Novanest AI

The Challenge

Traditional switchboards lack convenience and automation. Users often find it difficult to manage multiple electrical appliances, especially when away from home or during busy schedules. Existing systems provide minimal control options and lack integration with modern smart assistants, leading to a fragmented smart home experience.

Project Process & Timeline

Understanding User Insights

I gathered qualitative feedback and analyzed standard workflow bottlenecks to establish clear visual milestones before designing structural interfaces.

Affinity mapping and user persona research boards for Novanest AI.

Designing the System

Novanest introduces an AI-powered smart switchboard that allows users to control home appliances through voice commands, mobile apps, or automation routines. It integrates seamlessly with popular assistants like Google Assistant, Alexa, and Siri, providing users with a unified smart home experience. With real-time monitoring, scheduling, and energy optimization features, Novanest empowers users to manage their homes more efficiently, safely, and intelligently.

Overcoming Obstacles & Prototyping

One of the main challenges was designing an intuitive interface that could balance simplicity with advanced automation controls. Ensuring reliable connectivity across various voice assistants and devices also required extensive research and testing. The goal was to deliver a seamless experience where users could control their environment effortlessly, whether through touch, app, or voice commands.

Interface layout variation A — optimized dashboard navigation.

Interface layout variation B — interactive flow optimization.

Design System & Colors

A cohesive color palette was constructed to define the brand visual identity. Headings leverage premium Instrument Serif typography while structural content uses clean Inter sans-serif sizes.

Key Results & Summary

Novanest redefines smart living through an AI-powered electrical switchboard designed for comfort, efficiency, and control. This project enhanced my skills in designing IoT interfaces, accessibility systems, and smart device experiences that merge hardware functionality with modern digital ecosystems.

Key Takeaways & Reflections