What Is An Indoor Position Tracking System?

Indoor position tracking system involves multiple devices connected over a network that aims at providing location tracing services for individuals and other holdings that cannot be traced via GPS or other location tracing systems such as satellites.

GPS and satellites are restricted to some extent and in some cases are unable to reach the location of the people or assets they wish to trace which can result in the provision of inaccurate results. That’s the reason why businesses have started adopting indoor positioning system Bluetooth as they can even provide results when the GPS fails. These systems are capable of tracking people and assets even at places where GPS and satellites fail to track.  

Most airports, remote workplaces, underground locations, mining sites, etc., tend to use indoor position systems as they provide functional insight into the movement of assets and people. It provides real-time directions and can even reach places where GPS cannot. There are various types of Indoor Positioning System Technology such as:  

Proximity-based systems

These systems can trace the location of a person or thing at room level in a specified facility. They make use of beacons and tags for tracking purposes. 

Wifi based systems

In such systems, the wifi transmitters transfer simple and smaller packets to numerous wifi access points given in a particular facility. Accordingly, the strength and point of time when the signals were received is sent to the backend by the access points which is calculated based on the algorithms set for computing the position of the target. Further, the information is sent to the cloud regarding the location of the target.  

Ultra Wide Band systems

To use an indoor position tracking system, the area needs to be covered with UWB anchors for indoor purposes to create a local setupThe UWB system makes use of three or more than three wide-band readers that send a wide pulse over a huge spectrum in GHz. The chirps are then heard by the readers that come from the wide-band tags that have an exciter deployed in them capable of creating pulses that cause short and instantaneous bursts. Accordingly, the readers measure the reported time and send it back to the central server.  

Infrared systems

The IR system makes use of infrared rays or pulses to track the signals within a building premise. To read the IR tag pulses, the IR receivers are installed in every room which further reads the pulses and tracks the location of the object or individual.

Revolutionizing Indoor Navigation and Security with Cutting-Edge Technology

As technology continues to advance at a rapid pace, innovations like VM hardware version, WiFi indoor positioning, and tamper-proof wristbands have emerged as powerful tools to improve indoor navigation and enhance security. In this blog post, we’ll discuss the benefits of these state-of-the-art technologies and explore their potential applications across various sectors, with a particular focus on the solutions offered by UbiTrack.

VM Hardware Version: A New Era of Virtualization

VM hardware version, or virtual machine hardware version, refers to the virtual hardware compatibility level of a virtual machine (VM). As VM technology evolves, newer hardware versions are developed to support advanced features and functionalities, ultimately improving the overall performance of virtualized environments. By leveraging the latest VM hardware version, businesses and organizations can benefit from enhanced efficiency, flexibility, and scalability in their IT infrastructure.

WiFi Indoor Positioning: Navigating the Indoor Landscape with Precision

Traditional GPS technology struggles to provide accurate location data indoors due to signal interference from walls, ceilings, and other structures. WiFi indoor positioning offers a solution to this challenge, utilizing the existing WiFi infrastructure to determine the precise location of devices and individuals within an indoor space. UbiTrack provides cutting-edge solutions that harness the power of WiFi indoor positioning. This technology has numerous applications, including:

Indoor Navigation: WiFi indoor positioning can help users easily navigate large, complex buildings like malls, airports, and hospitals.

Asset Tracking: Businesses can employ WiFi indoor positioning to monitor the real-time location of valuable assets, ensuring efficient utilization of resources and preventing losses.

Emergency Response: In emergency situations, this technology can assist first responders in quickly locating individuals in need of assistance.

Tamper-Proof Wristbands: Enhancing Security and Authentication

Tamper-proof wristbands have become an indispensable tool for events, venues, and organizations seeking to improve security and authentication processes. These wristbands, made from durable materials and featuring tamper-resistant closures, provide a secure and reliable method for identifying authorized individuals. Applications of tamper-proof wristbands include:

Event Management: Event organizers can use tamper-proof wristbands to control access, streamline entry processes, and prevent unauthorized entry.

Healthcare Settings: Hospitals and other healthcare facilities can employ tamper-proof wristbands to accurately identify patients, ensuring proper treatment and medication administration.

Workplace Access: Companies can utilize tamper-proof wristbands to enhance security by ensuring that only authorized personnel have access to restricted areas.

Conclusion

Technological innovations like VM hardware version, WiFi indoor positioning system, and tamper-proof wristbands are revolutionizing the way we navigate indoor spaces and enhance security across various industries. By embracing these cutting-edge solutions, such as those offered by UbiTrack, businesses and organizations can benefit from improved efficiency, accuracy, and safety in their operations. As technology continues to advance, we can anticipate even more groundbreaking developments that will further transform our lives and streamline our daily activities.

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.

Reasons Why Warehouse Stock Monitoring Is Essential?

A warehouse is one of the largest businesses where stock monitoring is crucial. 

Solid stock monitoring helps to operate the business efficiently and smoothly. If you ignore the importance of warehouse stock monitoring, then it may hinder the growth of your business. So, warehouse stock monitoring is of utmost importance to run your business. In the marketplace, there are many types of Warehouse Stock Monitoring devices that help to track the items/goods or any other asset inside the warehouse.

Here are some of the points given why warehouse stock monitoring is important:

Reduces risk of damage

As we all know that different types of items or goods are kept inside the warehouse. Some perishable items are also kept. Hence, it is crucial to monitor the conditions of goods kept inside. So, that it can be protected from getting damaged due to excessive temperature or humidity. Some sensors are also available that helps to prevent any damages.

Real-time observation

Stock-taking is essential to know about the items/goods or assets left in the warehouse. It also helps us to know about the products that are in process of manufacturing. To make the process of stock-taking faster and easier, there are many high-end stock monitoring devices are available. 

Eliminates Theft

Warehouse stock monitoring systems are quite helpful to stop the theft of goods from the warehouse environment. As numerous items go out and come in, so it is tough for the inventory control manager to keep a tab on every item. Hence, RTLS Solutions or indoor tracking system plays a vital role in stock monitoring.

UbiTrack is one of the best integrated multi-dimensional indoor positioning solutions featuring high accuracy, flexibility, and low cost. They are also offering many amazing quality indoor navigation systems and devices like Non-Removable Wristband. The devices are available at their online store.