There is no hotter topic in marketing today than beacons. These small objects which transfer location information to devices based on Bluetooth Low Energy (BLE) have distorted our imagination, conjuring up visions of constant offers being poured onto customers as they march the aisles of their favorite grocery store.
Mobile app developers know that this is the feature, that's why Seasia Infotech has found that this evolving location technology includes:
Using the beacon podium, including Google Proximity Beacon API and Eddystone, mobile app developers can:
The Google beacon platform comprises of the following mechanisms for developers:
Beacons are light weighted devices that transfer information in the form of Bluetooth beacon frames, such as Eddystone, at pre-defined intermissions. Dissimilar frame types can usually be interweaved by a single beacon, for example transmitting 100 Eddystone-UID frames trailed by one Eddystone-TLM frame and then restating.
Beacons can be driven by a battery which can last for over a year. Beacons can also use a peripheral power source. The beacon's battery life is prejudiced by the rate at which the beacon diffuses its message and the power level of the broadcasts. These factors also influence detection expectancy (the interval between the user's device being near the beacon and the successful analyzing of the beacon transmission by the device).
In order to work with Google APIs, beacons must be provisioned with some primary settings (instance ID, namespace ID, frame format and so on) and then listed using the Google Proximity Beacon API.
Eddystone is a vulnerable beacon format advanced by Google and planned with limpidity and robustness in mind. Eddystone can be discovered by both iOS and Android devices. The Eddystone arrangement shapes on lessons learned from working with industry companions in existing organizations, as well as the varied beacon community. A number of different types of problem can be included in the frame design, including:
The Eddystone arrangement is held on GitHub.
Proximity Beacon API
The Google Proximity Beacon API permits you to register beacons with Google and to manage data linked with the beacons that your project uses. You can also associate supplements with beacons.
Attachments contain capricious data which is securely held on Google's servers. You can use attachments to deliver data which is exacting to one or more beacons. When your app discovers a particular beacon or set of beacons, you can serve the supplement data back to the user with the Nearby API or the beaconinfo.getforobserved technique from Google Proximity Beacon API.
When you submit supplement data to the Google Proximity Beacon API, it can perhaps be used in numerous ways:
Since attachments are warehoused in the cloud, the Google Proximity Beacon API provides an accessible, low-latency way to manage and update the data related with your arrayed beacons. This warrants that your users always see the state-of- the-art available data and eradicates the need to physically re-provision beacons.
The diagnostics constituent of the Google Proximity Beacon API helps you to observe your fleet of recorded beacons, providing a means to discover when individual beacons perform bizarrely. Seasia Infotech can help you with this if you want to post a project in our platform that involves beacons.