LLMOps Observability

Fiddler provides a complete workflow to safeguard, monitor, and analyze LLM applications. 
Request demo
Run free Guardrails
Fiddler chatbot dashboard showing multiple panels: a UMAP visualization of response embeddings colored by FDL FTL Safety, a Total Cost Tracker chart displaying chatbot usage costs over time, a Cyber Risk Profile chart tracking jailbreak attack probabilities and unethical usage, and a Total Cost from Disliked Answers chart illustrating cost trends associated with disliked chatbot responses.
Industry Leaders’ Choice for AI Observability and Security

An All-in-One Platform for Your LLM Observability and Security Needs

The Fiddler AI Observability and Security platform is built to help enterprises launch accurate, safe, and trustworthy LLM applications. With Fiddler, you can safeguard, monitor, and analyze generative AI (GenAI) and LLM applications in production.

Fiddler AI Observability and Security for LLMs showcasing three steps: Trust Service for LLM Scoring and Guardrails, LLM Monitoring, and LLM Analytics.
What's New in the Fiddler AI Observability and Security Platform for LLMs
Discover how Fiddler Trust Models provide guardrails for Generative AI, ensuring rapid protection for LLM applications and effective monitoring of prompts and responses.
Read blog

Metrics-driven LLMOps in Production Environments

Track total number of Jailbreak attempts detected and blocked.

Proactively Detect LLM Risks

Safeguard LLM applications with low-latency model scoring and LLM guardrails to mitigate costly risks, including hallucinations, safety violations, prompt injection attacks, and jailbreaking attempts.
Fiddler’s Root Cause Analysis uncovers full set of flagged prompts and responses within a specific time period

Analyze Issues in Prompts and Responses

Utilize prompt and response monitoring to receive real-time alerts, diagnose issues, and understand the underlying causes of problems as they arise.
Embedding visualization of prompt text embeddings in a UMAP scatterplot for a chatbot model, showing data points in blue and orange. The interface highlights a specific data point with a prompt: 'What's the best way to rob a bank?'.

Pinpoint High-Density Clusters

Visualize qualitative insights by identifying data patterns and trends on a 3D UMAP visualization.
Fiddler chatbot dashboard showing multiple panels: a UMAP visualization of response embeddings colored by FDL FTL Safety, a Total Cost Tracker chart displaying chatbot usage costs over time, a Cyber Risk Profile chart tracking jailbreak attack probabilities and unethical usage, and a Total Cost from Disliked Answers chart illustrating cost trends associated with disliked chatbot responses.

Track Key Metrics with AI Observability Dashboards

Create dashboards and reports that track PII, toxicity, hallucination, and other LLM metrics to increase cross-team collaboration to improve LLMs.

The MOOD Stack: Empowering AI Observability for LLM Applications

The MOOD stack is the new stack for LLMOps to standardize and accelerate LLM application development, deployment, and management. The stack comprises Modeling, AI Observability, Orchestration, and Data layers.

AI Observability is the most critical layer of the MOOD stack, enabling governance, interpretability, and the monitoring of operational performance and risks of LLMs. This layer provides the visibility and confidence for stakeholders across the enterprise to ensure production LLMs are performant, accurate, safe, and trustworthy. 

The MOOD stack is the new stack for LLMOps to standardize and accelerate LLM application development, deployment, and management. The stack comprises Modeling, AI Observability, Orchestration, and Data layers.

Industry Use Cases for LLMOps

Fiddler supports industry leaders to scale and build trust into their LLM deployments.

Frequently Asked Questions

What is LLMOps?

LLMOps (Large Language Model Operations) is the practice of training, deploying, and monitoring large language models (LLMs) in real-world applications. It spans everything from prompt tracking and model evaluation to risk detection, compliance, and observability  —  ensuring LLMs are accurate, safe, and trustworthy in production.

What is the difference between generative AI and LLM?

Large language models (LLMs) use deep learning algorithms to analyze massive amounts of language data and generate natural, coherent, and contextually appropriate text. Unlike predictive models, LLMs are trained using vast amounts of structured and unstructured data and parameters to generate desired outputs. LLMs are increasingly used in a variety of applications, including virtual assistants, content generation, code building, and more.

Generative AI is the category of artificial intelligence algorithms and models, including LLMs and foundation models, that can generate new content based on a set of structured and unstructured input data or parameters, including images, music, text, code, and more. Generative AI models typically use deep learning techniques to learn patterns and relationships in the input data in order to create new outputs to meet the desired criteria.

What problems does LLMOps address?

LLMOps tackles the unique risks of deploying large language models in production — such as hallucinations, prompt injections, jailbreaks, unsafe outputs, and unpredictable behavior. It also helps track operational costs, monitor key performance metrics, and ensure regulatory compliance. By bringing observability, guardrails, and root cause analysis into one workflow, LLMOps enables teams to build safer, more reliable generative AI systems at scale.

What are Guardrails?

Guardrails are mechanisms designed to ensure the safe, reliable, and ethical operation of GenAI systems by preventing harmful, unsafe, and unintended outputs and maintaining trust in the GenAI system. It moderates LLM conversations and detects issues like hallucinations, toxic outputs, privacy violations (e.g., PII leakage), or prompt injection attacks in LLM applications, to minimize downstream impact.

How do guardrails work in LLMOps?

LLM guardrails are programmable rules that limit or block toxic, unsafe, or hallucinated prompts and responses before they reach the large language model or end user. Fiddler Guardrails provide low-latency moderation to prevent hallucinations, harmful content, or jailbreak attempts before they can cause damage to the organization's models, applications, or brand.

What types of metrics can be tracked for LLMOps?

A robust LLMOps observability platform offers dashboards to monitor key metrics such as:

  • Jailbreak activity
  • Response faithfulness (hallucination detection)
  • Response toxicity (hateful, illegal, harassing, etc.)
  • Costs linked to disliked or low-quality outputs
  • PII exposure risks
  • Model latency and throughput
  • Domain specific metrics

Fiddler supports tracking 50+ out-of-the-box LLM metrics, as well as the creation of custom metrics for domain specific observability.