ai/studio

Quantum Minds LLM Operators

Introduction

LLM (Large Language Model) operators in Quantum Minds provide direct access to external language models and AI services. These operators enable you to leverage the capabilities of models from providers like OpenAI, Anthropic, Google, and others to enhance your minds with powerful natural language processing capabilities.

Available LLM Operators

Operator Description Common Use Cases
OpenSearch Queries external LLM providers General knowledge queries, creative content, external research

OpenSearch

The OpenSearch operator connects to external LLM providers to answer questions, generate content, and access knowledge beyond your internal data.

Inputs

Parameter Type Required Description
prompt string Yes Question or instruction for the external LLM
trigger string No Optional control signal

Outputs

Parameter Type Description
type string Output format (markdown)
content string Response from the external LLM

Supported Models

OpenSearch can use various external models:

Provider Models
OpenAI gpt-4o, gpt-3.5-turbo, gpt-4o-mini
Anthropic claude-3-sonnet, claude-3-5-sonnet
Perplexity llama-3.1-sonar-large-128k-online

Example Usage

Prompt: "Explain the implications of recent advancements in quantum computing for cryptography and data security"

Output: Comprehensive explanation of how quantum computing developments affect current encryption standards and future security considerations

Best Practices

When to Use OpenSearch

OpenSearch is ideal when you need to:

  1. Access General Knowledge: Obtain information not present in your internal data
  2. Generate Creative Content: Create writing, ideas, or creative solutions
  3. Explain Complex Topics: Get explanations or tutorials on various subjects
  4. Analyze New Developments: Understand recent events or advancements
  5. Bridge Knowledge Gaps: Connect internal data with external context

When Not to Use OpenSearch

Consider alternatives when:

  1. Working with Sensitive Data: Use internal operators for confidential information
  2. Requiring High Precision: Use domain-specific operators for exact calculations
  3. Needing Data Integration: Combine with data operators for internal information
  4. Requiring Consistency: Use controlled internal processes for deterministic outputs
  5. Processing Historical Data: Use RAG operators for document-based knowledge

Understanding External Models

Model Selection

When using OpenSearch, you can select specific external models based on your needs:

Model Type Strengths Best For
OpenAI GPT-4o General knowledge, reasoning, code generation Complex tasks, programming, detailed analysis
OpenAI GPT-3.5 Speed, efficiency, general questions Quick responses, simple tasks, drafting
Anthropic Claude Thoughtfulness, comprehensive responses, safety Nuanced explanations, ethical considerations
Perplexity Real-time knowledge, online information Current events, trending topics

Knowledge Cutoffs

External models have knowledge cutoffs that limit their awareness of recent events:

Provider Approximate Cutoff Notes
OpenAI Varies by model Most recent models updated quarterly
Anthropic Varies by model Regular updates for premium tiers
Perplexity Real-time for some models Online search integration

Always consider these limitations when querying about recent events or developments.

Integrating External LLMs with Internal Data

Hybrid Knowledge Patterns

Combine OpenSearch with other operators to create hybrid knowledge systems:

  1. Contextual Enrichment:
    RAGSummarize → OpenSearch → TableToTextSummary

  2. Data-Informed Analysis:
    SQLExecution → PandasAi → OpenSearch

  3. External Validation:
    TextToSQL → SQLExecution → OpenSearch → Flow.Condition

  4. Creative Data Presentation:
    TableToTextSummary → OpenSearch → CardGenerator

Context Window Management

External LLMs have context window limitations. When providing context:

  1. Prioritize Relevant Information: Place the most important content first
  2. Summarize Large Datasets: Use TableToTextSummary before passing to OpenSearch
  3. Structure Complex Queries: Organize multi-part questions clearly
  4. Consider Follow-up Questions: Break very complex tasks into sequential steps

Security and Compliance Considerations

Data Privacy

When using external LLM providers:

Content Filtering

External LLMs implement various content policies:

Usage Monitoring

The OpenSearch operator includes:

Cost Optimization

Efficient Prompting

Optimize costs when using external LLMs:

  1. Be Concise: Remove unnecessary context and instructions
  2. Use Lower-Tier Models: Select less powerful models for simpler tasks
  3. Batch Processing: Combine related queries when possible
  4. Cache Common Responses: Store results for frequently asked questions
  5. Pre-process Data: Filter and clean data before sending to external models

Cost Estimation

Understand the cost implications of different usage patterns:

Usage Pattern Cost Impact Optimization Strategy
Long prompts Higher input token costs Summarize context, remove redundancy
Complex tasks Higher output token costs Break into smaller steps
Many iterations Cumulative costs Refine prompts, use internal processing
Large-scale operations Significant costs Implement caching, quotas, and monitoring

Comparing LLM Operators to RAG

Aspect OpenSearch (LLM) RAGSummarize (Document)
Knowledge source External model training Your document collections
Knowledge recency Limited by model cutoff As recent as your documents
Knowledge scope Broad, general knowledge Specific to your documents
Customization Limited to prompting Fully customizable collections
Consistency May vary across requests Consistent for stable documents
Privacy Data sent to external service Processed within your environment
Cost structure Pay per token Infrastructure costs only

Example Mind Flows with OpenSearch

Research Assistant Mind

{
  "operator": "OpenSearch",
  "input": {
    "prompt": "Provide a comprehensive overview of blockchain technology in supply chain management"
  }
}

↓

{
  "operator": "RAGSummarize",
  "input": {
    "prompt": "Find information about our company's current supply chain initiatives",
    "collection": "corporate_documents"
  }
}

↓

{
  "operator": "TableToTextSummary",
  "input": {
    "prompt": "Compare and contrast the general blockchain applications with our specific initiatives",
    "dataframe": "$RAGSummarize_001.output.content + $OpenSearch_001.output.content"
  }
}

Content Generator Mind

{
  "operator": "TextToSQL",
  "input": {
    "prompt": "Get our top 5 product categories by sales volume this quarter",
    "dataset": "sales_analytics"
  }
}

↓

{
  "operator": "SQLExecution",
  "input": {
    "sql": "$TextToSQL_001.output.content",
    "dataset": "sales_analytics"
  }
}

↓

{
  "operator": "OpenSearch",
  "input": {
    "prompt": "Create compelling marketing headlines for each of these top-selling product categories: $SQLExecution_001.output.content"
  }
}

↓

{
  "operator": "CardGenerator",
  "input": {
    "prompt": "Generate visual cards for these marketing headlines: $OpenSearch_001.output.content"
  }
}

Next Steps

Explore how LLM Operators can be combined with Media Operators to create rich multimedia experiences and content.


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