Abstract: A material container monitoring and management system comprising sensors operatively connected to a central local processor in wireless communication with a central server. The sensor set at least includes a material level sensor and a motor current sensor which respectively monitor a material level within the container and a motor current draw. Sensor data is relayed to the local processor to provide where it is initially analyzed and subsequently relayed to the central server for improved bin monitoring, alerting and control based on material level, current draw and detected environmental conditions. Given the environmental conditions available, the system operation parameters can be automatically or manually adjusted while dynamic performance benchmarks update relative to the measured variables and predicted dispensing patterns based on historical data. User monitoring comprises various selectable geographical views of containers and drill down view include specific information related to that container.