| Combining mobile computers and desktops along with | | | | early users of the voice-picking. The other WMS |
| assorted software modules plus secondary interfaces, | | | | add-on which produces an ROI within18 months, is |
| a Warehouse Management Systems (WMS) | | | | RFID. It is the first area where one sees quick returns |
| manages a yard completely or a warehouse. These | | | | on investment in RFID is in the sphere of tracking |
| systems are capable of locating inventory, making | | | | assets. Every warehouse has assets like totes, pallets |
| allowances for management requirements as well as | | | | and carts used to move inventory. Using rigid tags |
| work out shipping after which get the receipt of | | | | (passive) for monitoring the assets, the costing for the |
| inventory. The complexity of the warehouse being | | | | RFID system could quickly be recovered quickly by |
| served will determine the complexity of the WMS | | | | bringing down the losses of such assets. At the case |
| required to run it. Smaller operations perhaps require no | | | | level, RFID could also be made use of with disposable |
| more than an inventory locator and a counting module | | | | RFID tags (passive) but achieving an ROI is tougher |
| along with a simple shipping-receiving interface. In some | | | | unless RFID equipment is incorporated into a system |
| cases there is no need for a WMS. Proper operation | | | | that is multimodal. A Multimodal computing (mobile) |
| of a fully functional WMS system depends upon the | | | | begins in a handheld computer, which can be used for |
| know-how of IT professionals, so installing a WMS | | | | multiple peripherals at the same time. These peripherals |
| makes sense only if there is a significant cost benefit | | | | include RFID, GPS, Bluetooth technology, barcode |
| associated with its ownership. An all-inclusive WMS | | | | scanners, database connectivity, Voice technology |
| solution offering complex modules is vital especially | | | | such as Vulcan Voice by CTG, and others. When |
| when it comes to extensive operations with the | | | | joined with software applications multimodal input and |
| warehouse with several stockyards or even | | | | output software, the end product can be an |
| product-related problems like shelf-life concerns. | | | | exceptionally powerful cost cutting system. For |
| Increased accuracy, productivity and significant cost | | | | streamlining a warehouse, implement a multimodal |
| reduction for a quick ROI are some of the benefits to | | | | WMS system or think of adding multimodal functionality |
| be looked at while a WMS is implemented. Additionally, | | | | to the existing WMS system being used. RFID |
| a WMS usually brings down inventory amounts and | | | | equipment can be used for detecting a check-digit |
| labor costs particularly if used in conjunction with | | | | location, track a case, a pallet, carts, PC's and totes. A |
| related data collection. A WMS also provides the | | | | voice component will help in guiding the worker. While a |
| possibility of adding automation tools which help | | | | multimodal system may need a direct design and |
| substantially better the output of your warehouse | | | | consulting, in the long run, such systems would cut on |
| laborers. For instance, if you add voice picking to the | | | | your plant time and resources by offering a |
| WMS will substantially increase accuracy and reduce | | | | multi-functioning tool and the correct tool for every |
| error rates close to zero which is the norm. Such facts | | | | operation. |
| are evident through the ROI observations made by the | | | | |