Dulux: Interactive Colour Discovery

Dulux: Interactive Colour Discovery

Dulux: Interactive Colour Discovery

About this case study

About this case study

The goal was to move Dulux beyond static paint displays and create a dynamic, interactive experience. By transforming a typically isolating task into a shared digital journey, the screen serves as a playful, social space where customers can collaboratively explore colors and spark decorating ideas together.

The goal was to move Dulux beyond static paint displays and create a dynamic, interactive experience. By transforming a typically isolating task into a shared digital journey, the screen serves as a playful, social space where customers can collaboratively explore colors and spark decorating ideas together.

Project Challenge

Project Challenge

Choosing paint in a busy retail environment is notoriously overwhelming. Confronted with endless walls of static paper chips under harsh lighting, shoppers struggle to visualize how a color will actually look at home.

To break past these physical limitations, this interface introduces a seamless digital touch experience that lets users intuitively discover, experiment with, and combine palettes in real time.

Choosing paint in a busy retail environment is notoriously overwhelming. Confronted with endless walls of static paper chips under harsh lighting, shoppers struggle to visualize how a color will actually look at home.

To break past these physical limitations, this interface introduces a seamless digital touch experience that lets users intuitively discover, experiment with, and combine palettes in real time.

Services

Services

  • User Interface Design

  • User Experience

  • Component Library

  • User Flow & Information Architecture

  • Low/High-Fidelity Prototyping

  • Interaction Design

  • Illustrations

  • User Interface Design

  • User Experience

  • Component Library

  • User Flow & Information Architecture

  • Low/High-Fidelity Prototyping

  • Interaction Design

  • Illustrations

  • User Interface Design

  • User Experience

  • Component Library

  • User Flow & Information Architecture

  • Low/High-Fidelity Prototyping

  • Interaction Design

  • Illustrations

Tools

Tools

Discovery and Research

Discovery and Research

To turn a busy retail environment into a seamless digital canvas, the discovery phase mapped user intent against strict hardware constraints:

To turn a busy retail environment into a seamless digital canvas, the discovery phase mapped user intent against strict hardware constraints:

  • Simplified Architecture: Turned complex paint selector logic into a flat layout that eliminates user confusion.

  • UX Wireframing: Built and tested every screen from room selection to final palette creation to reduce user confusion.

  • Physical Reach: Positioned all interactive buttons within comfortable physical reach on the massive 86-inch screen.

  • Simplified Architecture: Turned complex paint selector logic into a flat layout that eliminates confusing.

  • UX Wireframing: Built and tested every screen from room selection to final palette creation to reduce user confusion.

  • Physical Reach: Positioned all interactive buttons within comfortable physical reach on the massive 86-inch screen.

  • Simplified Architecture: Turned complex paint selector logic into a flat layout that eliminates user confusion.

  • UX Wireframing: Built and tested every screen from room selection to final palette creation to reduce user confusion.

  • Physical Reach: Positioned all interactive buttons within comfortable physical reach on the massive 86-inch screen.

End-to-End Visual Execution

End-to-End Visual Execution

I designed everything from early-stage wireframes to high-fidelity interfaces, mapping the user journey to ensure a seamless, production-ready layout.

I designed everything from early-stage wireframes to high-fidelity interfaces, mapping the user journey to ensure a seamless, production-ready layout.

Visual Language

Visual Language

Designing for an 86-inch screen requires a deliberate departure from dense layouts. To counter a chaotic retail environment, the interface utilizes expansive whitespace and bold typography to anchor the user’s focus entirely on color selection.

Designing for an 86-inch screen requires a deliberate departure from dense layouts. To counter a chaotic retail environment, the interface utilizes expansive whitespace and bold typography to anchor the user’s focus entirely on color selection.

To minimize cognitive load, I designed a suite of custom, minimalist line illustrations representing core home spaces (Living Rooms, Bedrooms, Kitchens).

To minimize cognitive load, I designed a suite of custom, minimalist line illustrations representing core home spaces (Living Rooms, Bedrooms, Kitchens).

Created a structured variables library aligned with components and styles for precise, consistent execution.

Created a structured variables library aligned with components and styles for precise, consistent execution.

High-Fidelity Design

High-Fidelity Design

Conclusion

Conclusion

Although independent external factors paused the public launch, designing for this complex physical medium was incredibly valuable.

It fully sharpened my ability to navigate unique hardware constraints and deliver high-fidelity, system-driven design at scale.

Although independent external factors paused the public launch, designing for this complex physical medium was incredibly valuable.

It fully sharpened my ability to navigate unique hardware constraints and deliver high-fidelity, system-driven design at scale.

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