The Major Advantage of Bluetooth Low Energy (BLE)

The Major Advantage of Bluetooth Low Energy (BLE)

An internet-connected device can use Bluetooth low energy, sometimes referred to as Bluetooth LE or BLE, to communicate. The potential advantages of adopting BLE in other industrial areas are also being realized. 

BLE is used in several industries, including security, healthcare, and fitness. For instance, BLE can facilitate Jobsite procedures involving automated construction inventories, theft avoidance, and equipment performance management.

BLE has become popular mostly due to the Internet of Things’ meteoric ascent, which gave rise to a flood of smart personal devices that need a uniform and effective method of communication. This standard has a wide range of commercial and business uses, which is why it is so popular.

Prime Benefits of BLE

We curated this ultimate guide to Bluetooth low energy to help you understand the major advantages of using BLE. Peruse the below section for better insight into the benefits of BLE:

#1. Accurate Positioning

One of the main advantages of BLE is that it can be utilized for precise positioning indoors when GPS can’t. Instead of one-to-one interaction, you can employ BLE-enabled devices as beacons, broadcasting data to all nearby devices. This allows for determining the beacon’s location by tools capable of analyzing the data or merely capturing and relaying it.

#2. Safety

BLE tags can contribute to employee safety in a variety of ways. Other than contact tracing, popular uses include fall detection systems and panic buttons. 

Anyone who works a job involving a sudden risk, such as hotel personnel or bank tellers, is allowed to utilize panic buttons. These employees can covertly ask for assistance if they feel threatened, for as, by a suspicious customer, by wearing a BLE tag.

#3. Tracing Assets

They work just as well for asset monitoring; you must attach the tag to the items you want to keep track of. You may either keep an eye on their movements or, using geofencing, ensure that they remain in the proper place (e.g., carts in a shopping mall). This has uses across numerous industries.

#4. Low Power Consumption

Even when compared to other low-power technologies, BLE consumes much less power. BLE achieves optimum and low power consumption by delivering sparse amounts of data at slow transfer rates and minimizing radio use. Due to its extremely low power consumption, battery life may be very extended. 

#5. Streamlines Device Metering and Diagnostics

A technician can measure numerous devices simultaneously without requiring individual meter interfaces by installing a BLE adaptor with multiple sensors. A technician can use the same smartphone app to interface with all the equipment they need to monitor on a site. 

It enables any technician to download updates, communicate with the devices on-site, and maintain redundant site expenses from an iOS or Android phone or tablet.

Final Thoughts

Everyone considers BLE when creating their solutions for precisely that reason. Thanks to an intelligent and well-thought-out architecture, it was ideal for the use cases it was intended for. 

On the other hand, BLE found it simpler to win over developers because of Bluetooth Classic’s well-known brand. Its dominance on the market was further strengthened by the fact that it was the preferred option for numerous consumer IoT applications in addition to many other uses.