This section gives an outline of the aftereffects of the BIPrimeOA Publications venture, explicitly from the perspective of the advancement of a numerical structure that can bolster a profitable joint effort between cell organic chemistry, dynamical frameworks, logarithmic automata hypothesis, and detail dialects, prompting a hypothesis of Interaction Computing (IC).
The primary goal of the BIPrimeOA Publications venture was to plan the unconstrained request development capacity of cell natural chemistry to software engineering as another model of calculation that we call Interaction Computing. The task didn't accomplish this target, however it lay the foundation for building up a scientific hypothesis of IC, it built up a computational structure that can bolster IC dependent on an augmentation of Abstract State Machines (ASMs) (Börger and Stärk, 2003) to Abstract State Interaction Machines (ASIMs), and arrived at various middle goals.