Posted on in IOT, RTLS Solution, Technology, Ultra-wideband

How Can Your Smart Watch Keep Your Heart Healthy?

Ever since their introduction, smartwatches have never stopped evolving. Earlier they were considered fashion accessories. But today, your smart watch can be the best friend of your health. From recording your sleep duration to tracking the number of steps you take daily; smartwatches can perform a range of functions. You can also wear a Heart Rate Monitoring Smart Watch and keep heart ailments like strokes at bay.

Heart rate monitoring with the help of smartwatches has become a common practice these days. The purpose of this technology is to help people monitor their heart health so that several cardiovascular diseases can be prevented. Modern Heart Rate Monitor Wristband comes with a wide range of heart-rate tracking features. From monitoring your heartbeat all day to alerting you whenever the heart rate spikes up unexpectedly, a smartwatch makes it easy for you to look after your heart. 

Wearable devices that have the heart rate calculating feature are used for promoting fitness and health. For instance, if you are working out at the gym, it will track your heart rate and get an accurate result. Even if many people have the misconception that these devices are meant for athletes, anyone can benefit from a heart rate measuring wearable. Just like RFID Positioning System tracks people and objects with the help of radio frequency, an IoT-based smartwatch is a kind of medical wearable that provides patients the information they require for achieving desired health outcomes. 

To Sum Up 

So, wearing a smartwatch that accurately captures your heartbeat makes sense. As it displays a person’s heart rate in real-time, it is possible to seek medical help and save a person’s life.  In addition, you can also be mindful of an ergonomic monitor position when you are at work to shield your body from several conditions like posture problems.

Posted on in IOT, RTLS Solution, Technology, Ultra-wideband

Know Everything About Indoor Positioning with the Help of Ultra-Wideband

In industrial environments, indoor tracking often needs extremely precise localization. So, industries need solutions that are based on UWB, a short-range radio technology. Even if it doesn’t work with Bluetooth, Wi-Fi, and other consumer standards, UWB Outdoor Positioning and indoor positioning offer remarkable accuracy.

The Functionality of Indoor Positioning with Ultra-Wideband Technology 

Ultra-wideband is of great use in indoor positioning. As opposed to Wi-Fi and Bluetooth Low Energy, positioning in UWB is done mainly with transit time technique instead of measuring signal strengths. This method is capable of measuring the running time light takes to reach from one object to several servers. So, multiple receivers are required for the exact localization of any item. In addition, the line of sight between the transmitter and the receiver must be direct.

UWB, as a wireless positioning system technology, is ideal for both server-based positioning and client-based positioning. While indoor navigation is a type of client-based positioning, asset tracking is an instance of server-based positioning. The basic difference between client-based and server-based positioning is that the former enables the determination of the position on a mobile phone. In infrastructure-based positioning, the calculation of positions is reflected on a server.

· Server-based Localization

Ultra-wideband can easily track an object that is fixed in its place. BLE positioning or any other sensor technology can detect the movement phases. This type of Physiological Monitoring Equipment is immensely useful in various industrial environments.

· Client-based Localization

Other than BLE (Bluetooth Low Energy), you can also use Ultra-wideband as a tool for client-based positioning on smart phones. It is known for its high-precision positioning along with low latency.

Wrapping Up

The bottom line is to remember that UWB can deliver fast and amazingly intact positioning. So, with this smart indoor navigation system, you can get ahead of your business rivals.

Posted on in Technology

Out of POE, POE+ And POE++ Which One is the Best to Use?

Since the invention of power over Ethernet (POE) switches in 2003, technology has advanced significantly. In response to the expanding IoT market, the first generation 802.3af POE switch adapter was created, simplifying and lowering the cost of system design.

Work of POE Switches

A POE switch adapter has the ability to power devices across network wires since it has the Power over Ethernet feature built into it. This functionality enables it to transport speech, data, and electrical power across devices using a single Ethernet cable. Devices can still communicate with one another even when they are remote from a power supply. Because there is no need to run cables or create power outlets, using POE simplifies device installation while at the same time lowering expenses. The switches employ a safe, lower-than-mains voltage, but installation must be done carefully to protect equipment not made for POE from damage.

POE, POE+, and POE++

The amount of power delivered is the primary distinction between POE (IEEE 802.3af standard) and POE+ (802.3at). POE+ can deliver up to 30 watts over Cat5 cables with 25.5 watts available to devices, compared to POE’s 15.4 watts over the same medium.

A POE switch can handle maximum power usage of 15.4W per port at voltages between 44V and 57V. The connected PDs’ voltage, however, ranges from 37V to 57V.

  • Meters, such as those used to measure solar energy or inside temperatures, may typically be utilized with standard POE.
  • Simple VOIP phones that use the public internet.
  • Small Stock Positioning Monitor with wireless access points.
  • Security cameras that are fixed and do not pan, tilt, or zoom.
  • Switches for basic lighting systems, cameras, pool pumps, and small digital signs.
  • Loudspeakers and other powered step counter bracelets.
Posted on in Technology

Ultra-wideband Technology for Outdoor and Indoor Tracking and Positioning

The past few years have witnessed phenomenal technological growth. Tracking and positioning technologies are the biggest examples of advancements in the field of technology. So, how does the ultra-wideband technology function and why do you need a UWB Watch? 

In simple words, Ultra-wideband is a wireless communication system that has several similarities to WiFi. It relies on a vast range of radio signals for determining location and distance with impressive accuracy. The uniqueness of these signals lies in the fact that are like short pulses, thus termed ‘pulse radios.’

How is UWB Different From WiFi?

Unline devices with WiFi or Beacons, UWB does not depend on signal strength for calculating an object’s position. It calculates the position of humans or items based on the time taken by the signal to travel from the tag attached to the object to the nodes installed in specific positions. 

How Useful is UWB for Outdoor Positioning? 

Ultra-wideband is known for its excellent level of precision. Several industries rely on Uwb Positioning Outdoor and indoor tracking and the accuracy can be between 10cm and 30cm. The accuracy depends on the number of UWB nodes installed as well as the environmental conditions of the space in which the nodes are deployed. If there are fewer disturbances and more nodes in an area, the more precise tracking will be. 

Benefits of UWB

  • As mentioned already, UWB is preferred by organizations for its accuracy.
  • UWB is noise resistant, and it doesn’t interfere with other existing communication systems.
  • UWB signals do not need too many nodes and they are perfect for lock distance tracking, making them ideal for big spaces like airports and malls. Employees can wear a Non-Removable Tracking Bracelet to be tracked easily.

Another reason why the Ultra-wideband is widely used for outdoor tracking is that it’s waterproof. So, you can expect accurate positioning even in the monsoon season. 

Posted on in IOT, Technology

Physiological Monitoring Technology and its Benefits on the Health Sector

In recent years, social and economic growth around the globe has threatened people’s health in various ways. Cardiovascular diseases, for instance, continue to increase globally and there are several challenges that the medical system is yet to overcome. As medical expenses continue to increase, affording quality treatment is the biggest concern of many families. From the perspective of harmful and highly hidden diseases like heart ailments, health monitoring is a must to reduce health risks.

Physiological Monitoring Equipment has facilitated the health industry immensely by reducing the burden on existing medical systems. This is the reason why the Internet of Things has become an essential technology in the health sector. With technological advancements, the expense of health monitoring decreases, and more people are interested in purchasing wearable devices. Psychological monitoring systems rely on multiple sensors to collect bodily data and they have emerged as a reliable tool to monitor health effectively.

What Makes Wearable Devices Popular as Health Monitoring Equipment?

In addition to being affordable, wearable devices are also portable. Wearable psychological monitoring systems come with a wristband charging cable and they perform an excellent job of measuring vital signs like heart rate, body temperature, blood pressure, and even activity patterns.

With the help of WiFi technology, the device can successfully integrate temperature sensors, ECG signal sensors, and also motion sensors. So, it can perform accurate and real-time monitoring of the body temperature., ECG is the movement acceleration of the wearer. So, they play a significant role in providing long-term monitoring of health conditions.

Wrapping Up

A psychological monitoring system uses multiple sensors and has immense possibilities. The system is capable of monitoring different types of psychological signals and can display those signals in real-time. Smart Heart Rate Monitor Wristband is a fantastic example of a psychological monitoring system.

Posted on in Uncategorized

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.  

Posted on in IOT, Technology

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.

Posted on in Uncategorized

What is Indoor Positioning System and What are Its Features?

Indoor Positioning System simply referred to as IPS is an advanced technology feature that allows you to track your goods or products inside your home or warehouse. Just like a Global Positioning System (GPS), an Indoor Positioning system helps you keep track. The only difference is that a GPS doesn’t work indoors while Indoor Positioning System can keep a track of indoor goods as well.

With advancements in technology, navigation has evolved to a whole new level. One can keep a track of goods and products using UWB Indoor Positioning System. 

Types of Indoor Positioning Systems

There are many types of Indoor Positioning Systems. Various methods use various technologies that help you track your goods. Some of the most famous and reliable systems include Wi-Fi Based Systems, Proximity Based Systems, Acoustic Systems, Infrared Systems, ULTRA Wide Band Systems, and many more.

In this blog, we will dig into the features of an Ultra-Wide Band (UWB) Indoor Positioning System.

UWB and its Features

The ultra-Wide Band positioning system is one of the most widely used navigation cum tracking systems. Ultra-wideband tags are attached to the goods while a UWB reader transmits a wide-frequency pulse. The tags detect the pulse and generate a code that helps with tracking.

Features of UWB:

-Top-notch security which prevents cyber attacks

-Low energy consumption

-Highest accuracy among all Indoor Positioning Systems

-High-speed and frequent updates

Application of UWB:

-Product tracking in a warehouse

-Mobile payments

-Virtual Reality (VR)

Ultra Wide Band Indoor Positioning System is the most reliable and secure Indoor Positioning System which has been extensively used in various fields such as healthcare, business, warehouses, and much more.  

Posted on in Uncategorized

Unified Positioning from Outside to Inside with UbiTrack

Using the GPS on your phone to pinpoint your precise location while moving around outside is simple. The GPS signals, however, are too faint to be useful indoors. Fortunately, the expert’s creative physiological monitoring equipment monitoring can be solved in several different ways. Users can monitor their pulse, heart rate, breathing rate, perspiration rate, body temperature, core body temperature, and other vital signs using cutting-edge technology and medical-grade hardware. It creates a straightforward, user-friendly product by fusing the newest technology with a user-friendly design.

The Benefits of Physiological Monitoring Equipment

An app is used to connect the physiological monitoring equipment to a PC, tablet, or smartphone. The tools can be used for a range of life and health tracking applications.

High Accuracy

Customers looking for extremely precise, quick, and accurate positioning in an outdoor environment will find the ideal solution in the UWB Outdoor Positioning System. The UWB Outdoor Positioning System is a tool for managing field personnel and tracking assets. It is an effective tool for monitoring zone boundaries as well as asset locating and tracking.

A distinctive, high-power, broadband positioning system with an accuracy of at least 5 cm is the UWB Outdoor Positioning System (accuracy can be better). With GNSS users may swap out unsightly wires for a reliable and durable passive option, like an antenna. The base station, an extra receiver, and a power amplifier that is connected to the antenna are the three components of the system.

Seamless Positioning from Outside to Inside.

UbiTrack offers a blue-dot experience with a seamless transition from outdoor to indoor navigation regardless of the positioning service you use. To make sure you’re walking the right way, the blue dot refreshes as you move along the path.

UWB Positioning System

A multi-dimensional integrated indoor positioning system with great precision, adaptability, and affordability are called UbiTrack.

The system provides access to features including accurate facial recognition, high-speed camera connection, real-time positioning, tracking playback, electronic fence alert, and more. There are only four stages involved in configuration and deployment. These include setting up the positioning tags, uploading the floor plan, deploying the positioning anchors, and configuring the software and wireless indoor positioning.

Posted on in Uncategorized

How Accurately UWB Positioning System Performs?

In recent years, technology has advanced to the point where it is now commonly found in homes. Using traditional Wi-fi connections in a home’s basement, garage, or other indoor location has become inefficient and unreliable. By switching to a UWB indoor positioning system, users can connect anywhere in their homes using faster speeds and enhanced connectivity. In this system, the base station sends a signal in a straight line from the access point to the client. This limits the speed and range of a Wi- fi signal. On the other hand, UWB uses a 3D frequency BSS (Backward Sweep System) based on user location. The user’s device communicates with a base station using an omnidirectional antenna that sends signals in all directions simultaneously. The signals then converge at the base station, making it easier for devices to connect and establish a stable connection. This limits the number of indoor locations that can benefit from a UWB system but makes indoor connectivity much more reliable and faster than traditional Wi- fi systems provide.

Subsystems of a UWB Positioning System Include:

User location-

To determine where a device is located, an onboard processor on each device uses triangulation methods to determine its position based on Wi- fi network signals from nearby access points. It helps in accurate heart rate monitor watch in several places.

Base Station Localization-

To find its nearest base station, each device periodically measures its distance from each base station and computes its position based on this data using triangulation methods again with help from nearby Wi- fi network signals. Next, it determines which base stations are closest to their current location by measuring their distance again using similar methods as above with help from its signal strengths against user location data provided by subsystem 1.

A  UWB indoor positioning system can improve indoor connectivity by overcoming the limitations of traditional Wi-Fi systems such as speed and range indoors. It also reduces interference caused by multiple devices connecting at once at outdoor locations such as cafes and public spaces. As such, this technology will continue to become more popular as outdoor limitations increase due to the increased use of electronic devices.