This is a cache of https://www.elastic.co/guide/en/kibana/current/playground.html. It is a snapshot of the page at 2024-10-11T00:54:05.136+0000.
Playground | Kibana Guide [8.15] | Elastic

Playground

edit

This functionality is in technical preview and may be changed or removed in a future release. Elastic will work to fix any issues, but features in technical preview are not subject to the support SLA of official GA features.

Use Playground to combine your elasticsearch data with the power of large language models (LLMs) for retrieval augmented generation (RAG). The chat interface translates your natural language questions into elasticsearch queries, retrieves the most relevant results from your elasticsearch documents, and passes those documents to the LLM to generate tailored responses.

Once you start chatting, use the UI to view and modify the elasticsearch queries that search your data. You can also view the underlying Python code that powers the chat interface, and download this code to integrate into your own application.

Learn how to get started on this page. Refer to the following for more advanced topics:

How Playground works

edit

Here’s a simpified overview of how Playground works:

  • User creates a connection to LLM provider
  • User selects a model to use for generating responses
  • User define the model’s behavior and tone with initial instructions

    • Example: "You are a friendly assistant for question-answering tasks. Keep responses as clear and concise as possible."
  • User selects elasticsearch indices to search
  • User enters a question in the chat interface
  • Playground autogenerates an elasticsearch query to retrieve relevant documents

    • User can view and modify underlying elasticsearch query in the UI
  • Playground auto-selects relevant fields from retrieved documents to pass to the LLM

    • User can edit fields targeted
  • Playground passes filtered documents to the LLM

    • The LLM generates a response based on the original query, initial instructions, chat history, and elasticsearch context
  • User can view the Python code that powers the chat interface

    • User can also Download the code to integrate into application

Availability and prerequisites

edit

For Elastic Cloud and self-managed deployments Playground is available in the Search space in Kibana, under Content > Playground.

For Elastic Serverless, Playground is available in your elasticsearch project UI.

To use Playground, you’ll need the following:

  1. An Elastic v8.14.0+ deployment or elasticsearch Serverless project. (Start a free trial).
  2. At least one elasticsearch index with documents to search.

    • See ingest data if you’d like to ingest sample data.
  3. An account with a supported LLM provider. Playground supports the following:

    Provider Models Notes

    Amazon Bedrock

    • Anthropic: Claude 3.5 Sonnet
    • Anthropic: Claude 3 Haiku

    OpenAI

    • GPT-3 turbo
    • GPT-4 turbo
    • GPT-4 omni

    Azure OpenAI

    • GPT-3 turbo
    • GPT-4 turbo

    Buffers responses in large chunks

    Google

    • Google Gemini 1.5 Pro
    • Google Gemini 1.5 Flash

You can also use locally hosted LLMs that are compatible with the OpenAI SDK. Once you’ve set up your LLM, you can connect to it using the OpenAI connector. Refer to the following for examples:

Getting started

edit
get started

Connect to LLM provider

edit

To get started with Playground, you need to create a connector for your LLM provider. You can also connect to locally hosted LLMs which are compatible with the OpenAI API, by using the OpenAI connector.

To connect to an LLM provider, follow these steps on the Playground landing page:

  1. Under Connect to an LLM, click Create connector.
  2. Select your LLM provider.
  3. Name your connector.
  4. Select a URL endpoint (or use the default).
  5. Enter access credentials for your LLM provider. (If you’re running a locally hosted LLM using the OpenAI connector, you must input a value in the API key form, but the specific value doesn’t matter.)

If you need to update a connector, or add a new one, click the 🔧 Manage button beside Model settings.

Ingest data (optional)

edit

You can skip this step if you already have data in one or more elasticsearch indices.

There are many options for ingesting data into elasticsearch, including:

  • The Elastic crawler for web content (NOTE: Not yet available in Serverless)
  • Elastic connectors for data synced from third-party sources
  • The elasticsearch Bulk API for JSON documents

    Expand for example

    To add a few documents to an index called books run the following in Dev Tools Console:

    POST /_bulk
    { "index" : { "_index" : "books" } }
    {"name": "Snow Crash", "author": "Neal Stephenson", "release_date": "1992-06-01", "page_count": 470}
    { "index" : { "_index" : "books" } }
    {"name": "Revelation Space", "author": "Alastair Reynolds", "release_date": "2000-03-15", "page_count": 585}
    { "index" : { "_index" : "books" } }
    {"name": "1984", "author": "George Orwell", "release_date": "1985-06-01", "page_count": 328}
    { "index" : { "_index" : "books" } }
    {"name": "Fahrenheit 451", "author": "Ray Bradbury", "release_date": "1953-10-15", "page_count": 227}
    { "index" : { "_index" : "books" } }
    {"name": "Brave New World", "author": "Aldous Huxley", "release_date": "1932-06-01", "page_count": 268}
    { "index" : { "_index" : "books" } }
    {"name": "The Handmaids Tale", "author": "Margaret Atwood", "release_date": "1985-06-01", "page_count": 311}

We’ve also provided some Jupyter notebooks to easily ingest sample data into elasticsearch. Find these in the elasticsearch-labs repository. These notebooks use the official elasticsearch Python client.

Select elasticsearch indices

edit

Once you’ve connected to your LLM provider, it’s time to choose the data you want to search.

  1. Click Add data sources.
  2. Select one or more elasticsearch indices.
  3. Click Save and continue to launch the chat interface.

You can always add or remove indices later by selecting the Data button from the main Playground UI.

data button

Chat and query modes

edit

Since 8.15.0 (and earlier for elasticsearch Serverless), the main Playground UI has two modes:

  • Chat mode: The default mode, where you can chat with your data via the LLM.
  • Query mode: View and modify the elasticsearch query generated by the chat interface.

The chat mode is selected when you first set up your Playground instance.

chat interface

To switch to query mode, select Query from the main UI.

query interface

Learn more about the underlying elasticsearch queries used to search your data in View and modify queries

Set up the chat interface

edit

You can start chatting with your data immediately, but you might want to tweak some defaults first.

You can adjust the following under Model settings:

  • Model. The model used for generating responses.
  • Instructions. Also known as the system prompt, these initial instructions and guidelines define the behavior of the model throughout the conversation. Be clear and specific for best results.
  • Include citations. A toggle to include citations from the relevant elasticsearch documents in responses.

Playground also uses another LLM under the hood, to encode all previous questions and responses, and make them available to the main model. This ensures the model has "conversational memory".

Under Indices, you can edit which elasticsearch indices will be searched. This will affect the underlying elasticsearch query.

Click ✨ Regenerate to resend the last query to the model for a fresh response.

Click ⟳ Clear chat to clear chat history and start a new conversation.

View and download Python code

edit

Use the View code button to see the Python code that powers the chat interface. You can integrate it into your own application, modifying as needed. We currently support two implementation options:

  • elasticsearch Python Client + LLM provider
  • LangChain + LLM provider
view code button

Next steps

edit

Once you’ve got Playground up and running, and you’ve tested out the chat interface, you might want to explore some more advanced topics: