An apparatus for vibration mitigation comprising: one or more tuned elastic sections adapted to attenuate vibrations; and a head end coupler adapted to couple the apparatus for vibration mitigation to a component of an electro-mechanical cable or a tow assembly, wherein one of the one or more tuned elastic sections is coupled to the head end coupler with a high impedance material interface, said at least one high impedance material interface being adapted to create an impedance mismatch between the one or more tuned elastic sections and the head end coupler to inhibit transmission of energy; said apparatus for vibration mitigation being dynamically configured prior to be placed at a first selected location of an electro-mechanical cable within a streamer spread, by selecting said one or more tuned elastic sections to attenuate vibrations in a specified frequency range, based on pre-determined forces experienced at said first selected location on the electro-mechanical cable within a streamer spread, said one or more tuned elastic sections comprising: at least one section for suppression of motion, wherein the at least one section for suppression of motion includes an axial motion suppression section, the axial motion suppression section comprising one or more springs for the attenuation of axial vibrations in an electro-mechanical cable; characterized in that the at least one section for suppression of motion further comprises a bending and rotational motion suppression section for the attenuation of transverse and rotational vibrations in the electro-mechanical cable, wherein the bending and rotational motion suppression section comprises at least one flexure. one or more tuned elastic sections adapted to attenuate vibrations; and a head end coupler adapted to couple the apparatus for vibration mitigation to a component of an electro-mechanical cable or a tow assembly, wherein one of the one or more tuned elastic sections is coupled to the head end coupler with a high impedance material interface, said at least one high impedance material interface being adapted to create an impedance mismatch between the one or more tuned elastic sections and the head end coupler to inhibit transmission of energy; said apparatus for vibration mitigation being dynamically configured prior to be placed at a first selected location of an electro-mechanical cable within a streamer spread, by selecting said one or more tuned elastic sections to attenuate vibrations in a specified frequency range, based on pre-determined forces experienced at said first selected location on the electro-mechanical cable within a streamer spread, said one or more tuned elastic sections comprising: at least one section for suppression of motion, wherein the at least one section for suppression of motion includes an axial motion suppression section, the axial motion suppression section comprising one or more springs for the attenuation of axial vibrations in an electro-mechanical cable; characterized in that the at least one section for suppression of motion further comprises a bending and rotational motion suppression section for the attenuation of transverse and rotational vibrations in the electro-mechanical cable, wherein the bending and rotational motion suppression section comprises at least one flexure. at least one section for suppression of motion, wherein the at least one section for suppression of motion includes an axial motion suppression section, the axial motion suppression section comprising one or more springs for the attenuation of axial vibrations in an electro-mechanical cable; characterized in that the at least one section for suppression of motion further comprises a bending and rotational motion suppression section for the attenuation of transverse and rotational vibrations in the electro-mechanical cable, wherein the bending and rotational motion suppression section comprises at least one flexure.