Multifunctional Smart Markerboard with Dynamic LED Illumination and Audio Integration

A method of interacting with a markerboard device, the method comprising the steps of:

• providing a markerboard device having a glass markerboard surface, a waterproof casing, a plurality of electronic components, and a plurality of erasable markers, wherein said glass markerboard surface is transparent, wherein said plurality of erasable markers are liquid dry erase markers;
• mounting said casing around a periphery of said glass markerboard surface;
• embedding said plurality of LEDs in said casing around said periphery of said glass markerboard surface, wherein said plurality of LEDs illuminate said glass markerboard surface selectively from the group consisting of static colors, dynamic colors, and changing patterns, wherein said plurality of electronic components selected from the group consisting of a power button, a Bluetooth speaker, a plurality of LEDs, a battery, and a microcontroller;
• coupling said microcontroller with said Bluetooth speaker;
• and
• processing said audio signal being played by said Bluetooth speaker.

A method of interacting with a markerboard device, the method comprising the steps of:

• providing a markerboard device having a glass markerboard surface, a waterproof casing, a plurality of electronic components, and a plurality of erasable markers, wherein said glass markerboard surface is transparent, wherein said plurality of erasable markers are liquid dry erase markers;
• mounting said casing around a periphery of said glass markerboard surface;
• embedding said plurality of LEDs in said casing around said periphery of said glass markerboard surface, wherein said plurality of LEDs illuminate said glass markerboard surface selectively from the group consisting of static colors, dynamic colors, and changing patterns, wherein said plurality of electronic components selected from the group consisting of a power button, a Bluetooth speaker, a plurality of LEDs, a battery, and a microcontroller;
• coupling said microcontroller with said Bluetooth speaker;
• processing said audio signal being played by said Bluetooth speaker;
• extracting a bass frequency, a mid frequency, and a treble frequency with said microcontroller from said audio signal;
• and
• changing a brightness and an intensity of said plurality of LEDs based on an amplitude of said audio signal.