A head-wearable hearing device comprising: an ambient microphone arrangement configured to receive and convert environmental sound into a microphone input signal, a signal processor adapted to receive and process the microphone input signal in accordance with a static or adaptive processing scheme for generating a processed output signal, a loudspeaker or receiver adapted to receive and convert the processed output signal into a corresponding acoustic output signal to produce ear canal sound pressure in a user's ear canal, an ear canal microphone configured to receive and convert a total ear canal sound pressure into an electronic ear canal signal wherein the total ear canal sound pressure comprises the acoustic output signal by the loudspeaker and a bone-conducted component of the user's own voice, a compensation filter connected between the processed output signal and a first input of a compensation summer and the compensation filter is configured to filter the processed output signal into a filtered processed output signal, wherein the compensation summer is configured to subtract the filtered processed output signal from the electronic ear canal signal to produce a compensated ear canal signal (Σ) for suppression of environmental sound pressure components, a mixer configured to combine the compensated ear canal signal (Σ) and the microphone input signal to produce a hybrid microphone signal; a wireless or wired data communication interface configured to transmit the hybrid microphone signal to a far end recipient through a wireless or wired data communication link; a lowpass filtering function inserted between the compensation summer and the mixer and configured to lowpass filter the compensated electronic ear canal signal (Σ) before application to a first input of the mixer and a highpass filtering function inserted between the microphone input signal and the mixer, and configured to highpass filter the microphone input signal before application to a second input of the mixer. an ambient microphone arrangement configured to receive and convert environmental sound into a microphone input signal, a signal processor adapted to receive and process the microphone input signal in accordance with a static or adaptive processing scheme for generating a processed output signal, a loudspeaker or receiver adapted to receive and convert the processed output signal into a corresponding acoustic output signal to produce ear canal sound pressure in a user's ear canal, an ear canal microphone configured to receive and convert a total ear canal sound pressure into an electronic ear canal signal wherein the total ear canal sound pressure comprises the acoustic output signal by the loudspeaker and a bone-conducted component of the user's own voice, a compensation filter connected between the processed output signal and a first input of a compensation summer and the compensation filter is configured to filter the processed output signal into a filtered processed output signal, wherein the compensation summer is configured to subtract the filtered processed output signal from the electronic ear canal signal to produce a compensated ear canal signal (Σ) for suppression of environmental sound pressure components, a mixer configured to combine the compensated ear canal signal (Σ) and the microphone input signal to produce a hybrid microphone signal; a wireless or wired data communication interface configured to transmit the hybrid microphone signal to a far end recipient through a wireless or wired data communication link; a lowpass filtering function inserted between the compensation summer and the mixer and configured to lowpass filter the compensated electronic ear canal signal (Σ) before application to a first input of the mixer and a highpass filtering function inserted between the microphone input signal and the mixer, and configured to highpass filter the microphone input signal before application to a second input of the mixer.