Question 1

Why did my startup get a low score?

Accepted Answer

Low scores usually reflect weak market fit, crowded competition, unclear differentiation, or high execution risk. Our AI analyzes your idea across these dimensions and explains the main issues in the breakdown. Use the verdict and suggested pivot to refine your concept and re-roast to see improvement.

Question 2

What do the roast score tiers mean?

Accepted Answer

Ship It (85–100): Strong idea, worth validating further. Decent (70–84): Promising but has gaps to address. Needs Work (50–69): Significant issues; use feedback to iterate. Roasted (0–49): Major concerns; consider pivoting or solving the core problem before building.

Question 3

How does DontBuildThis score startup ideas?

Accepted Answer

Our AI evaluates your idea on market fit, competition, differentiation, execution risk, and clarity. It returns a score out of 100, a tier, a verdict, and a detailed breakdown so you know exactly what to improve before spending time and money building.

Question 4

Can I improve my startup idea score?

Accepted Answer

Yes. Use the breakdown and verdict to address weak points, then submit an updated idea or pivot. Many founders improve their score by narrowing the problem, clarifying the target customer, or strengthening their unique angle.

Question 5

What is a good score for a startup idea?

Accepted Answer

Scores of 70+ indicate promising ideas worth exploring. 85+ suggests strong potential. Scores below 50 mean the idea likely needs significant rework or a pivot before it’s worth building.

Question 6

What score did "The dynamics of our controller were designed to offer autonomy with minimal physical effort. The device has a flat shape that ensures stability on different surfaces. For interaction, the user has four classic, enlarged and textured action buttons, as well as an ergonomic lever for precise direction of characters or vehicles. The big difference is the replacement of traditional triggers with textured scroll wheels, which allow activation by clicking or sliding, eliminating the need for intense pressure. For power management, the on/off button has also been enlarged to make it easier to use. Finally, the controller is equipped with an adjustable grip, which allows you to adjust the grip as needed, ensuring safety and comfort during use. Our project focuses on people with muscular dystrophy who want to play on consoles but face critical barriers with traditional controllers. The central problem is that market models require manual strength, fine motor coordination, and the simultaneous use of multiple triggers, which physically excludes these users and generates profound social isolation. Our goal is to mitigate this exclusion, allowing them to play in communities, with friends and family. The great differentiator of our controller is the use of the Arduino platform, which guarantees a low-cost product with high financial accessibility, breaking the barrier of the abusive prices of current assistive technologies. The mechanics of the solution prioritize extreme ergonomics: we use large buttons with a high contact surface and low click resistance, requiring minimal effort. In addition, the buttons are textured to facilitate tactile recognition, and the layout has been simplified with fewer commands, ensuring maximum comfort and autonomy for the player. We are going to Double down on open-source hardware and community-driven mods to become the 'Raspberry Pi' of accessible gaming controllers." get?

Accepted Answer

"The dynamics of our controller were designed to offer autonomy with minimal physical effort. The device has a flat shape that ensures stability on different surfaces. For interaction, the user has four classic, enlarged and textured action buttons, as well as an ergonomic lever for precise direction of characters or vehicles. The big difference is the replacement of traditional triggers with textured scroll wheels, which allow activation by clicking or sliding, eliminating the need for intense pressure. For power management, the on/off button has also been enlarged to make it easier to use. Finally, the controller is equipped with an adjustable grip, which allows you to adjust the grip as needed, ensuring safety and comfort during use. Our project focuses on people with muscular dystrophy who want to play on consoles but face critical barriers with traditional controllers. The central problem is that market models require manual strength, fine motor coordination, and the simultaneous use of multiple triggers, which physically excludes these users and generates profound social isolation. Our goal is to mitigate this exclusion, allowing them to play in communities, with friends and family. The great differentiator of our controller is the use of the Arduino platform, which guarantees a low-cost product with high financial accessibility, breaking the barrier of the abusive prices of current assistive technologies. The mechanics of the solution prioritize extreme ergonomics: we use large buttons with a high contact surface and low click resistance, requiring minimal effort. In addition, the buttons are textured to facilitate tactile recognition, and the layout has been simplified with fewer commands, ensuring maximum comfort and autonomy for the player. We are going to Double down on open-source hardware and community-driven mods to become the 'Raspberry Pi' of accessible gaming controllers." scored 82/100 (👍 Decent). Real pain, real heart—but you’re one supply chain disaster away from being a nonprofit.