Blueiot Newsletter | Learn Indoor Positioning with Blueiot

Welcome to the second Blueiot newsletter！

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To make indoor positioning technology more accessible to a broader audience, Blueiot technical expert Wayne has been producing a number of popular articles on positioning technology. So far, Wayne Wang has published three seasons of different series of articles. Let's take a look at what technologies he has introduced.

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Bluetooth Direction Finding

BDF makes the accuracy of Bluetooth indoor positioning a leap forward. Therefore, Wayne chose BDF as the first technology to analyze, considering that Blueiot has developed a sound positioning system.

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How does Bluetooth transmit specific location data?

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How does Bluetooth Direction Finding (BDF) develop?

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What functions does Bluetooth direction finding support?

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Factors Affecting Positioning Accuracy

Although UWB and BLE technology can achieve high-precision indoor positioning, their actual result may differ due to several operating environments. Wayne analyzes factors affecting UWB and BLE AoA's accuracy and explains how Blueiot ensures high-precision positioning through algorithmic efforts.

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Analysis of factors affecting UWB positioning accuracy

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Analysis of Factors Affecting Bluetooth AoA Positioning Accuracy

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How does Blueiot ensure stable and accurate high-precision positioning through algorithmic efforts?

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RFID

RFID is one of the most commonly used technologies to locate and identify tags equipped with objects, people, or animals, which can automatically identify a target object and obtain relevant information without human intervention so that it can operate in a variety of harsh environments. Wayne introduces RFID from the history, fundamentals, and functions of RFID.

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How does RFID work?

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What functions does RFID support?