One of the biggest challenges in bringing AI to motorsports hasn’t been the technology itself—it’s been challenging the deeply ingrained mentality of “how it’s always been done.” Many foundational data analysis texts in our industry are more than a decade old, and most analysis software still defaults to the same channels and visualizations that engineers…

We’re excited to introduce LapLabeler, a groundbreaking new tool specifically designed for labeling deep learning datasets in motor sports.

By developing characterization approaches for drivers, vehicles, and tracks, we can better ascertain if each major component is playing its part to perfection.

Over 300 sensors and 1.5TB of data per car over the weekend, and they had to wait ’til post-race to analyze the data because of time and manpower constraints at the track. The concept for RAICE was born.

In this blog post, we will explore the concepts of Human-In-The-Loop, Human-On-The-Loop, as well as fully autonomous AI – examining their differences and similarities while focusing on how these models incorporate human input.

The term “generative AI” (GenAI) is being abused to describe non-generative AI in the current market hype surrounding the technology, even though the lines are admittedly a bit blurred in some cases.

We are very excited to announce that Zaggy AI has been accepted to the Microsoft for Startups Founders Hub!

Nothing too crazy to report in this patch-level release: Latest package has been published on PyPi and latest docs are up. Let us know if you have any issues or feature requests on our GitHub project page!

Zaggy AI is proud to announce our first FOSS contribution, PashehNet. PashehNet is a tool for quickly and reproducibly creating simulated sensor networks (SSN) that can publish to a target system.

Leveraging AI at the edge is challenging at best. We see many IoT solutions trying to push AI all the way to the actual sensors, or all the way into the cloud. We think there is a better solution.