brainModel Configuration

Configure AI models in AINexLayer to optimize performance, control costs, and tailor behavior to your specific use cases.

Overview

Model configuration allows you to customize how AI models behave in AINexLayer. You can adjust parameters like temperature, token limits, system prompts, and model selection to achieve the best results for your specific needs.

Configuration Levels

Global Configuration

  • Default Models: Set default models for new workspaces

  • Fallback Models: Configure fallback models for reliability

  • Global Settings: Apply settings across all workspaces

  • System Prompts: Define default system behavior

Workspace Configuration

  • Model Selection: Choose specific models per workspace

  • Custom Prompts: Tailor AI behavior for specific use cases

  • Temperature Settings: Control creativity and consistency

  • Token Limits: Set response length limits

Chat Configuration

  • Per-Conversation: Override settings for specific chats

  • Dynamic Adjustment: Change settings during conversations

  • Context-Specific: Adapt to different types of queries

  • User Preferences: Remember user preferences

Model Parameters

Temperature

Controls the randomness and creativity of responses.

Values and Effects

  • 0.0: Deterministic, consistent responses

  • 0.3: Slightly creative, mostly consistent

  • 0.7: Balanced creativity and consistency (default)

  • 1.0: Highly creative, varied responses

Configuration

Use Cases

  • 0.0-0.3: Factual queries, technical documentation

  • 0.4-0.7: General conversation, analysis

  • 0.8-1.0: Creative writing, brainstorming

Max Tokens

Limits the maximum length of AI responses.

Configuration

Guidelines

  • 500-1000: Short, concise responses

  • 1000-2000: Standard responses (default)

  • 2000-4000: Detailed, comprehensive responses

  • 4000+: Very long, in-depth responses

Top P (Nucleus Sampling)

Controls diversity by limiting token selection to the most likely tokens.

Configuration

Values and Effects

  • 0.1: Very focused, predictable responses

  • 0.5: Moderately focused responses

  • 0.9: Balanced diversity (default)

  • 1.0: Maximum diversity

Frequency Penalty

Reduces repetition by penalizing frequently used tokens.

Configuration

Values and Effects

  • -2.0: Encourage repetition

  • 0.0: No penalty (default)

  • 1.0: Moderate penalty

  • 2.0: Strong penalty against repetition

Presence Penalty

Encourages new topics by penalizing tokens that have already appeared.

Configuration

Values and Effects

  • -2.0: Encourage staying on topic

  • 0.0: No penalty (default)

  • 1.0: Moderate penalty

  • 2.0: Strong penalty, encourages new topics

System Prompts

Default System Prompt

Custom System Prompts

Role-Based Prompts

Model Selection Strategies

By Use Case

Technical Documentation

Creative Writing

Data Analysis

Customer Support

By Performance Requirements

Speed Priority

Quality Priority

Cost Priority

Configuration Management

Environment Variables

Configuration Files

Dynamic Configuration

Context-Aware Configuration

User Preference Configuration

A/B Testing Configuration

Performance Optimization

Response Time Optimization

Cost Optimization

Quality Optimization

Monitoring and Analytics

Configuration Metrics

Performance Tracking

Troubleshooting

Common Issues

Poor Response Quality

  • Temperature Too High: Reduce temperature for more focused responses

  • Inappropriate System Prompt: Refine system prompt for better guidance

  • Token Limits: Increase max tokens for more detailed responses

  • Model Selection: Try different models for better performance

Slow Response Times

  • Model Selection: Use faster models (GPT-3.5 vs GPT-4)

  • Token Limits: Reduce max tokens for shorter responses

  • Streaming: Enable streaming for better perceived performance

  • Caching: Implement response caching for repeated queries

High Costs

  • Model Selection: Use cost-effective models

  • Token Limits: Reduce max tokens

  • Frequency Penalty: Use frequency penalty to reduce repetition

  • Caching: Cache responses to avoid repeated API calls

Configuration Validation

Best Practices

Configuration Strategy

  • Start with Defaults: Begin with proven default configurations

  • Test Incrementally: Make small changes and test results

  • Monitor Performance: Track key metrics and user feedback

  • Document Changes: Keep records of configuration changes

Model Selection

  • Match Use Case: Choose models appropriate for your use case

  • Consider Costs: Balance performance with cost

  • Plan for Scale: Consider scaling requirements

  • Have Fallbacks: Configure fallback models for reliability

System Prompts

  • Be Specific: Clearly define the AI's role and behavior

  • Include Examples: Provide examples of good responses

  • Set Boundaries: Define what the AI should and shouldn't do

  • Test and Refine: Continuously improve prompts based on results


⚙️ Proper model configuration is key to getting the best results from AINexLayer. Experiment with different settings to find what works best for your specific use cases.

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