MLOps
Methodology
Overview
Use caseautomating machine learning model deployment and lifecycle management
Technical
Protocols
Integrates with
Knowledge graph stats
Claims31
Avg confidence90%
Avg freshness100%
Last updatedUpdated 5 days ago
WikidataQ60753505
Trust distribution
100% unverified
Governance
Not assessed
MLOps
concept
Set of practices that combines Machine Learning and DevOps to deploy and maintain ML systems in production.
Compare with...primary use case
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| automating machine learning model deployment and lifecycle management | ○Unverified | High | Fresh | 1 |
| operationalizing machine learning models in production environments | ○Unverified | High | Fresh | 1 |
alternative to
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| manual machine learning model deployment | ○Unverified | High | Fresh | 1 |
supports lifecycle stage
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| model deployment | ○Unverified | High | Fresh | 1 |
| model training | ○Unverified | High | Fresh | 1 |
| model validation | ○Unverified | High | Fresh | 1 |
based on
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| DevOps principles | ○Unverified | High | Fresh | 1 |
encompasses practice
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| model monitoring and observability | ○Unverified | High | Fresh | 1 |
| continuous integration and continuous deployment for ML | ○Unverified | High | Fresh | 1 |
| data versioning and lineage tracking | ○Unverified | High | Fresh | 1 |
includes practice
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| model versioning and tracking | ○Unverified | High | Fresh | 1 |
| automated model deployment | ○Unverified | High | Fresh | 1 |
| continuous integration for ML pipelines | ○Unverified | Moderate | Fresh | 1 |
| model monitoring and observability | ○Unverified | Moderate | Fresh | 1 |
combines practices from
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| DevOps | ○Unverified | High | Fresh | 1 |
| machine learning engineering | ○Unverified | High | Fresh | 1 |
requires
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| version control systems | ○Unverified | High | Fresh | 1 |
| automated testing frameworks | ○Unverified | Moderate | Fresh | 1 |
addresses challenge
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| reproducible ML experiments | ○Unverified | High | Fresh | 1 |
| ML model drift detection | ○Unverified | Moderate | Fresh | 1 |
| model drift detection | ○Unverified | Moderate | Fresh | 1 |
integrates with
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| continuous integration and continuous deployment (CI/CD) pipelines | ○Unverified | High | Fresh | 1 |
| Docker | ○Unverified | Moderate | Fresh | 1 |
| containerization technologies like Docker | ○Unverified | Moderate | Fresh | 1 |
| Kubernetes | ○Unverified | Moderate | Fresh | 1 |
supports model
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| reproducible machine learning workflows | ○Unverified | High | Fresh | 1 |
supports framework
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| TensorFlow | ○Unverified | Moderate | Fresh | 1 |
| PyTorch | ○Unverified | Moderate | Fresh | 1 |
enables practice
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| A/B testing for ML models | ○Unverified | Moderate | Fresh | 1 |
supports protocol
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| model monitoring and observability | ○Unverified | Moderate | Fresh | 1 |
popularized by company
| Value | Trust | Confidence | Freshness | Sources |
|---|---|---|---|---|
| ○Unverified | Moderate | Fresh | 1 |