A near field wireless communication connection method comprising: generating a list of a plurality of near field wireless communication devices (1,2,3), said list including a first and second guest near field wireless communication device; detecting, by each of the plurality of near field wireless communication devices, a physical vibratory waveform in response to a stimulus applied to at least one of said plurality of near field wireless communication devices (1,2,3), wherein the stimulus is applied to the first guest near field wireless communication device, the first guest near field wireless communication device in at least partial overlapping engagement with said second guest near field wireless communication device and a host near field wireless communication device; storing in a storage unit, within the first guest near field wireless communication device, physical vibratory waveform data, as key data, regarding said physical vibratory waveform detected by said first guest near field wireless communication device; storing within the second guest near field wireless communication device, physical vibratory waveform data, as key data, detected by said second guest near field wireless communication device; storing within the host near field wireless communication device as host reference data, physical vibratory waveform data detected by said host near field wireless communication device receiving, at said host near field wireless communication device, key data transmitted from the first and second guest near field wireless communication devices via near field wireless communication, wherein the key data is generated in correspondence with the physical vibratory waveform; and the host near field wireless communication device pairing with the first and second guest near field wireless communication devices when the host reference data matches the received key data. generating a list of a plurality of near field wireless communication devices (1,2,3), said list including a first and second guest near field wireless communication device; detecting, by each of the plurality of near field wireless communication devices, a physical vibratory waveform in response to a stimulus applied to at least one of said plurality of near field wireless communication devices (1,2,3), wherein the stimulus is applied to the first guest near field wireless communication device, the first guest near field wireless communication device in at least partial overlapping engagement with said second guest near field wireless communication device and a host near field wireless communication device; storing in a storage unit, within the first guest near field wireless communication device, physical vibratory waveform data, as key data, regarding said physical vibratory waveform detected by said first guest near field wireless communication device; storing within the second guest near field wireless communication device, physical vibratory waveform data, as key data, detected by said second guest near field wireless communication device; storing within the host near field wireless communication device as host reference data, physical vibratory waveform data detected by said host near field wireless communication device receiving, at said host near field wireless communication device, key data transmitted from the first and second guest near field wireless communication devices via near field wireless communication, wherein the key data is generated in correspondence with the physical vibratory waveform; and the host near field wireless communication device pairing with the first and second guest near field wireless communication devices when the host reference data matches the received key data.