Dumping your thoughts directly into lovable, bolt or replit wastes tokens and gives suboptimal results. Heal my prompt turns your messy thoughts to better prompts based on best vibe coding practices with just one click.
Ideas to optimized prompts for Lovable, Bolt and Replit
Dumping your thoughts directly into lovable, bolt or replit wastes tokens and gives suboptimal results. Heal my prompt turns your messy thoughts to better prompts based on best vibe coding practices with just one click.
Hey folks 👋 I’m Nihad, maker of HealMyPrompt. I used to dump thoughts about my ideas directly on lovable and replit. It's not a surprise that I got bad results and spent lot of time iterating and wasting tokens. So I decided to build HealMyPrompt to solve my own problem. So now you can dump your thoughts into HealMyPrompt and it gives you a clean, structured prompt so your first run actually works. Would love to hear what you’re building and any feedback to improve this would be great !
Have you bnchmarked your prompt-prepping for Lovabale against Claude Opus 4.5? This tends to give pretty good results.
Great idea.. will be definitely useful to generate code faster
This is awesome, I do get random ideas and inspiration and end up dumping my thoughts in Lovable to see what it generates. I tried this, got a large structured prompt of my thoughts, used it on Lovable and the output was much better. Kudos!
Definitely trying this out! If this works well, I don't need to worry about learning and remembering the quirks of every vibe-coding platform out there; I'll just need to figure out the best features I want to have.
A measure of community engagement at launch. Higher means more people noticed and interacted with the product. It's a traction signal, not a quality rating.
Discussion threads divided by interest score. Above 0.30 is strong. Below 0.15 suggests the product got clicks but not conversation.
Categories come from the product's launch tags. Most products appear in 2-3 categories. The primary category is listed first.
The scores reflect launch-period engagement. Historical data is preserved and doesn't change retroactively. The build date at the bottom shows when the index was last refreshed.