BREAKFAST

Developing our kinetic artworks requires months—often years—of prototyping, refining, and testing. To achieve movements that are impossibly smooth, near-silent, and built for longevity, we engineer every component from the ground up—across mechanical, electrical, and software disciplines. Our designs undergo accelerated life testing equivalent to 15+ years of real-world use before they are approved for production, ensuring unparalleled durability and performance.

To bridge the gap between concept and completed sculpture, we develop real-time 3D simulators that precisely mirror the movement of our physical prototypes. These high-fidelity simulations allow us to refine data visualizations and interactive elements long before the final piece is built—often months in advance. By ensuring that every motion, response, and transformation behaves exactly as it will in the real world, we push the boundaries of kinetic art with confidence and precision.

Bringing the kinetic sculptures to life requires sourcing hundreds of thousands—sometimes millions—of custom components from specialized vendors across the globe. To ensure flawless execution, we develop test jigs and subassembly stations that rigorously verify every part’s fabrication and assembly. Each subassembly undergoes multiple validation stages before advancing to final integration, guaranteeing reliability, precision, and long-term performance.

The final step in our process is an extensive software development effort—spanning firmware, computer vision, API data integration, and AI-driven kinematics. We leverage NVIDIA Jetson for real-time computer vision processing and utilize AI models to predict and refine movement, ensuring our sculptures respond fluidly to dynamic global data. This seamless orchestration of hardware and software transforms complex information into mesmerizing, data-driven motion.