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Claude Prompt to Compress Prompts & Cut Token Costs

Reduce prompt token usage by 30-60% while maintaining output quality — compression techniques, context pruning, and caching strategies.

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What this prompt does

This prompt runs a compression pass over an existing prompt to cut token usage while preserving output quality. It strips redundant instructions and filler, replaces verbose explanations with concise directives, and uses structured formatting like numbered lists and tables to pack information densely. It then identifies which context belongs in few-shot examples versus the system prompt, counts tokens before and after, and applies a caching strategy so stable context is not re-billed on every call.

The variables ground the optimization in real numbers. [original_prompt] is the prompt being trimmed — the longer it is, the more there is to compress. [tokenizer] measures the before/after token counts accurately, and [model_provider] determines which caching strategy applies, such as system-prompt or prefix caching. [test_count] sets how many cases the prompt runs to confirm quality did not drop, and [volume] estimates monthly cost savings at your real request rate. The prompt also designs a tiered system — a short version for simple inputs, a full version for complex ones — and finds the minimum viable prompt.

When to use it

  • A prompt is heading into high-volume traffic and the token bill will add up fast.
  • You suspect a prompt is bloated with filler and want a measured trim, not a guess.
  • Stable context could move into a cached prefix to avoid re-billing it on every request.
  • You want a tiered prompt — short for simple inputs, full for complex — to save tokens on the easy cases.
  • Quantifying cost savings at a specific [volume] before committing to a change.
  • Finding the minimum viable prompt that still produces acceptable output.

Example output

Expect a compressed version of your [original_prompt] with redundant instructions removed and verbose passages tightened into directives, plus before/after token counts measured with [tokenizer]. You also get a caching strategy tailored to [model_provider], a tiered short-and-full prompt design, a quality comparison across [test_count] test cases, an estimated monthly cost saving at [volume], and a note on the minimum viable prompt that still holds quality.

Pro tips

  • Feed in a genuinely long [original_prompt]; there is little to compress in an already-tight prompt, and the savings scale with the bloat you start from.
  • Move stable context into cached prefixes for [model_provider] rather than deleting it — caching keeps the context but stops re-billing it on every call.
  • Always run the [test_count] quality comparison; aggressive trimming can quietly degrade output, and you want evidence the short version still holds up.
  • Use the tiered design honestly — route simple inputs to the short prompt and reserve the full prompt for complex cases, so you only pay for context when it is needed.
  • Measure with the right [tokenizer]; estimating token counts by eye undercounts and makes the cost-savings figure unreliable.
  • Treat the minimum viable prompt as a floor to test against, not necessarily the version you ship — sometimes a slightly fuller prompt is worth the tokens.

Frequently Asked Questions

Will compressing the prompt hurt output quality?
It can if you over-trim, which is why the prompt benchmarks `[test_count]` test cases on both versions to compare quality. Removing filler and redundancy is usually safe, but you should rely on the comparison rather than assuming the shorter version performs identically.
How much can I realistically save on tokens?
Savings scale with how bloated the original prompt is, so a verbose prompt has far more to cut than a tight one. The prompt reports before/after token counts and estimates cost at your `[volume]`, so you get a measured figure rather than a generic promise.
Does prompt caching reduce cost on its own?
Caching avoids re-billing stable context on every request, so it helps most when a large, unchanging prefix is reused across many calls. The benefit depends on `[model_provider]` support and your traffic pattern, which is why the prompt tailors the caching strategy to your provider.
What is the tiered prompt approach for?
It routes simple inputs to a short prompt and complex inputs to the full one, so you only pay for heavy context when the input actually needs it. This cuts average token cost at volume without sacrificing quality on the hard cases that require the full prompt.
Engr Mejba Ahmed

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Engr Mejba Ahmed

AI Developer · Software Engineer

I'm Mejba — I design and ship production AI systems, automations, and full-stack apps. If you want this turned into a working solution for your team, let's talk.

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Engr Mejba Ahmed

Engr Mejba Ahmed

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