1 link tagged with all of: prompt optimization + portability + gepa
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Hand-tuned natural language prompts make AI prototypes easy but lead to “prompt debt”—bloated, brittle instructions that slow development, confuse teams, and lock you into a single model. The author argues for replacing manual prompt fixes with measurable specs, automated prompt search, and testing to keep systems reliable and portable.
- Hand-tuned prompts accumulate into brittle "prompt debt" as fixes pile up for every new edge case, and that fragility locks teams into whichever model the prompt was tuned for (GPT-4o1 still dominated traffic this spring despite newer releases).
- Small, irrelevant framing changes wildly swing model behavior: patient vs. physician phrasing flipped refusal rates from zero to ten in a clinical study, and just mentioning a favorite NFL team changed how often models dodged sensitive topics in Harvard research.
- Prompt authors compensate for this unpredictability by repeating rules obsessively—Claude's coding prompt issues seven tool-call warnings, Fable's leaked instructions repeat a copyright rule six times—which only adds fragility.
- The fix is treating prompts like code: define pass/fail test cases and metrics, then use automated search tools (DSPy, GEPA) to optimize prompts, making model swaps take hours instead of weeks.