Illumination and responsive display window system

A window surface display control system comprising:

• a multi-layer electroplated glass assembly;
• a polycarbonate outer layer;
• an electroplated conductive layer;
• an interior structural substrate;
• a processor module;
• a plurality of fiber optic illumination strands;
• a wireless communication module;
• and
• a capacitive mesh;
• wherein said polycarbonate outer layer laminated with said electroplated conductive layer;
• wherein said electroplated conductive layer is positioned below said polycarbonate outer layer;
• wherein said plurality of fiber optic illumination strands are embedded within said multi-layer electroplated glass assembly;
• wherein said plurality of fiber optic illumination strands are operatively coupled to one or more illumination drivers controlled by said processor module for enabling effects selected from the group consisting of production of gradient lighting effects, multi-color transitions, pattern-based illumination, graphical displays, and high-resolution visual output;
• wherein said wireless communication module is configured to receive user commands from an external computing device;
• wherein said external computing device selected from the group consisting of a smartphone, a tablet, and an onboard vehicle infotainment system;
• and
• further wherein said capacitive mesh is embedded within said polycarbonate outer layer to detect touch inputs across the window surface.

A vehicle window surface display control system comprising:

• a multi-layer electroplated glass assembly;
• a polycarbonate outer layer;
• an electroplated conductive layer;
• an interior structural substrate;
• a processor module;
• a plurality of fiber optic illumination strands;
• a wireless communication module;
• and
• a software application;
• wherein said polycarbonate outer layer laminated with said electroplated conductive layer;
• wherein said electroplated conductive layer is positioned below said polycarbonate outer layer;
• wherein said plurality of fiber optic illumination strands are embedded within said multi-layer electroplated glass assembly;
• wherein said plurality of fiber optic illumination strands are operatively coupled to one or more illumination drivers controlled by said processor module for enabling effects to a vehicle window surface selected from the group consisting of production of gradient lighting effects, multi-color transitions, pattern-based illumination, graphical displays, and high-resolution visual output;
• wherein said wireless communication module is configured to receive user commands from an external computing device;
• wherein said external computing device selected from the group consisting of a smartphone, a tablet, and an onboard vehicle infotainment system;
• and
• further wherein said software application communicates said user commands to said processor module for enabling said effects to the vehicle window surface.