PULSE is an interactive light installation that transforms physical force into light.

Through pumping a lightning bellows visitors generate visible light impulses that move across façades, walls or projection surfaces in real time. Each movement creates glowing orbs and dynamic light patterns that travel across the surface, transforming the space. The stronger the interaction, the more powerful the visual response.

This creates a direct connection between body, action and architecture.

One system — maximum interaction

PULSE is designed as a playful, low-threshold experience:

• Physical interaction
  Activated through pumping, pushing or movement
• Instant feedback
  Every action triggers a direct visual response
• Gamification approach
  Competition, collaboration or free play
• Shared experience
  Multiple users can interact simultaneously

Use cases

PULSE is ideal as an interactive light installation for:

• Events & festivals (e.g. Silvester Celebration Munich 2025)
• City and cultural activations
• Brand experiences & product launches
• Trade fairs & public spaces
• Large-scale projections & façade installations

Spatial impact

PULSE attracts attention — and gets people moving.

The installation works as a visual anchor while creating an interactive experience. Visitors engage directly with the space and immediately see the impact of their actions.

The physical effort creates a strong, memorable experience that connects people and energizes the environment.

Flexibility & implementation

• Controlled via physical interfaces (e.g. air pumps)
• Real-time translation of movement into visuals
• Works on façades, projections or LED surfaces
• Multi-user interaction
• Scalable for different environments
• Visuals and content customizable

Why PULSE?

As an interactive light installation, PULSE combines physical interaction with visual impact. It increases engagement, attracts attention and turns energy into a shared, playful experience that people will remember.

Ready to turn energy into light?

–> Request project