Tag: Bluetooth Temperature Humidity Sensor

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How to Track Location with Indoor Position Tracking System?

Everyone knows how to use GPS (Global Positioning System) which determines the position of an object/ person with the help of satellite signals. But have you heard of Indoor Position Tracking System? Just like a GPS works in outdoor spaces, IPS helps locate objects and people indoors. IPS technologies offer a range of location-based tracking solutions such as wayfinding, RTLS (real-time location system), inventory management, etc. 

Indoor Tracking Technology: Main Types

  • Proximity-based Systems- These systems are capable of detecting the general location of an object or person at room level, but cannot pinpoint the precise location. 
  • Ultra Wide-Band Systems- A cool technology, UWB is quite popular as signals are wide and offer reliable accuracy. 
  • Wifi-based Systems- In WiFi-based systems, WiFi transmitters send signals to multiple access points which use algorithms for computing position and then sending it to the cloud. 
  • Infrared Systems (IR)- Infrared-based localization systems for indoor environments take the help of infrared light pulses for locating signals inside any building. 
  • Acoustic Systems- This type of indoor tracking system uses ultrasonic pulses for locating things in an indoor environment. 

Why Invest in a Good Quality Bluetooth Indoor Positioning System? 

The Bluetooth indoor positioning system offers the following advantages:

1. It is highly secure and tracks effectively.

2. The wristband charging cable makes it easy to charge the portable device and also offers remote access. 

3. These are user-friendly, making them easy for all to navigate.

4. When used in places like malls and hospitals, they ensure the safety of employees and increase their productivity. 

Indoor Positioning System Bluetooth relies on BLE (Bluetooth Low Energy) beacons that can be mounted on objects, walls, or ceilings. They emit radio signals at frequent intervals which help devices calculate the distance. This advanced wayfinding technology gives visitors the convenience to navigate their path inside big buildings like malls, airports, and hospitals.  

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A Little More About the GPS Indoor Positioning System from UbiTrack

Introduction 

The best way to describe indoor positioning systems (IPS) is as a GPS for indoor areas. Using cellphones, mobile devices, tracking tags, or other devices, an indoor positioning system enables users to precisely determine the location of people or objects inside a structure.

How Does It Function?

IPS technology detects and tracks information about a device’s location using a range of sensors. This can be done either with radio frequency sensors installed throughout an indoor environment or with internal sensors and radio receivers in smartphones and other IoT wearable devices. The positioning system uses location information to produce precise coordinates that are shown on an indoor map. 

Can a GPS Module Be Used Inside?

GPS cannot be used indoors for two main reasons: poor signal quality and poor accuracy. The GPS signal is weak when it leaves the satellite and becomes significantly weaker when it travels a long way to reach the GPS receiver, barely strong enough to be functional. 

What Indoor Location System Is the Most Precise?

The most precise Bluetooth-based proximity solution in the world is called UbiTrack. Depending on the amount of accuracy necessary, it can be set up to find objects or people in a broad region or down to a very precise position by utilizing a variety of proximity readers and reference points. 

What Purposes Do Indoor Positioning Systems Serve?

A network of devices known as a GPS indoor positioning system (IPS) is used to identify people or items in environments where GPS and other satellite technologies are less accurate or completely ineffective, such as multistory buildings, airports, alleys, parking garages, and underground places. 

The Importance of Indoor Positioning Systems

Applications that employ the movement of moving objects or people indoors can use IPS in a wide range of ways. This information can be used by intelligent buildings, such as hospitals, factories, or warehouses, to increase security, and efficiency, and automate activities.