Recently, developers have initiated a range of captivating 'electronic fruit fly' projects, drawing inspiration from MaleCNS v1.0—a comprehensive map of the male fruit fly's entire central nervous system connectome. These innovative endeavors harness the fruit fly's neural network to govern game characters, mimic leg movements for intricate actions, and even venture into Bitcoin trading by leveraging visual neuron stimulation and feedback systems. MaleCNS v1.0 encompasses detailed data on neurons and synaptic links within the fruit fly's brain, optic lobes, and ventral nerve cord, all structured for machine readability. Simultaneously, the foundation laid by neurodynamics principles and the integration of AI tools have streamlined the integration process, fueling this burgeoning trend. Nevertheless, the present 'electronic fruit fly' projects still entail numerous simplifications and are far from achieving the status of genuine digital fruit flies, marking the connectome's evolution from research data to a computable entity accessible to everyday developers.