Which technology can back EPOS data to support stock control and production rate?

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Multiple Choice

Which technology can back EPOS data to support stock control and production rate?

Explanation:
The idea is to use automatic identification to feed EPOS data with accurate, real-time stock information. RFID tags on products or pallets can be read quickly by readers at the point of sale or along the supply chain, even when items are moving or stacked, and many tags can be read at once. This means sales and movements update the stock records immediately, supporting precise stock control and helping production planners adjust output to match demand, reducing stockouts and overproduction. Barcodes could do this too, but they require line-of-sight and slower, item-by-item scanning. GPS isn’t practical for indoor stock and item-level tracking, and NFC is similar to RFID but typically has a shorter range and is more consumer-focused, not ideal for bulk warehouse tracking.

The idea is to use automatic identification to feed EPOS data with accurate, real-time stock information. RFID tags on products or pallets can be read quickly by readers at the point of sale or along the supply chain, even when items are moving or stacked, and many tags can be read at once. This means sales and movements update the stock records immediately, supporting precise stock control and helping production planners adjust output to match demand, reducing stockouts and overproduction. Barcodes could do this too, but they require line-of-sight and slower, item-by-item scanning. GPS isn’t practical for indoor stock and item-level tracking, and NFC is similar to RFID but typically has a shorter range and is more consumer-focused, not ideal for bulk warehouse tracking.

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