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 "People with upper limb monoplegia often face significant barriers when interacting with traditional keyboard-based game controls, which typically require multiple simultaneous inputs and fine motor coordination. This creates an accessibility gap that limits their ability to fully engage with digital games.

This project proposes a program that transforms a regular mouse into a complete and accessible control system, partially or fully replacing the keyboard. By using the mouse scroll wheel as a continuous input axis for movement—such as walking forward and backward—and combining it with clicks, simple input patterns, and directional motion, the system enables players to perform essential in-game actions using only one device.

The key idea is to simplify control complexity by concentrating multiple commands into intuitive mouse-based interactions, reducing physical strain and improving usability. Instead of adapting the player to the game, this approach adapts the control system to the player’s capabilities.

Additionally, the solution includes customizable input settings, allowing each user to tailor the controls according to their specific motor abilities. This ensures flexibility, scalability, and a more personalized experience.

By removing the dependency on traditional keyboard inputs and introducing a more inclusive control model, this project aims to make gaming more accessible, practical, and enjoyable for individuals with limited upper limb mobility." get?

Accepted Answer

"People with upper limb monoplegia often face significant barriers when interacting with traditional keyboard-based game controls, which typically require multiple simultaneous inputs and fine motor coordination. This creates an accessibility gap that limits their ability to fully engage with digital games.

This project proposes a program that transforms a regular mouse into a complete and accessible control system, partially or fully replacing the keyboard. By using the mouse scroll wheel as a continuous input axis for movement—such as walking forward and backward—and combining it with clicks, simple input patterns, and directional motion, the system enables players to perform essential in-game actions using only one device.

The key idea is to simplify control complexity by concentrating multiple commands into intuitive mouse-based interactions, reducing physical strain and improving usability. Instead of adapting the player to the game, this approach adapts the control system to the player’s capabilities.

Additionally, the solution includes customizable input settings, allowing each user to tailor the controls according to their specific motor abilities. This ensures flexibility, scalability, and a more personalized experience.

By removing the dependency on traditional keyboard inputs and introducing a more inclusive control model, this project aims to make gaming more accessible, practical, and enjoyable for individuals with limited upper limb mobility." scored 81/100 (👍 Decent). Real pain, real impact, but niche and hard to defend. Build it for love, not for scale.