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Michael Belyakov
Michael Belyakov

AR-WAVE: An Innovative App for Measuring and Visualizing WiFi, Bluetooth and LTE Signals in AR


What is AR-WAVE-visualization of WiFi and why you need it




Have you ever wondered how strong your Wi-Fi, Bluetooth, or LTE signal is in different parts of your home or office? Have you ever struggled with poor connectivity, slow internet, or dead zones? Have you ever wanted to see how your IoT devices communicate with each other and the network?


If you answered yes to any of these questions, then you need AR-WAVE-visualization of WiFi. This is an app that uses augmented reality (AR) to display the signal strength of Wi-Fi, Bluetooth, and LTE of a carrier on your smartphone screen. It can help you create a better environment for your home security, home speakers, routers, and other network devices. It can also visualize the functions of IoT devices and distinguish the intensity of the signal by color.




ar-wave-visualization of wifi apk


Download File: https://www.google.com/url?q=https%3A%2F%2Ft.co%2Fjq4Rqd4Md7&sa=D&sntz=1&usg=AOvVaw3tvefFAQ5WoliDh6zQ5Zqy



In this article, we will explain how AR-WAVE-visualization of WiFi works, what benefits it offers, and what features and pricing it has. We will also answer some frequently asked questions about this app.


How AR-WAVE-visualization of WiFi works




AR-WAVE-visualization of WiFi is an app that uses the camera and sensors of your smartphone to scan your surroundings and overlay information about the signal strength of Wi-Fi, Bluetooth, and LTE on your screen. You can move your phone around to see different angles and perspectives. You can also tap on the screen to measure the signal strength at a specific point.


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The app uses different colors to indicate the intensity of the signal. Green means strong reception, yellow means medium reception, orange means weak reception, and red means no reception. The app can measure the signal strength efficiently in one second.


The app can also show you the functions of IoT devices that are connected to your network. For example, you can see if your smart light bulb is on or off, or if your smart thermostat is adjusting the temperature. You can also see how these devices communicate with each other and the network.


How to use AR-WAVE-visualization of WiFi app




To use AR-WAVE-visualization of WiFi app, you need to download it from the App Store or Google Play Store. The app is compatible with iOS 11.0 or later and Android 7.0 or later. You also need to grant permission for the app to access your camera, location, microphone, and storage.


Once you launch the app, you will see a tutorial that explains how to use it. You can skip the tutorial or watch it again later. You will also see a menu icon at the top left corner that allows you to access settings, terms of use, contact support, and purchase options.


To start measuring the signal strength, you need to select one of the four modes: Wi-Fi, Bluetooth, LTE (carrier), or BLE (Bluetooth Low Energy). You can switch between modes by tapping on their icons at the bottom of the screen. You will then see a circle on your screen that indicates where the app is measuring the signal strength. You can move your phone around to see different areas and tap on the screen to measure a specific point.


To visualize the functions of IoT devices, you need to tap on their icons on your screen. You will then see a pop-up window that shows their status and information. You can also tap on the window to control some functions, such as turning on or off a device.


How to measure the signal strength of Wi-Fi, Bluetooth, and LTE




To measure the signal How to measure the signal strength of Wi-Fi, Bluetooth, and LTE




To measure the signal strength of Wi-Fi, Bluetooth, and LTE, you can use the AR-WAVE-visualization of WiFi app to see the signal intensity in different colors on your screen. However, if you want to see the signal strength in more precise units, such as decibels-milliwatts (dBm), you will need to use other methods or tools.


dBm is a unit of level that indicates the power level of a signal with reference to one milliwatt. It is commonly used to measure the signal strength of wireless networks and devices. A higher dBm value means a stronger signal, and a lower dBm value means a weaker signal. Generally, a signal strength of -30 dBm or higher is considered excellent, while a signal strength of -90 dBm or lower is considered poor.


There are different ways to measure the signal strength in dBm depending on the device and platform you are using. Here are some examples:


  • On an iPhone or iPad, you can dial *3001#12345#* on your phone app and swipe down the notifications bar to see the dBm in the upper left corner. You can also download the Airport Utility app from the App Store and enable the Wi-Fi scanner feature in the settings. This will allow you to scan and see the dBm of nearby Wi-Fi networks.



  • On an Android phone or tablet, you can navigate to Settings > General > About Device > Status > Signal Strength and add +20 dBm to the reading displayed. You can also download a third-party app like Wi-Fi Analyzer or Network Cell Info Lite from the Google Play Store and use them to measure the dBm of Wi-Fi and cellular networks.



  • On a Mac computer, you can hold down the Option key and click on the Wi-Fi icon in the Menu Bar and look for the dBm next to RSSI. You can also use a third-party app like NetSpot or WiFi Explorer from the Mac App Store and use them to scan and measure the dBm of nearby Wi-Fi networks.



  • On a Windows PC, you can use a third-party app like WiFi Analyzer or Nirsoft's WifiInfoView and use them to scan and measure the dBm of nearby Wi-Fi networks.



By measuring the signal strength in dBm, you can get a more accurate and objective assessment of your network performance. You can also use this information to optimize your network environment by finding the best location for your router, avoiding sources of interference, or switching to a different channel or frequency.


How to visualize the functions of IoT devices




IoT devices are devices that can connect to the internet and communicate with other devices or services. They can perform various functions such as sensing, controlling, monitoring, or automating different aspects of your home or business. Examples of IoT devices include smart light bulbs, smart thermostats, smart locks, smart cameras, smart speakers, smart watches, and more.


To visualize the functions of IoT devices, you can use the AR-WAVE-visualization of WiFi app to see how they interact with each other and with your network. The app can show you the status and information of your IoT devices on your screen. You can also control some functions of your IoT devices by tapping on their icons on your screen.


For example, you can use the app to see if your smart light bulb is on or off, or what color it is. You can also tap on it to turn it on or off, or change its color. You can use the app to see if your smart thermostat is adjusting the temperature according to your preferences. You can also tap on it to change its settings. You can use the app to see if your smart lock is locked or unlocked. You can also tap on it to lock or unlock it remotely.


The app can also show you how your IoT devices communicate with each other and with your network. For example, you can see how your smart speaker sends voice commands to your smart light bulb or smart thermostat. You can see how your smart camera streams video data to your smartphone or cloud service. You can see how your smart watch syncs health data with your smartphone or fitness app.


By visualizing the functions of IoT devices, you can get a better understanding of how they work and how they enhance your life. You can also troubleshoot any issues that may arise with your IoT devices or network by seeing where the problem lies.


How to distinguish the intensity of the signal by color




The AR-WAVE-visualization of WiFi app uses different colors to indicate the intensity of the signal for Wi-Fi, Bluetooth, and LTE networks. The colors are based on a scale from green to red, How to distinguish the intensity of the signal by color




The AR-WAVE-visualization of WiFi app uses different colors to indicate the intensity of the signal for Wi-Fi, Bluetooth, and LTE networks. The colors are based on a scale from green to red, where green means strong reception, yellow means medium reception, orange means weak reception, and red means no reception. The app also uses different shades of each color to show the variation of the signal strength within a range.


The app uses the following color codes for each mode:


Mode


Color


Signal Strength (dBm)


Wi-Fi


Green


-30 to -60


Wi-Fi


Yellow


-60 to -70


Wi-Fi


Orange


-70 to -80


Wi-Fi


Red


-80 to -90


Bluetooth


Green


-30 to -50


Bluetooth


Yellow


-50 to -60


Bluetooth


Orange


-60 to -70


Bluetooth


Red


-70 to -90


LTE (carrier)


Green


-50 to -80


LTE (carrier)


Yellow


-80 to -90LTE (carrier)Orange


LTE (carrier)


Orange


-90 to -100


LTE (carrier)


Red


-100 to -120


BLE (Bluetooth Low Energy)


Green


-30 to -60


BLE (Bluetooth Low Energy)


Yellow


-60 to -70


BLE (Bluetooth Low Energy)


Orange


-70 to -80


BLE (Bluetooth Low Energy)


Red


-80 to -90


By distinguishing the intensity of the signal by color, you can easily see the quality of your network connection and identify the best and worst areas for your devices. You can also compare the signal strength of different modes and networks and choose the most suitable one for your needs.


Benefits of AR-WAVE-visualization of WiFi




AR-WAVE-visualization of WiFi is not just a fun and cool app that lets you see the invisible signals around you. It is also a useful and practical app that offers many benefits for your home or business network environment. Here are some of the benefits of using this app:


Improve your home network environment