PUMi is a productivity-focused conversational AI web application designed to help users stay organized, focused, and mentally clear in everyday life.
The platform combines AI chat with practical tools such as Focus Mode sessions, daily task planning, streak tracking, and lightweight memory features that support consistency and habit building.
My role covers end-to-end product development, including UI/UX design, feature architecture, user flows, and automation workflows. I designed the web interface, focus session logic, dashboard layouts, and subscription structure while continuously iterating based on usability and real-world testing.
PUMi is built as a functional digital companion, not just a chatbot — a system where conversation, structured focus tools, and minimal design work together to create a practical everyday productivity environment.

Operly is an AI-assisted back-office and operational dashboard designed for small restaurants and micro-markets. The goal of the project was to create a practical, manual-first system that helps hospitality operators track daily revenue, expenses, inventory levels, and food cost without requiring complex integrations.

The platform focused on real-world usability rather than theoretical AI features. It combined natural-language daily reporting, structured data dashboards, and inventory alerts into a single workflow. During the development process I worked on frontend structure, backend logic coordination, prompt engineering, UX simplification, and data flow design between user inputs and AI-generated insights.

Through Operly I gained hands-on experience in SaaS product thinking, business-oriented UI design, database structuring, and building AI features that support decision-making rather than replacing human control. The project emphasized clarity, practicality, and automation that enhances real business environments instead of over-engineering.

Skills / Keywords you can tag:
AI dashboards, SaaS design, hospitality tech, UX simplification, data structuring, automation logic, product architecture.

Vendy’s Smart Market was conceived as a fully automated retail concept aimed at unattended micro-markets and smart vending environments. The project involved designing backend automation flows, hardware-software interaction logic, and system reliability planning for environments where human supervision is minimal.

More than one hundred automation scenarios were mapped, tested, and iterated — ranging from access control and payment validation to inventory synchronization and user interaction flows. The focus was not only on technology but also on operational resilience, edge-case handling, and maintaining user trust in automated systems.

This project significantly expanded my understanding of system-level thinking, IoT-style integrations, automation reliability, and the balance between user experience, hardware constraints, and backend decision logic. Vendy’s was less about a single product and more about learning how interconnected digital and physical systems behave in real-world commercial contexts.

Skills / Keywords:
Automation systems, workflow design, IoT concepts, backend logic, unattended retail, system reliability, integration architecture.