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Enterprise LLM integration fails due to lack of observability and cost control

An enterprise .NET team experienced significant issues after integrating Azure OpenAI directly into their production application. The primary problems encountered were a lack of observability, leading to difficulties in diagnosing errors and understanding model behavior, and uncontrolled token costs that far exceeded initial estimates. The integration also suffered from high latency, which the existing application architecture could not handle. Solutions involved implementing Semantic Kernel for orchestration and integrating a comprehensive observability pipeline using OpenTelemetry to track prompts, responses, and token usage, which quickly revealed a plugin validation issue as the root cause of incorrect answers. AI

IMPACT Highlights critical challenges in deploying LLMs in production, emphasizing the need for robust observability and cost management for enterprise AI adoption.

RANK_REASON Article describes a common failure pattern for enterprise LLM integrations, focusing on practical implementation challenges rather than a new model or research.

Read on dev.to — LLM tag →

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  1. dev.to — LLM tag TIER_1 English(EN) · Blackthorn Vision ·

    Our Client's In-House LLM Integration Failed in Production: Observability, Cost, Latency — What Went Wrong

    <p>This is not a post about what Azure OpenAI can do. It is about what happens when an enterprise .NET team integrates it without the right architecture in place, ships it to production, and then calls us to figure out why it stopped working.</p> <p> </p> <p>At <a href="https://b…