Pubinno - Perfect Beer
Pubinno is a technology company focused on optimizing beverage operations through data, automation, and connected systems. As part of this vision, Perfect Beer was developed as a B2B web-based platform that enables beer-focused businesses to monitor sales performance and operational data with clarity and control.
This project focused on translating Perfect Beer’s complex operational needs into a clear, usable product experience one that supports decision-making across teams, environments, and user roles.
Industry
Service
Year
2024

Turning every drop of beer sales into actionable data
Perfect Beer is an advanced web-based platform that enables beer distributors, stadiums, and hotel management teams to monitor beer sales performance and operational data from a single, centralized dashboard.
Built on Pubinno’s expertise in beverage technology, the platform transforms beer sales into measurable, traceable, and optimizable insights. With real-time data flow, advanced reporting, and a clear interface, Perfect Beer helps decision-makers manage operations with confidence, driven by data rather than assumptions.
Designing with a system-first mindset
From the beginning, the client preferred using an existing design system rather than creating a new one from scratch. We designed the requested pages using Material UI, focusing on applying predefined components and patterns in a way that supports data-heavy screens and complex workflows.
To support on-site usage, we also optimized key screens for tablet devices, ensuring teams can access critical information easily in fast-paced environments.
Clarity that drives action across operations
The designed screens made sales and operational data easier to read, compare, and act on. Bringing critical information into a single, clear interface enabled smoother day-to-day operations for different user roles.
The resulting experience simplifies complex data structures, highlights Perfect Beer’s B2B product value, and supports faster, more confident, data-driven decisions across operations.















