A method to digitally produce and communicate intracranial pressure data from skull deformation electric signals, the method characterized by including: receiving, from at least one sensor noninvasively located on a patient, detected skull deformation electric signals at electrical equipment configured to transform and process the skull deformation signals that are received; transforming and processing, by the electrical equipment_, the received skull deformation electric signals to produce digital intracranial pressure data; outputting, by the electrical equipment, the digital intracranial pressure data via an output device operably associated with the electrical equipment to render the digital intracranial pressure data_, wherein the skull deformation electric signals are analog signals, and the electrical equipment includes an amplifier_, an analog-to-digital converter, a processor, a memory, and a monitor, and wherein the transforming and processing includes: amplifying, by the amplifier, the skull deformation electric signals that are received from said at least one sensor to produce amplified analog skull deformation signals; converting, by the analog-to-digital converter, the amplified skull deformation signals from analog form into digital form skull deformation electric signals; applying, including with said processor, a Fourier Transform, a Fast Fourier Transform, or both on the digital form skull deformation electric signals to produce the digital intracranial pressure data; and storing, in the memory, the digital intracranial pressure data in a database. receiving, from at least one sensor noninvasively located on a patient, detected skull deformation electric signals at electrical equipment configured to transform and process the skull deformation signals that are received; transforming and processing, by the electrical equipment_, the received skull deformation electric signals to produce digital intracranial pressure data; outputting, by the electrical equipment, the digital intracranial pressure data via an output device operably associated with the electrical equipment to render the digital intracranial pressure data_, wherein the skull deformation electric signals are analog signals, and the electrical equipment includes an amplifier_, an analog-to-digital converter, a processor, a memory, and a monitor, and wherein the transforming and processing includes: amplifying, by the amplifier, the skull deformation electric signals that are received from said at least one sensor to produce amplified analog skull deformation signals; converting, by the analog-to-digital converter, the amplified skull deformation signals from analog form into digital form skull deformation electric signals; applying, including with said processor, a Fourier Transform, a Fast Fourier Transform, or both on the digital form skull deformation electric signals to produce the digital intracranial pressure data; and storing, in the memory, the digital intracranial pressure data in a database. amplifying, by the amplifier, the skull deformation electric signals that are received from said at least one sensor to produce amplified analog skull deformation signals; converting, by the analog-to-digital converter, the amplified skull deformation signals from analog form into digital form skull deformation electric signals; applying, including with said processor, a Fourier Transform, a Fast Fourier Transform, or both on the digital form skull deformation electric signals to produce the digital intracranial pressure data; and storing, in the memory, the digital intracranial pressure data in a database.