

Outcomes
Outcomes

Billions of Rows, Reliably Routed

The ETL pipeline moves Airvantage's full data volume where it needs to go, on schedule, every time.

A Clear Picture of Credit Model Health

The assessment gave Airvantage a documented view of their decision science, with concrete improvement paths.

Built for Multi-Region Scale

The pipeline was designed to serve the biggest Mobile Network Operators across Africa and Latin America simultaneously.

Faster Path from Data to Decision

Downstream ML models and analysis now run against dependable, well-routed data instead of working around pipeline gaps.

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