Literally

Literally is a marketing and podcast firm producing original podcast content and blogs. Their content operation had no centralized home. Episodes, posts, and brand assets lived across disconnected tools, making publishing inconsistent and audience growth harder to sustain.

They needed a purpose-built web application: a single platform where the team could upload, manage, and distribute podcasts and blog posts, while projecting a visual identity strong enough to compete with established media brands.

Cenciss was brought in as UI/UX designer to own the full design process from research through high-fidelity delivery.

The core challenge was designing a content management experience that felt effortless for a non-technical team while meeting the visual bar of a professional media brand.

Literally's audience expected a polished, editorial experience. The interface had to make complex workflows, content uploads, scheduling, and distribution, feel simple and intuitive without stripping out capability.

At the same time, brand consistency was non-negotiable. Every screen had to feel unmistakably Literally: warm, confident, and editorial in tone. Generic dashboard patterns were not an option.

The engagement followed a structured design process. Discovery sessions mapped Literally's publishing workflows, audience expectations, and brand personality before a single wireframe was drawn.

Low-fidelity wireframes established the information architecture: a dashboard built around content status, a streamlined upload flow for episodes and posts, and a public-facing content hub designed for browsing and discovery.

High-fidelity mockups in Figma translated the structure into a fully realized visual system. Typography, color, layout, and component design were all calibrated to Literally's brand voice. Interactive prototypes were used to pressure-test the upload and publishing workflows before sign-off.

The final deliverable was a complete, developer-ready design system covering every state, screen, and interaction pattern the engineering team would need to build.