The BLE system operates by marking a "beacon" or sending a transmission to a reader, and then transferring that location to the cloud.IBeacon is an active RFID using BLE.There is usually no IT integration, which is the least expensive RTLS option.You don't have to cover the entire area that you end up deploying.You can start with a region, or use a function, and then create the value before scaling.This "crawl, walk, run" approach to testing and deployment is not available to most RTLS solutions.
Positioning accuracy for active RFID depends only on the number of readers you have, so many readers are needed to achieve high accuracy.Users must consider that there is a significant cost trade-off between the accuracy of UWB and the room-level accuracy of active RTLS.
The battery life of a BLE system is critical to your situation.Many devices have a battery life of five years or more, and the tracking life of this particular object is usually less than that.
Like any radio system, BLE is vulnerable to interference from other devices.From a security point of view, there is no wireless access to the data system, so BLE is not a big problem.
After learning about BLE and RFID, you may have an idea of which solution is best suited for your use case.If your goal is to make compliance easier and simpler, BLE may be your best choice.For example, you can use an active RFID system to track and report on equipment moving out of or from a building for reporting purposes.If you need knowledge of quality control, BLE is the ideal choice.You can use a Bluetooth-based active RFID system to track the pallets to ensure that all fresh produce leaves the plant as planned.If you want to monitor visitors or vendors on your property or work site, study the BLE system.You can integrate active RFID into your ID and help you see some potential situations.https://www.eslmfg.com/pid18194670/2-9inch-bluetooth-5-0-digital-price-tag-E-ink-Electronic-Shelf-Label-for-retail.htm