A load dependent flow control system, the load dependent flow control system comprising: a variable displacement pump; a plurality of hydraulic actuators (128a, 128b) to which the load dependent flow control system directs hydraulic fluid; closed-center valve devices (130a, 130b) for controlling hydraulic fluid flow to the actuator, the closed-center valve devices each including a valve spool and an electro-actuator that adjusts a position of the corresponding valve spool to adjust a rate of the hydraulic fluid flow supplied to the hydraulic actuator through the corresponding closed-center valve device; pressure sensors for sensing pressures of the hydraulic fluid provided to the hydraulic actuators; an electronic controller configured to receive an operator flow command from an operator interface, the operator flow command having a first value, the electronic controller interfacing with the electro-actuators of the closed-center valve devices and with the pressure sensors, wherein in response to the operator flow command having the first value, the electronic controller is capable of commanding one of the electro-actuators to provide different flow rates through the corresponding closed-center valve device depending upon the sensed pressure such that the flow control system has efficiencies of the type associated with closed-center valve systems while also having a load-dependent feel of the type typically associated with open-center valve control systems, wherein the electronic controller includes a pump control, the pump control including load sense control logic that uses the sensed pressures at the hydraulic actuators to control the variable displacement pump such that the variable displacement pump adjusts flow and pressure to match the load requirements of the system, including identifying a maximum operating pressure in the system; and wherein the electronic controller includes supervisory control logic configured to communicate with all of the actuators and uses the sensed pressures at the hydraulic actuators to selectively limit the flow provided to one of the hydraulic actuators and prioritize one of the hydraulic actuators over another of the hydraulic actuators, to cap the power to one of the actuators, and by measuring the maximum pressure of the actuators to limit a sum of flow demands to all the closed-center valve devices. a variable displacement pump; a plurality of hydraulic actuators (128a, 128b) to which the load dependent flow control system directs hydraulic fluid; closed-center valve devices (130a, 130b) for controlling hydraulic fluid flow to the actuator, the closed-center valve devices each including a valve spool and an electro-actuator that adjusts a position of the corresponding valve spool to adjust a rate of the hydraulic fluid flow supplied to the hydraulic actuator through the corresponding closed-center valve device; pressure sensors for sensing pressures of the hydraulic fluid provided to the hydraulic actuators; an electronic controller configured to receive an operator flow command from an operator interface, the operator flow command having a first value, the electronic controller interfacing with the electro-actuators of the closed-center valve devices and with the pressure sensors, wherein in response to the operator flow command having the first value, the electronic controller is capable of commanding one of the electro-actuators to provide different flow rates through the corresponding closed-center valve device depending upon the sensed pressure such that the flow control system has efficiencies of the type associated with closed-center valve systems while also having a load-dependent feel of the type typically associated with open-center valve control systems, wherein the electronic controller includes a pump control, the pump control including load sense control logic that uses the sensed pressures at the hydraulic actuators to control the variable displacement pump such that the variable displacement pump adjusts flow and pressure to match the load requirements of the system, including identifying a maximum operating pressure in the system; and wherein the electronic controller includes supervisory control logic configured to communicate with all of the actuators and uses the sensed pressures at the hydraulic actuators to selectively limit the flow provided to one of the hydraulic actuators and prioritize one of the hydraulic actuators over another of the hydraulic actuators, to cap the power to one of the actuators, and by measuring the maximum pressure of the actuators to limit a sum of flow demands to all the closed-center valve devices.