Device synchronization eco-system utilizing wireless power and data transfer systems

A wireless power transmission system comprising:

• a power and data connector that communicatively couples the wireless power transmission system with a given client device, the power and data connector comprising:
• a power input that draws input direct current (DC) power from the given client device;
• and
• a bi-directional data connector;
• a power conditioning system configured to:
• (i) receive the input DC power via the power input and (ii) generate alternating current (AC) signals based on the input DC power and a driving signal;
• an antenna configured to (i) receive the AC signals, (ii) propagate wireless power signals based on the AC signals, and (iii) couple with a given wireless receiver system via the wireless power signals, the given wireless receiver system operatively associated with a given peripheral device;
• and
• a controller comprising:
• at least one processor;
• at least one non-transitory machine-readable medium;
• and
• program instructions stored on the at least one non-transitory machine-readable medium which, when executed by the at least one processor, cause the controller to:
• generate the driving signal;
• establish a wireless power transfer connection with the given peripheral device via (i) coupling with the given wireless receiver system, (ii) encoding first in-band data signals onto the wireless power signals, and (iii) decoding second in-band data signals from the wireless power signals that were transmitted by the given peripheral device;
• after establishing the wireless power transfer connection, receive on-board data from the given peripheral device by decoding third in-band data signals that are encoded onto the wireless power signals by the given wireless power receiver system, the on-board data originating from data storage of the given peripheral device;
• and
• provide the on-board data to the given client device via the bi-directional data connector.