Deepeval otel
Export raw OpenTelemetry traces from an AI application to Confident AI's Observatory. TRIGGER when the user wants to send OpenTelemetry or OTLP traces/spans from an LLM app, agent, RAG pipeline, or chatbot to Confident AI; configure the Confident AI OTLP endpoint; set confident.span.* or confident.trace.* attributes; export AI-app traces without the deepeval Python package; wire an OTLPSpanExporter, OpenTelemetry Collector, or vendor-neutral OTel SDK to Confident AI; or pick the US vs EU OTLP endpoint. Language-agnostic: the mechanism is OTLP attribute keys plus an exporter endpoint. DO NOT TRIGGER for building DeepEval pytest eval suites, datasets, goldens, metrics, or deepeval test run (use the `deepeval` skill); for instrumenting with the DeepEval SDK's @observe decorator or framework integrations (use the `deepeval-tracing` skill); or for non-AI software such as web servers, CRUD backends, or infrastructure: the confident.* attributes describe AI components only.From its SKILL.md
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SKILL.md
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DeepEval OpenTelemetry Export
Use this skill to instrument an AI application — an LLM app, agent, RAG
pipeline, or chatbot — with raw OpenTelemetry so its traces land in
Confident AI's Observatory. No deepeval package is needed — it works with
any OTLP-capable OpenTelemetry SDK. The job is exactly two things: export to
the correct Confident AI OTLP endpoint, and set the confident.* attributes
Confident AI reads off each span.
Scope: AI Applications Only
This skill instruments AI applications only. The confident.* attributes
and span types — agent, llm, retriever, tool — describe AI components,
and Confident AI's Observatory is built to evaluate and monitor AI behavior.
Instrument only the AI parts of the system: agent loops and planning, LLM
calls, retrieval / vector search, and tool calls. Do not apply confident.*
attributes to non-AI software (web servers, CRUD backends, database layers,
infrastructure) or to non-AI spans inside an otherwise-AI app — that data does
not belong in Confident AI and will not render meaningfully. If the target has
no LLM, agent, retrieval, or tool-calling component, this skill does not apply.
When to Use vs the deepeval Skill
Use this skill for vendor-neutral OTLP export to Confident AI — pointing an
OpenTelemetry exporter at Confident AI and setting confident.* attributes.
Use the deepeval skill when the user wants to build a Python pytest eval
suite, generate datasets or goldens, write metrics, run deepeval test run, or
instrument with the deepeval SDK's @observe decorator. The two skills are
complementary, not alternatives.
Prerequisites
- A Confident AI account and a
CONFIDENT_API_KEY. - An OpenTelemetry SDK for the application's language. For Python:
opentelemetry-sdkandopentelemetry-exporter-otlp-proto-http. - The Confident AI OTLP endpoint accepts HTTP only — never gRPC.
How It Works
Confident AI exposes an OTLP/HTTP traces endpoint. Point any OpenTelemetry span
exporter at it with the x-confident-api-key header. Confident AI's exporter
then reads confident.* attributes off each span to build the trace and span
structure. Parent/child nesting comes from native OpenTelemetry span context,
not from any attribute.
Workflow
- Confirm the target is an AI application (it has LLM calls, an agent loop,
retrieval, or tool calls). If it has none of these, stop — this skill does
not apply. Then inspect for an existing OpenTelemetry setup (a
TracerProvider, span exporters, or an OpenTelemetry Collector) and prefer repointing what exists over adding a parallel pipeline. - Choose the endpoint from the API key's region prefix. Read
references/endpoint-and-exporter.md. - Wire (or repoint) an OTLP/HTTP span exporter with the
x-confident-api-keyheader. For Python, start fromtemplates/confident_otel_setup.py. - If the process runs other OpenTelemetry instrumentation or an APM agent
(auto-instrumentation for HTTP/DB, Datadog, etc.), isolate the Confident AI
export so only AI spans reach it — a dedicated pipeline or a span filter.
Read "Export Only AI Spans" in
references/endpoint-and-exporter.md. - Set
confident.span.*attributes on spans; setconfident.trace.*for trace-wide fields. Readreferences/span-attributes.mdandreferences/trace-attributes.md. - Honor the OTLP data-type rules: JSON-encode dicts/metadata, use native
arrays for string lists. See the Data-Type Rules in
span-attributes.md. - If the app already emits OpenTelemetry GenAI semantic conventions, read
references/gen-ai-fallbacks.mdbefore adding redundant attributes. - Verify traces appear in the Confident AI Observatory.
Core Principles
- Instrument AI components only — agent, LLM, retriever, and tool spans.
Never apply
confident.*attributes to non-AI software or non-AI spans. - Export only AI spans. If the process has other OpenTelemetry instrumentation or an APM agent, isolate the Confident AI pipeline (a dedicated provider or a span filter) so non-AI spans — HTTP requests, DB queries, infra — are never exported to Confident AI.
- Prefer repointing an existing OTLP exporter over adding a parallel one.
- The
confident.*attribute keys are the entire contract — they are the same in every language, so language choice is irrelevant. - Always use OTLP/HTTP. Confident AI's endpoint does not accept gRPC.
- Honor OTLP data-type rules: attribute values must be primitives or homogeneous primitive lists; JSON-encode dicts and metadata.
- Set
confident.span.typeexplicitly when it is known; rely ongen_ai.*inference only as a fallback. - Never put secrets, credentials, or raw sensitive data into span attributes.
References
| Topic | File |
|---|---|
| Endpoints, region selection, auth, exporter wiring | references/endpoint-and-exporter.md |
Trace-level confident.trace.* attributes | references/trace-attributes.md |
Span-level confident.span.* attributes and data-type rules | references/span-attributes.md |
Standard OTel gen_ai.* fallback behavior | references/gen-ai-fallbacks.md |
Templates
| Purpose | Template |
|---|---|
| Minimal Python OTLP exporter setup + example trace | templates/confident_otel_setup.py |