MaxAB Wallet Recharge Optimization: Databricks & Power BI
Source files and documentation for MaxAB Wallet Recharge Optimization: Databricks & Power BI.
A question. A process.
Work you can explore.
Move from the project’s purpose to its available previews and source files.
Chapter 1 of 4 · The question
What this project explores.
Source files and documentation for MaxAB Wallet Recharge Optimization: Databricks & Power BI.
Follow the implementation.
The repository documents MaxAB Wallet Recharge Optimization: Databricks & Power BI. Start with the README and follow its setup and implementation files; the source collection below gives you a way into the work.
Read the implementation notesLook beyond the project summary.
The source files and README are the available evidence for this project. Open them to review the implementation and its assumptions.
Choose where to look deeper.
Search the linked source inventory or narrow it to the kind of artifact you want to inspect. Files open at their original source.
5 linked source files
No linked files match this view.
The source
keeps moving.
Source updated
See the current repository documentation.
Current README excerpt
This project audits the operational efficiency and financial viability of wallet recharge mechanisms for MaxAB, a B2B retail platform. By ingesting raw operational logs and transaction data into a Databricks Lakehouse, this pipeline cleans, models, and serves data to a Power BI semantic model. The final dashboards provide actionable insights into agent logistics (transit vs. transaction times) and cost optimization (digital vs. manual recharge channels).
A source excerpt, not an independently verified outcome.