openinference — screenshot of github.com

openinference

OpenInference delivers OpenTelemetry instrumentation for AI observability. This allows tracing AI applications, including LLMs and their ecosystem components, providing critical insights into their runtime behavior across any OpenTelemetry-compatible backend.

Visit github.com →

Questions & Answers

What is OpenInference?
OpenInference is a collection of conventions and plugins that extends OpenTelemetry specifically for tracing AI applications. It standardizes how observability data, such as LLM invocations and interactions with vector stores or external tools, is captured.
Who is OpenInference designed for?
OpenInference is designed for developers and MLOps engineers building AI applications, particularly those involving large language models, vector databases, and agent frameworks. It aids in understanding, debugging, and monitoring the intricate behavior of these complex systems.
How does OpenInference differ from general OpenTelemetry tracing for AI applications?
OpenInference differentiates itself by providing AI-specific semantic conventions that capture unique details of AI workloads, such as prompt/response pairs, retrieval augmented generation steps, and tool calls. This specialized instrumentation goes beyond generic tracing to offer deeper, more relevant insights into AI application performance.
When should OpenInference be used in an AI project?
OpenInference should be integrated into AI projects when comprehensive observability is needed for debugging, performance monitoring, or understanding the execution flow of LLMs, agents, or RAG systems. It is particularly useful for complex AI applications where visibility into internal component interactions is crucial.
What programming languages and frameworks does OpenInference support?
OpenInference primarily offers instrumentation for popular Python-based machine learning SDKs and frameworks. This includes integrations for libraries like OpenAI, LlamaIndex, LangChain, DSPy, AWS Bedrock, and MistralAI, among many others, enabling wide compatibility across the AI development ecosystem.