Pull up a chair and take a seat. As you read this article, you will learn about the fundamentals of Beacon Technology. And as you learn the fundamentals, you'll understand everything you need to know about creating a mobile app with Beacon. We have revealed the most important aspects to be aware of when developing an IoT beacon app.
The Internet of Things (IoT) has heralded a new era in innovation. Everything today is streamlined, from checking your heartbeat to counting your blood sugar, from playing your favorite songs to sharing them with nearby devices. By the end of last year, the global market for IoT-based solutions and B2B products had risen to a whopping $212 billion. It is expected to reach a staggering $1.6 trillion by 2025.
The Internet of Things, or IoT, has enormous potential in
wearable devices. This is why best mobile app development companies in Chennai for wearable devices
have gained popularity among businesses. Many businesses are now looking for
mobile app development solutions based on technologies such as Bluetooth Low
Energy (BLE) (Bluetooth Low Energy). It is a technology that is based on
Bluetooth.
The IoT market has seen significant investment in Beacon Technology. The Beacon Technology market was only worth $519.6 million in 2016, but due to recent buzz around beacon-based mobile app development services, it is expected to grow at a compound annual growth rate of 59.8 % to $56.6 billion by 2026. So, first, what exactly is beacon technology? And how does one go about creating an app with it?
What is Beacons Technology?
Beacons are radio transmitters that send one-way signals to
other devices equipped with receivers. Beacons are chips or antennas with a
small circuit board for a better signal relay. Beacons are manufactured in a
variety of sizes, with the majority of beacons produced being smaller in size.
Consider 'iBeacons,' a beacon-based technology developed by
Apple to support BLE beacon transmissions for its customers. It serves as a
beacon standard for developers. This standard must be followed by any mobile
app development company that wishes to create iBeacon apps.
Signals can be transmitted in a limited area using
beacon-based technologies. The approximate distance is 100 feet. However,
without a domain-specific mobile app, such as an airline app, a sports app, or
a retailer app, the required notification does not reach the target device.
Mobile devices, on the other hand, require Bluetooth to be
turned on. Consider a fitness tracker, which requires all data to be recorded
on your mobile's app via Bluetooth. These trackers even allow you to receive
calls and be notified of messages delivered to your device via Bluetooth.
How Do Beacons Work?
A Bluetooth-enabled device that enters the beacon zone can be detected by the beacon. Users must install an associated app on their device. Store owners or any other business should hire a mobile development company to create an IoT app for this purpose. The app will use beacon technology to detect the user's proximity and send notifications, messages, promotional offers, and other features. Even though users have complete control over the notifications.
A Mobile App with Beacons
There are certain factors to look for to create a seamless
performance on apps based on beacon technology. Let's go over what they are and
why they are important for your beacon-based mobile app development.
1. Feature Design
The goal of beacon technology is to reach consumers nearby.
When mobile app developers design app features, they must incorporate relevant
data about the user's behavior into the app features. Data such as the number
of visits by users to a local store, user preferences to a specific type of
notification, and the radius of the zone that is best to reach the consumers.
As an example, consider an app for an airline company. As
passengers arrive at the airport, the app should be able to use beacon
technology to open boarding passes on the user's device.
2. User Control
Most users today require complete control and security over
their devices and data. As a result, in the case of beacon technology, a user
must grant location permission to gain access to app features. Another
important consideration is to keep the Bluetooth turned on. Several other
parameters must be met to effectively use beacon technologies and the associated
app.
The following are some of the most crucial parameters to consider:
- The user's device should be equipped with an appropriate Bluetooth configuration.
- Bluetooth on the device should be enabled.
- The device's GPS location should be turned on.
- Users should have already given the app permission to use the device's location.
3. Hardware Integration
For the development of an app, developers must understand
hardware integrations. Beacons are transmitters, and there are a variety of
factors that influence signal throughput. Two of the most important factors in
beacon technology are
- Signal amplification
- The distance between the beacon and the user
The signal strength of a beacon can vary depending on the
manufacturer's efficiency. While the distance between the user and the beacon
on the device is classified into three zones:
- Immediate
- Near
- Far
Apps with power measuring features are enabled to take accurate
proximity measurements. These features assist apps in acquiring location
information and acting on it. The distance between the beacon and the user's
device is calculated by subtracting the broadcasting power from the measured
power and signal variations over time.
The measured power of a signal is affected by the bounce rate
of radio waves as well as the presence of human bodies in the zone, which can
reduce signal strength due to radio wave absorption. While a device's battery,
temperature, and polling intervals can all have an impact on the beacon signal.
4. App Servers
Building an app for beacon-enabled devices necessitates the
use of an effective business logic script to retrieve all of the necessary
data. The app may also require floor plan metadata to identify a user in the
zone. Any app in the user's device that is close to a beacon retrieves data
from the server such as the universally unique user identity and other numbers
such as major or minor.
The app then queries the script to find other relevant beacons
in the zone and filters the data to determine whether or not the user is
actually at a beacon. Once the app identifies the beacon using data from
servers, it connects to it via Bluetooth to receive notifications.
Conclusion
Beacon technology has advanced dramatically in recent years. Retailers, e-commerce companies, and other industries are now looking to use beacon technology to improve customer engagement. If you are looking for an app development company to create your business app with beacon technology in this era of IoT-based smart devices, look no further.
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