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  • Introduction to Fiddler
    • Monitor, Analyze, and Protect your ML Models and Gen AI Applications
  • Fiddler Doc Chatbot
  • First Steps
    • Getting Started With Fiddler Guardrails
    • Getting Started with LLM Monitoring
    • Getting Started with ML Model Observability
  • Tutorials & Quick Starts
    • LLM and GenAI
      • LLM Evaluation - Compare Outputs
      • LLM Monitoring - Simple
    • Fiddler Free Guardrails
      • Guardrails - Quick Start Guide
      • Guardrails - Faithfulness
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      • Guardrails FAQ
    • ML Observability
      • ML Monitoring - Simple
      • ML Monitoring - NLP Inputs
      • ML Monitoring - Class Imbalance
      • ML Monitoring - Model Versions
      • ML Monitoring - Ranking
      • ML Monitoring - Regression
      • ML Monitoring - Feature Impact
      • ML Monitoring - CV Inputs
  • Glossary
    • Product Concepts
      • Baseline
      • Custom Metric
      • Data Drift
      • Embedding Visualization
      • Fiddler Guardrails
      • Fiddler Trust Service
      • LLM and GenAI Observability
      • Metric
      • Model Drift
      • Model Performance
      • ML Observability
      • Trust Score
  • Product Guide
    • LLM Application Monitoring & Protection
      • LLM-Based Metrics
      • Embedding Visualizations for LLM Monitoring and Analysis
      • Selecting Enrichments
      • Enrichments (Private Preview)
      • Guardrails for Proactive Application Protection
    • Optimize Your ML Models and LLMs with Fiddler's Comprehensive Monitoring
      • Alerts
      • Package-Based Alerts (Private Preview)
      • Class Imbalanced Data
      • Enhance ML and LLM Insights with Custom Metrics
      • Data Drift: Monitor Model Performance Changes with Fiddler's Insights
      • Ensuring Data Integrity in ML Models And LLMs
      • Embedding Visualization With UMAP
      • Fiddler Query Language
      • Model Versions
      • How to Effectively Use the Monitoring Chart UI
      • Performance Tracking
      • Model Segments: Analyze Cohorts for Performance Insights and Bias Detection
      • Statistics
      • Monitoring ML Model and LLM Traffic
      • Vector Monitoring
    • Enhance Model Insights with Fiddler's Slice and Explain
      • Events Table in RCA
      • Feature Analytics Creation
      • Metric Card Creation
      • Performance Charts Creation
      • Performance Charts Visualization
    • Master AI Monitoring: Create, Customize, and Compare Dashboards
      • Creating Dashboards
      • Dashboard Interactions
      • Dashboard Utilities
    • Adding and Editing Models in the UI
      • Model Editor UI
      • Model Schema Editing Guide
    • Fairness
    • Explainability
      • Model: Artifacts, Package, Surrogate
      • Global Explainability: Visualize Feature Impact and Importance in Fiddler
      • Point Explainability
      • Flexible Model Deployment
        • On Prem Manual Flexible Model Deployment XAI
  • Technical Reference
    • Python Client API Reference
    • Python Client Guides
      • Installation and Setup
      • Model Onboarding
        • Create a Project and Onboard a Model for Observation
        • Model Task Types
        • Customizing your Model Schema
        • Specifying Custom Missing Value Representations
      • Publishing Inference Data
        • Creating a Baseline Dataset
        • Publishing Batches Of Events
        • Publishing Ranking Events
        • Streaming Live Events
        • Updating Already Published Events
        • Deleting Events From Fiddler
      • Creating and Managing Alerts
      • Explainability Examples
        • Adding a Surrogate Model
        • Uploading Model Artifacts
        • Updating Model Artifacts
        • ML Framework Examples
          • Scikit Learn
          • Tensorflow HDF5
          • Tensorflow Savedmodel
          • Xgboost
        • Model Task Examples
          • Binary Classification
          • Multiclass Classification
          • Regression
          • Uploading A Ranking Model Artifact
    • Integrations
      • Data Pipeline Integrations
        • Airflow Integration
        • BigQuery Integration
        • Integration With S3
        • Kafka Integration
        • Sagemaker Integration
        • Snowflake Integration
      • ML Platform Integrations
        • Integrate Fiddler with Databricks for Model Monitoring and Explainability
        • Datadog Integration
        • ML Flow Integration
      • Alerting Integrations
        • PagerDuty Integration
    • Comprehensive REST API Reference
      • Projects REST API Guide
      • Model REST API Guide
      • File Upload REST API Guide
      • Custom Metrics REST API Guide
      • Segments REST API Guide
      • Baselines REST API Guide
      • Jobs REST API Guide
      • Alert Rules REST API Guide
      • Environments REST API Guide
      • Explainability REST API Guide
      • Server Info REST API Guide
      • Events REST API Guide
      • Fiddler Trust Service REST API Guide
    • Fiddler Free Guardrails Documentation
  • Configuration Guide
    • Authentication & Authorization
      • Adding Users
      • Overview of Role-Based Access Control
      • Email Authentication
      • Okta Integration
      • SSO with Azure AD
      • Ping Identity SAML SSO Integration
      • Mapping LDAP Groups & Users to Fiddler Teams
    • Application Settings
    • Supported Browsers
  • History
    • Release Notes
    • Python Client History
    • Compatibility Matrix
    • Product Maturity Definitions
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  • OpenAI-based metrics
  • Fiddler Fast Trust metrics

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  1. Product Guide
  2. LLM Application Monitoring & Protection

LLM-Based Metrics

PreviousLLM Application Monitoring & ProtectionNextEmbedding Visualizations for LLM Monitoring and Analysis

Last updated 1 month ago

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LLM-based metrics use large language models to evaluate the quality of text generated by AI. This approach is much closer to how humans judge text, making these metrics particularly useful for evaluating AI-generated content for use cases such as chatbots, writing assistants, or content creation tools.

LLM-based metrics can adapt to different topics and types of text because LLMs have been trained on a wide range of information, making them a valuable tool for developers and researchers looking to enhance the quality of AI-generated text.

Currently, Fiddler supports two types of LLM-based metrics - OpenAI-based metrics and Fiddler Fast Trust Model metrics.

OpenAI-based metrics

  • These metrics are generated through the OpenAI API, which may introduce latency due to network communication and processing time.

  • OpenAI API access token MUST BE provided by the user, which will be configured during onboarding.

  • The specific model to be used for these metrics will also be chosen during onboarding.

Currently, the below metrics are OpenAI-based:

Fiddler Fast Trust metrics

  • These metrics are generated through Fiddler's in-house, purpose-built SLMs.

  • These metrics can be generated in air-gapped environments and do not rely on any over-the-network connection to generate such scores.

Currently, the below metrics are Fiddler Fast Trust Model-based:


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