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The signal for linguistics control in the human body can be intercepted at various points along the neural transduction pathway. To decode the linguistic intention of a human target, it is useful to first understand the natural neurophysiology of linguistic control. The linguistic control pathway of the human body begins in the high level associative area of the brain. It is mediated by the Broca's area which is associated with the speech ability. From here it travels through the spinal cord to the individual muscle fibers that reach our speech systems. Each of these stages plays a different role and uses different mechanisms to ensure that speech is carried out in a coordinated and fluid manner. Each of these stages also offers different signal modalities and features that can be exploited for speech decoding in systems that use Silent Speech. Silent speech refers to the communication of speech without making any sound. This can be achieved through a variety of methods, such as subvocalization, where the speaker produces speech sounds internally without making any external sound, or through the use of technology in the fields of science pertaining to electropalatography (EPG) and Electromyography (sEMG) which can detect and transcribe the intended speech through advanced algorithms (AI) that were produced to turn sEMG data into words that reflected the choice of the user by the system.