Add to Memory Component

The Add to Memory component is designed to enhance your AI workflow by enabling the storage of documents or messages in a long-term memory index. This is particularly useful for workflows that require context retention, knowledge management, or information retrieval across different stages or sessions.

What Does This Component Do?

This component takes an input document (such as a message or piece of data) and stores it in a long-term memory store. It also associates the document with a specific “lookup key,” which acts as a category or identifier for easier retrieval later. By indexing information in this way, your AI system can build up a persistent memory, which can be referenced in future processes or conversations.

Inputs

Details:

• Document to Index: This is the content you want to save for later use. It could be a user message, a knowledge article, or any structured document.
• Lookup Key: This string helps filter and find documents during future searches, acting as a tag or category.

Output

After adding the document to memory, the component produces an output:

This output can be used to trigger additional steps in your workflow, such as confirmation messages, further processing, or logging.

When Should You Use This Component?

• Building Conversational AI: Maintain continuity by remembering previous interactions.
• Knowledge Management: Store and organize facts, documents, or user inputs for later retrieval.
• Contextual Decision Making: Retain important information across different workflow stages.

Key Benefits

• Persistent Memory: Ensures important information is not lost between sessions.
• Efficient Retrieval: Lookup keys allow you to categorize and quickly filter stored documents.
• Flexible Integration: Can be seamlessly added to any AI workflow needing memory capabilities.

Summary Table

By using the Add to Memory component, you empower your AI systems with the ability to remember, organize, and re-use critical information, making your workflows smarter and more context-aware.