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Databricks and Crosser: Resolving Manufacturing Quality with Machine Vision and MLOps - Edge to Cloud

In today’s fast-paced manufacturing environments, ensuring consistent quality requires more than just data collection — it demands real-time, intelligent action. In collaboration with Databricks, we explore how combining Crosser’s edge analytics platform with Databricks’ Mosaic AI tools enables manufacturers to orchestrate a seamless, event-driven machine vision solution across the production line.

This end-to-end approach connects to any manufacturing data source, from legacy equipment to IoT sensors, enabling immediate detection of process variations and prescriptive actions that prevent defects before they escalate. By leveraging YOLO-based machine vision models trained in the cloud and deployed via ONNX at the edge, manufacturers can accelerate defect detection, reduce downtime, and continuously improve through automated model retraining — all while keeping operational costs and latency low.

Highlights from the joint solution:

  • Real-time defect detection with low-latency edge processing.
  • Automated model retraining using intelligent data pipelines.
  • Seamless deployment of YOLO-based models to resource-constrained edge devices.
  • Full MLOps lifecycle with unified governance and monitoring.
  • Continuous quality improvement through IT/OT convergence.

Crosser and Databricks_Resolving Manufacturing Quality with Machine Vision and MLOps

Discover how Crosser and Databricks are enabling industrial AI at scale and unlocking a new level of manufacturing quality.

Read the full article on Databricks.com

About the author

Goran Appelquist (Ph.D) | CTO

Göran has 20 years experience in leading technology teams. He’s the lead architect of our end-to-end solution and is extremely focused in securing the lowest possible Total Cost of Ownership for our customers.

"Hidden Lifecycle (employee) cost can account for 5-10 times the purchase price of software. Our goal is to offer a solution that automates and removes most of the tasks that is costly over the lifecycle.

My career started in the academic world where I got a PhD in physics by researching large scale data acquisition systems for physics experiments, such as the LHC at CERN. After leaving academia I have been working in several tech startups in different management positions over the last 20 years.

In most of these positions I have stood with one foot in the R&D team and another in the product/business teams. My passion is learning new technologies, use it to develop innovative products and explain the solutions to end users, technical or non-technical."

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