Features

• Powered by AI: Visily uses artificial intelligence to simplify the wireframing process and make it accessible to non-designers.
• Built for non-designers: Visily’s user-friendly interface is designed for people without design experience, eliminating the need for extensive training before creating wireframes.
• Easy collaboration: Teams can quickly create mockups and prototypes collaboratively, enabling designers, product managers, and engineers to work together seamlessly.
• Time-saving: Compared to traditional design tools, Visily cuts down 90% of the time it takes to create wireframes, allowing teams to focus on other aspects of their projects.
• High-fidelity mockups: Visily’s templates and intuitive tools allow users to create professional-grade mockups that look and feel like real applications.

Use Cases:

• Designing mockups for startups: Visily is an excellent tool for startup teams looking to create professional mockups quickly and easily without the need for extensive design experience.
• Streamlining product design process: Visily enables product managers, designers, and engineers to collaborate seamlessly, expediting the product design process and allowing teams to focus on other important aspects of their projects.
• Creating high-fidelity prototypes: Visily’s templates and intuitive tools allow users to create polished, professional prototypes that are customer-ready and require minimal additional work before launch.
• Improving product-market fit: Visily allows every member of the product team to be creative with UX design, not just designers, improving the chances of finding the right product-market fit.

Visily is the ultimate wireframing tool for non-designers. With its user-friendly interface, AI-powered design tools, and seamless collaboration features, Visily streamlines the product design process, expedites the creation of professional-grade mockups and prototypes, and improves the chances of finding the right product-market fit. Sign up for free today and start creating beautiful wireframes at light speed.