LogoLogo
  • MLServer
  • Getting Started
  • User Guide
    • Content Types (and Codecs)
    • OpenAPI Support
    • Parallel Inference
    • Adaptive Batching
    • Custom Inference Runtimes
    • Metrics
    • Deployment
      • Seldon Core
      • KServe
    • Streaming
  • Inference Runtimes
    • SKLearn
    • XGBoost
    • MLFlow
    • Spark MlLib
    • LightGBM
    • Catboost
    • Alibi-Detect
    • Alibi-Explain
    • HuggingFace
    • Custom
  • Reference
    • MLServer Settings
    • Model Settings
    • MLServer CLI
    • Python API
      • MLModel
      • Types
      • Codecs
      • Metrics
  • Examples
    • Serving Scikit-Learn models
    • Serving XGBoost models
    • Serving LightGBM models
    • Serving MLflow models
    • Serving a custom model
    • Serving Alibi-Detect models
    • Serving HuggingFace Transformer Models
    • Multi-Model Serving
    • Model Repository API
    • Content Type Decoding
    • Custom Conda environments in MLServer
    • Serving a custom model with JSON serialization
    • Serving models through Kafka
    • Streaming
    • Deploying a Custom Tensorflow Model with MLServer and Seldon Core
  • Changelog
Powered by GitBook
On this page

Was this helpful?

Edit on GitHub
Export as PDF
  1. User Guide

Deployment

PreviousMetricsNextSeldon Core

Last updated 5 months ago

Was this helpful?

MLServer is currently used as the core Python inference server in some of most popular Kubernetes-native serving frameworks, including Seldon Core and KServe (formerly known as KFServing). This allows MLServer users to leverage the usability and maturity of these frameworks to take their model deployments to the next level of their MLOps journey, ensuring that they are served in a robust and scalable infrastructure.

In general, it should be possible to deploy models using MLServer into any serving engine compatible with the V2 protocol. Alternatively, it's also possible to manage MLServer deployments manually as regular processes (i.e. in a non-Kubernetes-native way). However, this may be more involved and highly dependant on the deployment infrastructure.

Cover

Seldon Core

Cover

KServe