The system connectivity allowed data connection down to the sensor through all resource layers, provided by both humans and intelligent systems, to enable services to be offered more efficiently. Services is interpreted broadly to include everything from the movement of goods from one location to the next, data analytics services designed to solve a particular […]
SERVICE ORIENTATION: Read More »
Decentralize resources and activities, allowed simplicity while increasing performance and flexibility. You use resources for your needs today while keeping the flexibility to add modules in the future. A centralized system has a certain capacity and once that capacity is reached, the system can no longer expand to meet growing requirements. They also suffer in
Digital devices and connectivity, such as WiFi, RFID, intelligent sensors, and scanners are now on everything from individual products and cartons to material handling equipment, forklifts, and robots. When connected through IoT networks, these devices not only provide visibility. They provide the fuel for real-time, data-driven decision making by machines and humans.
REAL-TIME CAPABILITIES: Read More »
Virtualization allows a “digital shadow” of the warehouse to be created digitally by merging sensor data acquired from monitoring physical processes and equipment with virtual warehouse models. The virtualized view of operations helps to monitor physical processes and allows warehouse operators and managers to better manage growing complexity, reduce equipment downtime and optimize processes.
Modular systems are inherently scalable, allowing them, for example, to react to rapid changes in demand without abandoning the initial investment. You only purchase what you need today while maintaining the flexibility to add modules in the future. Automated storage – Moving from traditional shelf-based storage to an automated storage system, reduces the space required
When warehouse devices are connected through the IoT, the data they generate can be collected and aggregated to increase visibility and create opportunities for collaboration across machines and between humans and machines. At the same time, software integration across WMS, LMS, ERP, and other warehouse systems, allows data to be consolidated and analyzed at a
