MLOPS 101: Tips, Tricks and Best Practices- Vladimir Osin | PyData Eindhoven 2021

Discover the fundamentals of MLOPS, a discipline that combines machine learning with DevOps, and learn best practices for machine learning model development, deployment, and management.

Key takeaways

MLOPS 101

  • MLOPS (Machine Learning Operations) is a discipline that combines machine learning with DevOps practices to manage the lifecycle of machine learning models
  • It’s about creating a culture of collaboration between data scientists, engineers, and product teams
  • MLOPS is not just about tooling, but also about defining roles and responsibilities

Key Roles and Responsibilities

  • Data Scientists: Should own the model development cycle and be responsible for model training and validation
  • Machine Learning Engineers: Should be responsible for deploying and managing models in production
  • Data Engineers: Should be responsible for providing infrastructure and data storage for machine learning workloads

Importance of DataOps

  • DataOps is the discipline of managing the data pipeline and ensuring data quality, availability, and usability
  • DataOps is essential for machine learning because it helps to ensure that data is accurate, complete, and consistent
  • DataOps should be responsible for monitoring data quality and providing insights to data scientists and engineers

Challenges and Best Practices

  • Challenge: Seamlessly integrating machine learning models into existing systems and processes
  • Best Practice: Define clear roles and responsibilities, and establish a culture of collaboration between teams
  • Best Practice: Implement a data governance framework to ensure data quality and consistency
  • Best Practice: Implement automation and orchestration for repetitive tasks, such as data preparation and model deployment
  • Best Practice: Monitor and measure the performance of machine learning models in production

Importance of Iterative Process

  • Machine learning is an iterative process that requires continuous experimentation and improvement
  • Iterative process helps to ensure that machine learning models are accurate, reliable, and efficient
  • Iterative process should be continuous and ongoing, with regular updates and refinements

Importance of Execution

  • Execution is key to success in machine learning
  • Execution requires a clear understanding of goals and objectives, as well as a well-defined plan and budget
  • Execution should be based on a clear understanding of customer needs and business goals