A novel approach to remotely monitor low pressure non-equilibrium plasmas is reported. A magnetic field antenna is positioned in the near field of a capacitively coupled plasma. Magnetic flux from plasma currents, present near the viewport, is intercepted via a calibrated loop antenna placed outside the chamber. The induced signal current is correlated to bulk plasma currents. Comparison of relative harmonic amplitudes show resonance features for lower operating pressures. The geometric resonance and electron-neutral collision frequencies are evaluated from resonant harmonic features. Of particular interest to industrial scenarios, this approach advances remote, non invasive and installation free plasma monitoring.