Cochabamba/28/April/2026

Animating 3D creatures through the rhythm of my heartbeat: systole, diastole.

The pulse becomes movement. The heartbeat moves the flower.

Using optical pulse sensors connected to ESP32 microcontrollers, we are building systems where cardiac rhythms directly influence digital creatures and plant behaviors inside Blender and VR environments. Every beat produces expansion, contraction, delay, asymmetry, tension, and release. Instead of looping pre-made animation, the movement emerges live from the body itself.

A heartbeat is not mechanically regular. Systole arrives sharply. Diastole releases more slowly. Fatigue changes rhythm. Fear accelerates it. Calm stretches time differently. We are translating those physiological patterns into motion systems affecting petals, branches, breathing structures, spine movements, and creature behavior.

The work is part of a broader research direction inside the koa.xyz computational creativity lab, where sensors, AI systems, body tracking, environmental data, and nonhuman characters coexist inside real-time animation pipelines. Water sensors move lilies. Fire satellite data affects orchids. Pulse sensors animate flowers. Cameras track gesture and emotion. Each creature responds to a different relationship with the world.

The goal is not realism. It is relational intelligence.

Most digital characters are animated externally: an animator creates movement and the character repeats it. Here, movement emerges from interaction between bodies, machines, code, memory, sensors, and environments. Intelligence does not live in a single isolated brain. It appears in the exchange itself.

From our small lab in the mountains of Cochabamba, we are building creature systems where the body becomes part of the animation architecture — where technology listens, responds, and evolves through real-time relationships.