MAD Architects Creates Kaleido Installation for Canva at Interni Materiae Exhibition
MAD Architects has designed an installation called Kaleido for Canva at the Interni Materiae exhibition. The immersive environment features reflective surfaces and light effects that create a dynamic, ever-changing landscape. The installation aims to demonstrate how artificial intelligence can serve as a tool for imagination rather than just a technological device. At the core of the project is the metaphor of reflection, suggesting that knowledge and AI use involve continuous rethinking and new directions. The prism serves as a representation of AI's ability to connect disparate elements. Within the Canva ecosystem, generative tools are presented as extensions of human creativity that make complex processes more accessible. Light is used as the primary material to explore the relationship between physical and digital realms. Mirroring surfaces and refraction effects transform visitors into active participants, with each movement generating new configurations. The installation offers an alternative perspective to polarized views on AI, emphasizing curiosity and exploration. Kaleido functions as an observation tool for how we perceive artificial intelligence, envisioning a future of mutable possibilities. The project embodies Canva's vision of technology as a means for creative empowerment, broadening access to projects without requiring specific technical skills.
Key facts
- MAD Architects created the Kaleido installation for Canva
- The installation is featured at Interni Materiae exhibition
- It uses reflective surfaces and light effects to create changing environments
- The project demonstrates AI as a tool for imagination
- A prism metaphor represents AI's connective capabilities
- Light serves as the primary material in the installation
- Visitors become active participants through interactive elements
- The installation presents an alternative to polarized views on AI
Entities
Artists
- MAD Architects
Institutions
- Canva
- Interni Materiae