These concepts are applied to the creation of living materials with embedded interactive behaviors. Through the design and construction of pop-up laboratory, this thesis investigates into the architectural parameters of a cyber biological system. In this cyber-bio system, biological matter and digital information are actively interlinked through AR headsets, environmental sensors and diverse actuators.

The project is an applied experimentation at a 1:1 scale to create a functional architectural system. Within this system, human behaviors and materials are interlinked. The manipulation of organic mediums along with its live data information point towards a new form of living architecture. Here, architecture and user establish a companion relationship, in which the architecture is fragile and requires constant care from the user.