Sports Analytics EngineeringDeployed Engineers. Real Results.

Real-Time Analytics for Sports Organisations That Can’t Wait for Yesterday’s Data.

Lambda functions held together with hope. Manual operators triggering sports runs. 10,000 lines of code doing what 2,000 should. We’ve been inside live sports data platforms — we know exactly what breaks and how to build infrastructure that scales without breaking.

10k2k
Lines of Code After Cleanup
4+
Engineers Deployed to Clients
15+
Sports Verticals Supported
What We Build

Sports data infrastructure that actually scales

ETL Pipeline Overhaul & Composable Architecture

AltSportsData.com: 2 engineers deployed. Replaced fragile AWS Lambda functions with a proper ETL framework. Built a custom dynamic scheduler to eliminate manual human triggers on live sports events.

AI-Powered Odds Generation for College Football & NFL

News betting platform: 2 data engineers deployed. Built an AI pipeline (Django + GPT + Langfuse) replacing manual odds setting. Solved the hard part — making LLMs do accurate probabilistic math at scale.
Our Process

From broken pipelines to production-grade

1

Audit

We map every pipeline, scheduler, Lambda function, and data flow. You get a clear picture of what breaks, why it breaks, and the blast radius when it does.

2

Architecture

We design the composable framework — reusable components, proper ETL structure, scheduler logic, and AI integration points. Engineers approve everything before a line is written.

3

Build & Migrate

Engineers embed with your team, migrate pipelines incrementally, and reduce the codebase while expanding capability. Zero downtime on live sports data.

4

Scale

New sports onboarded from existing components. Odds pipelines expanded to new leagues. The visual builder means your team keeps moving without us in the room every time.

Frequently Asked Questions

Why is sports scheduling so hard to automate?

Unlike most software domains, live sports schedules are dynamic in unpredictable ways — weather delays, postponements, format changes mid-season, late additions. Most scheduling systems assume a fixed calendar. Sports doesn’t have that. We built a custom scheduler for AltSportsData that handles these edge cases without requiring a human to manually trigger runs when something changes.

Can AI actually generate accurate odds?

With the right architecture, yes — but not by asking GPT to “calculate odds.” The problem with LLMs and math is they’re probabilistic reasoners, not calculators. Our approach: decompose the odds generation into discrete steps, each with explicit math validation. The LLM handles context, reasoning, and narrative. The deterministic layer handles the numbers. Langfuse gives you full traceability at every step so you can audit any output.

What does “composable architecture” mean in practice?

It means each data transformation is a self-contained, reusable component. When AltSportsData wants to add Formula Drift to their platform, they’re not writing new ETL code — they’re assembling existing components in the visual pipeline builder. Adding a new sport went from a multi-week engineering project to an hours-long configuration task. That’s what composable means in practice.

Do you deploy engineers directly to our team?

Yes. Both AltSportsData and our betting platform client have Autonomous engineers embedded on their teams. These are engineers who own pipelines, commit code daily, and are accountable for outcomes — not consultants who deliver a slide deck and disappear. We can work alongside your existing team or operate as your dedicated data engineering function.

What sports and leagues do you have experience with?

Through AltSportsData, we’ve worked with F1, Cricket Australia, Supercross, Super Motocross, World of Outlaws, Formula Drift, and Combat Sports. On the betting side, we’ve built for College Football and NFL. The composable architecture means adding new sports is fast — the data engineering patterns transfer. We’ve also worked with racing formats, which have some of the most complex scheduling edge cases in sports data.

Pipelines breaking? Let’s take a look.

Tell us about your current data infrastructure — what’s fragile, what’s manual, where it breaks. We’ll tell you what it’ll take to fix it and what the architecture should look like.