A media capture and process system (100, 200) comprising a user media device (102, 202), a communication interface, a computer (120, 214), a remote service (128, 216): the user media device (102,202) configured to be worn on a head of a user and comprising: a microphone array including an omnidirectional microphone and a directional microphone, the microphone array being selectively switchable, wherein audio captured by the omnidirectional microphone is employed to perform noise cancelation relative to the audio captured by the directional microphone; and a communication interface configured to: communicatively couple the user media device to the computer (120, 214), and transmit, to the computer (120, 214), audio captured by the microphone array, wherein the computer (120, 214) is a mobile phone, a tablet computer, a desktop computer, or a laptop computer, is communicatively coupled to the user media device and is configured to: receive the audio from the user media device (102, 202), perform audio processing operations with respect to the captured audio in real time, the audio processing operations comprising one or more from among parametric equalization, frequency filtering, and noise reduction; and transmit the processed audio to the remote service (128,216) and to the user media device (102,202); and the remote service (128,216) communicatively coupled to the computer (120, 214), the remote service (128, 216) configured to: receive the processed audio from the computer (120, 214), generate a text transcript of the processed audio via natural language processing, perform semantic reasoning on the generated text transcript via a semantic reasoning engine, wherein the semantic reasoning comprises identifying a frequency of use of words included in the text, identifying a context of use of the words in the text, and identifying a subject tag associated with the words; and generate curated content from results of the semantic reasoning, wherein the curated content is generated by customizing the results of the semantic reasoning according to predefined keywords, history of the user, and preferences of the user and includes a report demonstrating the customized results of the semantic reasoning; wherein the user media device (102, 202) comprising a speaker positioned to be partially within an ear of the user, the user media device being configured to receive the processed audio from the computer via the communication interface and to generate the processed audio by the speaker; and the computer (120,214) being configured to access the curated content generated by the remote service. a microphone array including an omnidirectional microphone and a directional microphone, the microphone array being selectively switchable, wherein audio captured by the omnidirectional microphone is employed to perform noise cancelation relative to the audio captured by the directional microphone; and communicatively couple the user media device to the computer (120, 214), and transmit, to the computer (120, 214), audio captured by the microphone array, wherein the computer (120, 214) is a mobile phone, a tablet computer, a desktop computer, or a laptop computer, is communicatively coupled to the user media device and is configured to: receive the audio from the user media device (102, 202), perform audio processing operations with respect to the captured audio in real time, the audio processing operations comprising one or more from among parametric equalization, frequency filtering, and noise reduction; and transmit the processed audio to the remote service (128,216) and to the user media device (102,202); and receive the audio from the user media device (102, 202), perform audio processing operations with respect to the captured audio in real time, the audio processing operations comprising one or more from among parametric equalization, frequency filtering, and noise reduction; and transmit the processed audio to the remote service (128,216) and to the user media device (102,202); and receive the processed audio from the computer (120, 214), generate a text transcript of the processed audio via natural language processing, perform semantic reasoning on the generated text transcript via a semantic reasoning engine, wherein the semantic reasoning comprises identifying a frequency of use of words included in the text, identifying a context of use of the words in the text, and identifying a subject tag associated with the words; and generate curated content from results of the semantic reasoning, wherein the curated content is generated by customizing the results of the semantic reasoning according to predefined keywords, history of the user, and preferences of the user and includes a report demonstrating the customized results of the semantic reasoning; wherein