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OpenTelemetry

A collection of 8 posts

The Observability Illusion: Why Your OpenTelemetry Pipeline Is Structurally Blind to Agentic AI Behavior

Here is a hard truth that most platform engineering teams are not ready to hear: your observability stack is lying to you. Not through bad data, not through misconfigured collectors, and not through careless instrumentation. It is lying to you by design, because the mental model baked into every OpenTelemetry

How One B2B SaaS Team's AI Observability Stack Became the Bottleneck (And How They Fixed It With Async Telemetry Decoupling)

How One B2B SaaS Team's AI Observability Stack Became the Bottleneck (And How They Fixed It With Async Telemetry Decoupling)

There is a cruel irony hiding inside many modern AI-powered SaaS platforms: the tools you build to watch your agents can slow them down more than the agents themselves. For the engineering team at Velorant (a composite case study representing a real pattern observed across multiple B2B SaaS platforms in

How Backend Engineers Should Redesign Per-Tenant AI Agent Observability Pipelines Over the Next 12 Months

AI Observability

How Backend Engineers Should Redesign Per-Tenant AI Agent Observability Pipelines Over the Next 12 Months

There is a quiet crisis unfolding inside the infrastructure teams of nearly every SaaS company that has shipped an AI-powered product in the last two years. The crisis is not a model accuracy problem. It is not a latency problem, exactly. It is a visibility problem, and it is getting

OpenTelemetry-Native Agent Tracing vs. Proprietary LLM Observability Platforms: Which Gives Backend Engineers Real Span-Level Visibility for Multi-Agent Pipelines in 2026?

OpenTelemetry-Native Agent Tracing vs. Proprietary LLM Observability Platforms: Which Gives Backend Engineers Real Span-Level Visibility for Multi-Agent Pipelines in 2026?

If you are a backend engineer responsible for a production multi-agent LLM system in 2026, you have almost certainly hit the same wall: something broke in a pipeline that spans a planner agent, two tool-calling sub-agents, a retrieval step, and a final synthesis agent, and your observability stack told you

A Beginner's Guide to Multi-Tenant AI Agent Observability: Build Your First Per-Tenant Tracing and Logging Pipeline Before Blind Spots Become Production Incidents

A Beginner's Guide to Multi-Tenant AI Agent Observability: Build Your First Per-Tenant Tracing and Logging Pipeline Before Blind Spots Become Production Incidents

You just shipped your first agentic feature. Maybe it is a customer-facing AI assistant, an automated workflow engine, or a code-review bot that runs inside your SaaS product. Your agents are handling real user requests, tool calls are firing, LLM responses are streaming back, and everything looks fine in your

How to Instrument Your Distributed AI Agent Workflows With OpenTelemetry-Native Tracing (And Finally Debug Cross-Agent Failures)

I have enough context to write a thorough, expert-level post. Here it is: --- Picture this: your multi-agent AI pipeline just silently returned a wrong answer to a paying customer. Agent A called Agent B, which called a retrieval tool, which called an LLM, which hallucinated, which caused Agent C

How to Instrument Your First AI Agent Pipeline With OpenTelemetry: A Step-by-Step Guide for Backend Engineers

You've built an AI agent pipeline. It calls an LLM, maybe invokes a few tools, retrieves documents from a vector store, and chains reasoning steps together. It works, mostly. But when it doesn't, you have no idea why. The logs are a wall of JSON. The

Everything You've Been Afraid to Ask About Observability in AI-Powered Codebases

You've spent years building systems you understood. You knew what a slow database query looked like. You knew how to read a flame graph. You knew that when your p99 latency spiked, you could open a trace, find the offending span, and fix it before your on-call rotation