A control system for a beverage dispenser, the control system comprising: a touch screen; and a control unit electrically coupled to the touch screen, the control unit configured to: send a first graphical configuration to the touch screen for display, wherein the first graphical configuration is a sleep mode screen; receive a first command from the touch screen, wherein the first command is derived from receiving a single user touch on the touch screen; send a second graphical configuration to the touch screen for display in response to the first command, wherein the second graphical configuration comprises a plurality of selectable beverage choices; receive a second command from the touch screen with respect to the second graphical configuration, wherein the second command is derived from receiving a plurality of selections from hidden buttons on the second graphical configuration, wherein the hidden buttons are non-discernable zones on the second graphical configuration; display a calibration screen on the touch screen in response to the second command, wherein the calibration screen allows for control of a plurality of beverage dispensing valves of the beverage dispenser; receive a third command from the touch screen with respect to the calibration screen; and control the plurality of valves, comprising dispensing one or more beverage fluids in response to the third command from the touch screen. a touch screen; and a control unit electrically coupled to the touch screen, the control unit configured to: send a first graphical configuration to the touch screen for display, wherein the first graphical configuration is a sleep mode screen; receive a first command from the touch screen, wherein the first command is derived from receiving a single user touch on the touch screen; send a second graphical configuration to the touch screen for display in response to the first command, wherein the second graphical configuration comprises a plurality of selectable beverage choices; receive a second command from the touch screen with respect to the second graphical configuration, wherein the second command is derived from receiving a plurality of selections from hidden buttons on the second graphical configuration, wherein the hidden buttons are non-discernable zones on the second graphical configuration; display a calibration screen on the touch screen in response to the second command, wherein the calibration screen allows for control of a plurality of beverage dispensing valves of the beverage dispenser; receive a third command from the touch screen with respect to the calibration screen; and control the plurality of valves, comprising dispensing one or more beverage fluids in response to the third command from the touch screen. send a first graphical configuration to the touch screen for display, wherein the first graphical configuration is a sleep mode screen; receive a first command from the touch screen, wherein the first command is derived from receiving a single user touch on the touch screen; send a second graphical configuration to the touch screen for display in response to the first command, wherein the second graphical configuration comprises a plurality of selectable beverage choices; receive a second command from the touch screen with respect to the second graphical configuration, wherein the second command is derived from receiving a plurality of selections from hidden buttons on the second graphical configuration, wherein the hidden buttons are non-discernable zones on the second graphical configuration; display a calibration screen on the touch screen in response to the second command, wherein the calibration screen allows for control of a plurality of beverage dispensing valves of the beverage dispenser; receive a third command from the touch screen with respect to the calibration screen; and control the plurality of valves, comprising dispensing one or more beverage fluids in response to the third command from the touch screen.