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Benchmark Study: AI Models Struggle with OpenTelemetry Instrumentation for Distributed Tracing

By

stared

4mo ago· 10 min readenInsight

Summary

The article presents a benchmarking study of 14 AI models' ability to add OpenTelemetry instrumentation to existing codebases for distributed tracing in microservices environments. The research tested models across 11 programming languages on tasks that would be typical for Site Reliability Engineers (SREs). The findings reveal that even the best-performing AI models struggle with properly instrumenting code using the OpenTelemetry standard, challenging vendor claims about AI's readiness for SRE tasks. The study provides empirical evidence about the current limitations of AI in production debugging scenarios.

Key quotes

· 5 pulled
We asked 14 models to add distributed traces to existing codebases, using the standard method: OpenTelemetry instrumentation.
We picked tasks that would be easy for a Site Reliability Engineer (SRE).
All models struggle with OpenTelemetry. Even the best ones struggle with instrumenting code with the leading open-source standard, OpenTelemetry.
Frontier AI models have become excellent at writing functions, but can they actually debug production systems?
To fix outages, you first need to see what's happening. In a microservices world, this means producing structured events that track a single request as it hops from service to service.
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A lot of vendors pitch AI SRE. We tested 14 models across 11 programming languages; even the best ones struggle with instrumenting code with the leading open-source standard, OpenTelemetry.

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