We built Throttle because teams are bleeding money on LLM inference. Your bill keeps climbing even though you're not using better models. Throttle sits between your code and Claude/OpenAI, automatically routes requests to cheaper models when quality isn't sacrificed, caches intelligently, and batches efficiently. Result: 70% cost cuts, same performance. Built for startups and companies already paying $1000+/month on inference.
Which Vercel product did you use? What new capability did it give your team, and how did that shape the product you launched?
Hunter
Deployed throttle on vercel because we couldn't afford to spend engineering time on infrastructure. zero ops, zero headache. scaled straight into production without worrying about devops. that's literally the only reason we could ship as a solo founder. vercel gave us the runway to build the actual product
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Hunter
📌
Hey Product Hunt 👋
I'm Kushagra. I built Throttle because I kept changing my LLM server's config and could never tell if it actually got cheaper, or if I just measured a quiet minute.
Measure. Change. Know.
- Measure what your model really costs per million tokens, on any OpenAI-compatible endpoint (vLLM, SGLang, Ollama, TGI).
- Change anything: a flag, a quantization, a new GPU.
- Know if it worked: CHEAPER, MORE EXPENSIVE or NO WINNER. It won't call a winner until repeat runs have measured the noise.
How it works:
Throttle runs repeated measurement blocks with 95% confidence intervals, fingerprints your serving config, and compares each run with your history.
On a real A100, one vLLM flag took cost from $0.746 to $0.234 per million tokens, verified with a six-run counterbalanced protocol.
Open source and local: `pipx install throttle-pro`. Add the GitHub Action and a deploy that costs more fails CI.
Hey Product Hunt 👋
I'm Kushagra. I built Throttle because I kept changing my LLM server's config and could never tell if it actually got cheaper, or if I just measured a quiet minute.
Measure. Change. Know.
- Measure what your model really costs per million tokens, on any OpenAI-compatible endpoint (vLLM, SGLang, Ollama, TGI).
- Change anything: a flag, a quantization, a new GPU.
- Know if it worked: CHEAPER, MORE EXPENSIVE or NO WINNER. It won't call a winner until repeat runs have measured the noise.
How it works:
Throttle runs repeated measurement blocks with 95% confidence intervals, fingerprints your serving config, and compares each run with your history.
On a real A100, one vLLM flag took cost from $0.746 to $0.234 per million tokens, verified with a six-run counterbalanced protocol.
Open source and local: `pipx install throttle-pro`. Add the GitHub Action and a deploy that costs more fails CI.