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LLM applications need failure-first design: 3 patterns for reliable output

This article details a failure-first design approach for LLM applications, drawing lessons from a forensic audit of an options trading system. The author emphasizes that LLM outputs should never be fully trusted and proposes three non-negotiable patterns for applications with real-world side effects. The first pattern involves rigorous schema validation, using tools like Pydantic, to catch malformed JSON, missing fields, incorrect data types, or out-of-range values before they impact downstream processes. The second pattern suggests that while LLM-as-judge can aid in development, human approval is essential for outbound content, with a system scoring memos on dimensions like specificity and grounding. AI

IMPACT Establishes best practices for building robust LLM applications, emphasizing validation and human oversight to prevent costly errors.

RANK_REASON Article discusses design patterns for LLM applications based on past failures, not a new release or significant industry event.

Read on dev.to — LLM tag →

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LLM applications need failure-first design: 3 patterns for reliable output

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  1. dev.to — LLM tag TIER_1 English(EN) · ajstehle2001 ·

    Failure-first design for LLM applications: three patterns from a forensic audit

    <p>A few weeks ago I spent a weekend doing a forensic audit on a multi-agent options trading system I'd been running on a VPS for several months. It was paper-trading across five strategies, writing daily logs, calling a regime filter on every market open.</p> <p>What the audit f…