Kamarin Lee
I build data and AI systems: data engineering, architecture, machine learning, and the governance layers underneath them.
Over the past decade I have delivered data and AI programs for Meta, T-Mobile, and other Fortune 100 organizations, and led data and machine learning work at UiPath and at a private-markets investment platform. My applied work in media-mix modeling is featured in Wiley’s Data Science For Dummies.
Working on a private-markets investment platform, I was close to how commercial real estate and private equity offerings are diligenced and reported. What stayed with me is how much of the record is assembled by hand: a track record arrives as a spreadsheet, terms live in a PDF, and the diligence that checks them is a series of phone calls.
I now work on what it should take for a number to be trusted when the records behind it are hard to reach. In 2026 I registered a study on public regulatory filings; the paper follows.
Research
Writing
Kamarin Lee
Bio
Kamarin Lee is an independent researcher working on verification and provenance in financial data: what it should take for a number to be trusted when the records behind it are hard to reach. His current work formalizes a verification standard for regulatory filing data and tests it empirically on public records.
His work spans two long-running threads. The first is applied measurement, beginning in marketing and consumer analytics and continuing through machine learning and media-mix modeling, work featured in Wiley’s Data Science For Dummies. The second is large-scale data and AI systems architecture, spanning private-markets investment infrastructure, enterprise automation at UiPath, and data and AI programs for Meta, T-Mobile, and other Fortune 100 organizations.
Research
Research interests: Verification and provenance in financial data. Measurement under partial and self-reported records. Identity resolution across regulatory identifiers. Point-in-time correctness.
Past: Applied machine learning and media-mix modeling. Enterprise data architecture.