Fifteen years ago, the world was introduced to the TV series "Black Mirror," which portrayed dark and disturbing scenarios of humanity's development, involving transformative brain implants and robotic dog enforcers. Recently, real-world events have started to echo these fictional narratives, blurring the line between science fiction and daily life. A recent breakthrough showed that scientists have fully copied the neural network of a fruit fly into virtual reality, leading to the astonishing ability of the fly to awaken and begin walking. This development signifies a paradigm shift in how artificial intelligence is trained and operates. Traditionally, AI relies on massive data sets, costly servers, and lengthy trial-and-error processes. The ability to replicate a living being's neural network introduces innovative mechanisms for AI development, potentially accelerating progress in this field. The implications of such advancements pose ethical questions about consciousness, autonomy, and the future of human and artificial intelligence coexistence. As scientists continue to explore the intersection of neuroscience and technology, the outcomes of this research could unlock new capabilities in AI, further blending the lines between reality and fiction. The implications of such breakthroughs extend beyond the immediate technological advancements, prompting society to reconsider its relationship with artificial intelligence and the ethical boundaries of cloning life forms on a cognitive level.