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 face significant barriers when interacting with traditional keyboard-based game controls, which require multiple simultaneous inputs and precise motor coordination. As a result, many players are excluded from fully participating in digital gaming, highlighting a persistent and under-addressed accessibility gap.

This project proposes the development of an adaptive control system that transforms a standard mouse into a complete and accessible input device, capable of partially or fully replacing the keyboard. The mouse scroll wheel functions as a continuous input axis for movement—such as forward and backward navigation—while additional in-game actions, including jumping and interaction, are executed through clicks, gesture-like input patterns, and directional mouse movements. This enables players to perform complex actions using a single, widely available device.

The core innovation lies in redefining how input complexity is managed: instead of mapping one action per key, the system consolidates multiple commands into a reduced, context-aware interaction model. This significantly lowers physical and cognitive load, improving both efficiency and usability. Rather than forcing players to adapt to rigid control schemes, the system dynamically aligns with the user’s motor capabilities.

In addition, the program incorporates customizable and adaptive input configurations, allowing users to tailor control schemes to their specific needs. This flexibility supports a wide spectrum of motor abilities, making the solution scalable and applicable beyond a single use case.

Unlike generic input remapping tools, which focus on technical reassignment of keys, this system is designed with accessibility as its primary objective. It prioritizes usability, intuitiveness, and real-world applicability, aiming to deliver a ready-to-use solution rather than a configuration-heavy workaround.

By reducing dependence on traditional keyboard inputs and introducing a focused, adaptive, and user-centered control model, this project seeks to advance accessibility in gaming, enabling a more inclusive, efficient, and engaging experience for individuals with limited upper limb mobility" get?

Accepted Answer

"People with upper limb monoplegia face significant barriers when interacting with traditional keyboard-based game controls, which require multiple simultaneous inputs and precise motor coordination. As a result, many players are excluded from fully participating in digital gaming, highlighting a persistent and under-addressed accessibility gap.

This project proposes the development of an adaptive control system that transforms a standard mouse into a complete and accessible input device, capable of partially or fully replacing the keyboard. The mouse scroll wheel functions as a continuous input axis for movement—such as forward and backward navigation—while additional in-game actions, including jumping and interaction, are executed through clicks, gesture-like input patterns, and directional mouse movements. This enables players to perform complex actions using a single, widely available device.

The core innovation lies in redefining how input complexity is managed: instead of mapping one action per key, the system consolidates multiple commands into a reduced, context-aware interaction model. This significantly lowers physical and cognitive load, improving both efficiency and usability. Rather than forcing players to adapt to rigid control schemes, the system dynamically aligns with the user’s motor capabilities.

In addition, the program incorporates customizable and adaptive input configurations, allowing users to tailor control schemes to their specific needs. This flexibility supports a wide spectrum of motor abilities, making the solution scalable and applicable beyond a single use case.

Unlike generic input remapping tools, which focus on technical reassignment of keys, this system is designed with accessibility as its primary objective. It prioritizes usability, intuitiveness, and real-world applicability, aiming to deliver a ready-to-use solution rather than a configuration-heavy workaround.

By reducing dependence on traditional keyboard inputs and introducing a focused, adaptive, and user-centered control model, this project seeks to advance accessibility in gaming, enabling a more inclusive, efficient, and engaging experience for individuals with limited upper limb mobility" scored 73/100 (👍 Decent). Important work, but you’re building a feature for a niche—don’t quit your day job yet.