Infinte Bloom

Infinite bloom is an interactive and kinetic installation we designed and produced for Azerbaigian Pavilion at Dubai Expo 2020.

It is a set of five colorful flowers that reveal a precious, delicate heart made of light and complex figures telling the story of Azerbaigian treasures.

Leveraging on fancy light and motion, they allow visitors for playful interaction and intuitive content browsing on the screens behind.

Each time a visitor approaches one of the blossoms, it blooms and gets people to discover a new story about the Country, creating a seamless dialogue between physical and digital worlds.

Discover more about
interaction analytics

year

2021

Credits

Concept by Leva and Simmetrico Network

Interaction Design, Mechatronic Design, Motion Drivers, Software Development and Fabrication by Leva

Carillon Figurines Design and Production by Dadomani

A Project by Simmetrico Network for Azerbaigian Pavilion at Dubai Expo 2020

Pavillion Design, Content Experience and Construction by Simmetrico Network

Infinte Bloom

Infinite bloom is an interactive and kinetic installation we designed and produced for Azerbaigian Pavilion at Dubai Expo 2020.

It is a set of five colorful flowers that reveal a precious, delicate heart made of light and complex figures telling the story of Azerbaigian treasures.

Leveraging on fancy light and motion, they allow visitors for playful interaction and intuitive content browsing on the screens behind.

Each time a visitor approaches one of the blossoms, it blooms and gets people to discover a new story about the Country, creating a seamless dialogue between physical and digital worlds.

Discover more about
interaction analytics

year

2021

Credits

Concept by Leva and Simmetrico Network

Interaction Design, Mechatronic Design, Motion Drivers, Software Development and Fabrication by Leva

Carillon Figurines Design and Production by Dadomani

A Project by Simmetrico Network for Azerbaigian Pavilion at Dubai Expo 2020

Pavillion Design, Content Experience and Construction by Simmetrico Network

Matrix

Kinetic Echo