A product recall demanded a new quality script, fast. See how Continental's MLOps platform helped data scientists deploy a fix to production in under one day.
#1about 2 minutes
The challenge of industrializing data science models
A tire recall incident highlights the gap between a data scientist's local Python script and a scalable, production-ready solution.
#2about 3 minutes
Building the initial concept for a data science factory
The journey began with a demand forecasting use case, leading to the concept of a lab for experimentation and a factory for industrialization.
#3about 5 minutes
Establishing processes and a cloud-agnostic tool stack
A standardized process with dev, QA, and prod stages was created, supported by a cloud-agnostic tool stack including Git, Jenkins, and Kubernetes.
#4about 5 minutes
Technical architecture for a multi-stage deployment environment
The architecture uses Kubernetes and containerization to create reproducible dev, QA, and prod environments with immutable builds and stage-specific configurations.
#5about 11 minutes
Live demo of deploying and promoting application versions
A command-line interface is used to deploy a new version of a Shiny application to the dev environment and promote an existing build from dev to QA.
#6about 5 minutes
Monitoring applications with logs and metrics
The platform provides developers with access to Elastic Stack for log aggregation and Prometheus with Grafana for metrics to monitor application performance.
#7about 2 minutes
Providing a simplified lab environment for data scientists
A web-based frontend offers pre-configured templates for RStudio and Python, abstracting away infrastructure complexity for data scientists.
#8about 4 minutes
Real-world use cases from tire manufacturing
Several applications are showcased, including real-time tire monitoring for mining trucks, optimizing material mixing, and deploying scrap prediction models to edge devices.
#9about 6 minutes
Integrating the factory into a larger analytics ecosystem
The Data Science Factory is part of a broader ecosystem that includes a telemetry backbone, image recognition pipelines, and predictive maintenance platforms.
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