The Benefits of Indoor Location Tracking

When it comes to determining where customers are located, the options are almost unlimited. Large grocery chains could broadcast deals based on their location, such as a two-for-one coupon for gouda. Other businesses could implement apps to offer specific deals based on location. Many businesses already have successful mobile apps and could integrate this technology into their existing ones. Read on to learn more about indoor location tracking. And don't forget to check out the video below to learn about some of the most interesting uses for this technology.

Logic Connect

Logic Connect's indoor location tracking software works on any device and is flexible enough to be used in a variety of situations. Its flexible platform allows you to coordinate staff in multiple locations with a single application. Logic Connect indoor location tracking includes features such as uploaded floor plans and GPS support, and Bluetooth beacons that allow you to pinpoint the exact location of your users. It is ideal for companies that have multiple locations and need to track staff who work in different locations.


OnSite has developed a framework for evaluating the performance of its indoor location tracking solution. This framework can be applied to a wide variety of use cases and scenario dimensions. This framework has been validated by competitors and track organizers as a reasonable way to compare indoor positioning systems. The EvAAL framework allows users to compare the performance of multiple indoor location tracking solutions to determine the best choice. In the next section, we will explore some of the key features of OnSite.

OnSite's indoor location tracking software is compatible with various types of devices and can be used in a variety of settings. Its indoor positioning system utilizes uploaded floor plans to help users determine their location. The application also supports multi-level buildings and Bluetooth beacons that allow users to be pinpointed without the need for an external GPS device. Its indoor positioning solution is a useful tool for monitoring the progress of tasks and preventing potential accidents.

AirFinder OnSite includes patented features such as Constrained Location Estimation, which eliminates the need for post-hop IQ transfers. It also greatly improves immunity to multipath fading. Beacon Clustering is also a key feature of OnSite. This feature makes it possible to easily scale the system to meet the needs of a variety of indoor locations, even if the number of Beacons is small.

One of the primary drawbacks of indoor location tracking is that GPS signals are weak and do not work inside buildings. Thus, indoor positioning has not been as common as outdoor positioning. However, there are now solutions to solve this issue. Using ArcGIS IPS, you can use geolocation-based mobile applications. These mobile apps use Bluetooth Beacons and iBeacons to track location. The benefits of using geolocation in indoor environments include enhanced workflows and efficiencies.


UWB is a low-power technology that uses pulses generated over a wide GHz spectrum. These signals are then sent to an anchor point for precise location data. UWB systems are most commonly used in manufacturing environments and for workplace safety and inventory management. The technology is non-intrusive and does not interfere with other communication systems. Here are a few of the most notable advantages of UWB indoor location tracking:

The technology has numerous applications, including asset location tracking, vehicle access, augmented reality, and mobile payments. Because UWB uses the radio spectrum, it is compatible with a wide range of wireless networks, including Wi-Fi. Because UWB is so widely used, it can peacefully co-exist with other Wi-Fi technologies. Moreover, it is simple to implement and can be deployed in any indoor space.

The infrastructure required for UWB indoor location tracking consists of antennas strategically placed throughout a building. Small dongles are powered by long-life batteries and send a signal to anchor antennas. These antennas process the signal and calculate position to a centimeter-level accuracy. In addition to this, UWB is also suitable for applications in noisy environments, such as hospitals. It also allows you to track medical assets.

Because of its low transmission power and wide range of frequencies, UWB is a good choice for coexistence with narrowband RF technologies. With these advantages, it is becoming the leading indoor location tracking technology. But it is not as widely used as other indoor location tracking technologies. It has a lot of potential and is worth looking into. This technology has just begun to come of age. So get started on your indoor location tracking project today!


The promise of acoustic indoor location tracking is clear. It would help companies improve their marketing campaigns and attract more consumers. In addition to that, it could increase sales for retail stores. Here's a look at some of the possibilities. A booming retail industry can benefit from smart shopping infrastructure. Listed below are some of the possible uses for acoustic indoor location tracking. We hope you find this information useful!

Sound resolution: If your transmission travels at a high enough speed, the device can detect where it is going. This means it can distinguish between multipaths and direct paths. Since sound travels at a lower speed than light, sound resolution is better than optical systems. As a result, acoustic indoor location tracking is a viable solution for various indoor navigation needs. If you're in the market for such a technology, consider a few important factors before purchasing it.

Range: The range of an acoustic positioning system depends on the source level, which is the acoustic power that acoustic sensors detect. For example, a submersible transducer with a signal sensitivity of 30 dB will have a range of up to 32 meters. However, the maximum indoor location tracking error is 1.73m. So, acoustic indoor location tracking can help you find a location within a building in an accurate and timely manner.

An acoustic indoor location tracking system can be a viable solution for indoor location tracking, but it is not the most accurate technology available. Instead of radio waves, ultrasonic signals are used instead. A receiver picks up the sound and translates it into an accurate location. Depending on the type of sensor used, multiple or one "smart" receiver can be deployed. These receivers are inexpensive and can be installed on any surface.


The most critical aspect of indoor location tracking with RFID is the accuracy of the prediction of a tag's position. The error in the prediction increases over a path of 10 m, and this effect coincides with a 180o turn in the sensor. We addressed this issue by integrating heading update and location update into our tracking algorithm. The resulting tracked position follows the "actual" path after recording a series of consecutive tags. Our results show an error of 0.97 +/ 0.69 m, which is very high.

We evaluated the accuracy of step detection algorithms by testing them on a corridor whose length was 10 m. We performed six repetitions of the test, rotating the distance 180o between each one. The RFID tags were positioned along the walls of the corridor at 0 m, five m, and 10 m, and we tracked the movement of the participants. In the end, we obtained an accuracy of 94%. We can further improve the detection accuracy by applying more sophisticated algorithms to detect the features that indicate a step. For example, we can use a trained long short-term memory neural network to detect features that indicate zero velocity conditions.

One patented invention uses an antenna to track mobile devices and radio frequency-emitting devices indoors. It works by broadcasting a signal to other nearby smart devices. The devices then listen to these signals and perform actions based on proximity. The information is then recorded through mobile apps. Beacons can also send peer-to-peer messages to workers to notify them of where they are located. The advantages of beacons are significant, according to the company.

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