Abstract

We are on the verge of a new revolution right now. Devices and methods aimed at accessing, evaluating, simulating, and influencing brain systems are rapidly expanding in the field of neurotechnology. Propelled by recent advancements in artificial intelligence, these devices can be employed for therapeutic objectives, like regaining mobility for paralyzed individuals, as well as for neurostimulation or brain activity monitoring for diverse goals. Researchers from all around the world are even attempting to interface our minds with computers. When it comes to protecting our mental privacy, this is where ethical boundaries come into play. For this reason, ‘neurorights’ are crucial. This advancement has also resulted in a change in the global prison system, with an emphasis now being placed on rehabilitation rather than punishment. Trauma-Informed Design (TID) principles and cutting-edge technology play a key role in this transformation. Are you curious about how artificial intelligence (AI), neurotechnology, and machine learning algorithms can contribute to a more humane prison environment? This article delves deeply into how TID and technology are reshaping the prison environment, ultimately improving the well-being of inmates and facilitating successful rehabilitation. According to a recently developed prison concept, Artificial intelligence (AI) brain implants have the potential to transform prisoners completely. By placing more emphasis on rehabilitation than punishment, this "prison of the future" seeks to lower long-term incarceration costs and reoffending rates. This novel method has the potential to alter the way society views criminals. Doesn't it sound like a science fiction film from the future? It's more than just an idea; it can completely change the way we think about crime and punishment. Are you curious about how this will function and what legal implications lie ahead? This research will attempt to address these areas in-depth in the full paper.

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