
LLM Prompt Guardrails for Error Handling
Split guardrails into input, output, and fallback: validate inputs, enforce JSON outputs, limit retries, and escalate high-risk cases.
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Split guardrails into input, output, and fallback: validate inputs, enforce JSON outputs, limit retries, and escalate high-risk cases.
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Layer request-by-request checks across inputs, retrieval, outputs, and tool calls to prevent prompt injection and unsafe actions.
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Treat prompts like releases: version typed blocks (role, context, instructions, guardrails, output) for quick rollback and auditable safety.
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Runtime controls — not policies — make legal AI defensible: block inputs, verify outputs, route to human review, and log everything.
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Test prompts on a golden set with 3–5 metrics (quality, cost, latency, safety), use paired tests or A/B, and enforce release gates before shipping.
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Treat prompts as versioned config: lock variable contracts, validate inputs, separate drafts, check envs, and enable rollback.
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Treat runtime prompt variables like typed, validated inputs to avoid missing fields, leaks, and formatting errors.
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Keep prompt fronts identical to cut LLM API costs and latency—provider and app caching can halve input spend.
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Test prompts against real user tasks: build a golden set, use structured outputs, run controlled A/B tests, and monitor regressions.
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Cut LLM API costs by 40–60% with concise, structured prompts—use delimiters, JSON/YAML, split tasks, set max_tokens, and iterate tests to reduce retries.
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Systematic feedback loops—logging, evaluation, and human review—refine prompts to reduce errors, cut review costs, and accelerate quality improvements.
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Treat prompts like code: apply semantic versioning, env-specific deployments, automated tests, canary rollouts, monitoring, and fast rollbacks to keep LLMs reliable.
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