Talk

The Modern Data Stack Is Overkill (Most of the Time)

Thursday, May 28

14:40 - 15:10
RoomSpaghetti
LanguageEnglish
Audience levelBeginner
Elevator pitch

he Modern Data Stack often adds unnecessary complexity and cost. This talk explores lighter Python-centric alternatives, with real examples, benchmarks, and a practical framework to decide when cloud-native stacks are worth the price and when they aren’t.

Abstract

The Modern Data Stack has become the default choice for analytics teams, often adopted early without a clear understanding of its real costs. While powerful, it frequently introduces unnecessary complexity and significant financial overhead.

In this talk, I’ll show when a full cloud-native data stack is overkill, both technically and economically. Through real-world examples and benchmarks, I’ll compare typical Modern Data Stack architectures with Python-centric alternatives built around tools like DuckDB, dbt-core, and minimal orchestration.

Beyond performance and maintainability, the talk focuses on cost drivers: infrastructure usage, SaaS pricing models, operational effort, and long-term ownership costs. Rather than advocating for a single “best” stack, I’ll present a practical decision framework to evaluate data volume, access patterns, team size, growth expectations, and budget constraints.

Attendees will leave with concrete criteria to choose simpler, cheaper architectures when appropriate and to justify the investment in more complex stacks only when the value clearly outweighs the cost.

TagsDatabases, Scaling, Data Engineering
Participant

Adriano Sanges

I’m an Engineering Manager at Didomi, working on data platforms and privacy-by-design architectures. I’m a data leader with 10+ years of experience, previously at Walmart, Workday, and Bank of America, with a strong focus on building pragmatic, cost-effective data organizations.

Over the years, I’ve helped teams evolve from ad-hoc analytics setups into sustainable data platforms, balancing technical complexity, costs, and organizational constraints. My interests include lightweight data architectures, developer experience, and the intersection of data engineering and privacy.