Just 30 seconds ago, V had told the technicians that they weren't robbers, but 30 seconds later, a pricey remote prosthetic was dismantled into pieces by Lille.
Such advanced prosthetics were indeed sophisticated. As a remote-controlled prosthesis, it lacked the conventional design for biological compatibility found in typical prosthetics. Its optical, acoustic, and pressure sensors were set to the highest standards, transmitting intensely realistic sensations modulated by a cyber modulator into signals acceptable to the customer.
The more sensitive the prosthesis, the higher the specifications for its information-processing processor, and thus the more complex the reverse engineering. Deciphering these minuscule structures required high-precision technology and equipment. Additionally, in terms of design, chip manufacturers would implement reverse engineering protections, such as obfuscating circuits and hardware encryption.
