GenAIComps-based Generative AI examples offer streamlined deployment, testing, and scalability. All examples are fully compatible with Docker and Kubernetes, supporting a wide range of hardware platforms such as Gaudi, Xeon, and other hardwares.
GenAIComps is a service-based tool that includes microservice components such as llm, embedding, reranking, and so on. Using these components, various examples in GenAIExample can be constructed, including ChatQnA, DocSum, etc.
GenAIInfra, part of the OPEA containerization and cloud-native suite, enables quick and efficient deployment of GenAIExamples in the cloud.
GenAIEval measures service performance metrics such as throughput, latency, and accuracy for GenAIExamples. This feature helps users compare performance across various hardware configurations easily.
GenAIExamples offers flexible deployment options that cater to different user needs, enabling efficient use and deployment in various environments. Here’s a brief overview of the three primary methods: Python startup, Docker Compose, and Kubernetes.
Users can choose the most suitable approach based on ease of setup, scalability needs, and the environment in which they are operating.
Deployment are based on released docker images by default, check docker image list for detailed information. You can also build your own images following instructions.
- For Docker Compose based deployment, you should have docker compose installed. Refer to docker compose install.
- For Kubernetes based deployment, we provide 3 ways from the easiest manifests to powerful GMC based deployment.
- You should have a kubernetes cluster ready for use. If not, you can refer to k8s install to deploy one.
- (Optional) You should have GMC installed to your kubernetes cluster if you want to try with GMC. Refer to GMC install for more information.
- (Optional) You should have Helm (version >= 3.15) installed if you want to deploy with Helm Charts. Refer to the Helm Installation Guide for more information.
Check here for detailed information of supported examples, models, hardwares, etc.