Botroast.io is an AI-driven tool designed to deliver rapid and actionable feedback on product designs. It serves both individual users and teams seeking detailed insights to enhance their designs.
At the heart of the platform is the Roast Report, offering a thorough review of designs across various criteria including design foundations, visual hierarchy, layout, typography, color theory, depth, design assets, and details.
Users can critique their designs by purchasing roast credits in different packs tailored to projects of varying scales, from small tasks to entire portfolios.
These credits enable users to receive instant feedback, facilitating continuous improvements without relying on external input. Created by Tim Wheeler, botroast.io aims to streamline and expedite the design improvement process, empowering designers and stakeholders to achieve optimal results.
Please note that actual prices and pack details may vary.
More details about Botroast
What criteria are used by Botroast for design evaluation?
Botroast evaluates designs based on various criteria, including design foundations, visual hierarchy, layout and spacing, typography, color theory, depth, design assets, and details.
How does Botroast facilitate design critique?
Botroast facilitates design critique through its Roast Report feature, which offers a comprehensive review of designs. Users can purchase roast credits tailored to different project scales, enabling them to receive instant feedback for continuous design improvement.
Who can benefit from using Botroast.io?
Botroast.io is beneficial for both individual users and teams seeking detailed insights to enhance their product designs. Designers, stakeholders, and anyone involved in the design process can utilize Botroast to obtain actionable feedback and optimize their designs.
Who developed Botroast.io?
Botroast.io was developed by Tim Wheeler, with the aim of streamlining and expediting the design improvement process. Through AI-driven feedback, Botroast empowers designers and stakeholders to achieve optimal design outcomes.
