Key Takeaway
Teams that progress through MLOps maturity levels incrementally ship models to production three to five times faster than those that attempt to build a complete platform upfront. This roadmap defines five levels from manual experimentation to fully automated continuous training, with clear entry criteria, tooling recommendations, and team structure guidance at each level.
Prerequisites
- At least one ML use case identified with business value and available data
- Engineering team with basic ML knowledge (training, evaluation, inference)
- Version control system (Git) and CI/CD infrastructure (GitHub Actions, GitLab CI, etc.)
- Cloud infrastructure access for compute and storage
- Willingness to invest incrementally rather than building a complete platform upfront
The Maturity Trap
The most common failure pattern in MLOps adoption is the platform-first approach: a team decides they need MLOps, evaluates platforms like Kubeflow, MLflow, and SageMaker, spends three months building infrastructure, and then discovers that no one on the team can actually use it because the operational processes, data pipelines, and team skills have not matured alongside the tooling. The platform sits mostly unused while data scientists continue working in notebooks.
The maturity model approach inverts this. Instead of building infrastructure and hoping teams grow into it, you assess your current maturity level, address the specific gaps blocking the next level, and advance incrementally. Each level builds on the previous one, and the team's skills, processes, and tooling evolve together. The result is that every investment in tooling is immediately useful because the team is ready to use it.
Level 0: Manual
At Level 0, data scientists work in notebooks with no standardized workflow. Experiments are tracked in spreadsheets or not at all. Models are deployed by copying files to production servers. Training data lives on individual laptops or in shared folders with no version control. When a model needs to be retrained, someone remembers (or does not remember) which notebook produced the current production model and runs it again with whatever data is available. Most organizations start here, and some stay here far too long.
Level 1: Tracked
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