oxinion

Open indoor-positioning Nearby Notifications

oxinion.nearbyMessage('soho, London', 'its so expensive')

marketing - beacons

utilities

usage

yarn add oxinion

import {getDistance} from 'oxinion'

const midPoint = getDistance([51.5074, 0.1278], [51.5074, 0.1278], 'kilometers')
console.log(`Distance : ${midPoint} km`)

Dynamic Communication Method Configuration

1. Using HTTP and REST API API Integration: Use HTTP requests (REST APIs) to interact with location-based services for geocoding, routing, and POI search functionalities.

// Set communication method HTTP
oxinion.setCommunicationMethod("rest");

2. Using WebSockets (socket.io) Real-Time Updates: Implement WebRTC or WebSockets (socket.io) for real-time location sharing or notifications in collaborative mapping or geofencing scenarios.

import oxinion from "oxinion";

oxinion.listenForLocationUpdates((data) => {
  console.log("Received location update:", data);
});

3. Using Webhooks Event-Driven: Utilize Webhooks for receiving location updates or triggering actions based on geofencing events.

oxinion
  .triggerLocationUpdateWebhook({ lat: 51.5074, lon: 0.1278 })
  .then((response) => {
    console.log("Webhook triggered successfully:", response);
  })
  .catch((error) => {
    console.error("Error triggering webhook:", error);
  });

Additional Features for oxinion Library

1. Multiple API Providers Support:

• Allow developers to configure and switch between different geocoding or mapping service providers (e.g., Google Maps, Mapbox, OpenStreetMap) dynamically.

• Example: Implement methods for geocoding, reverse geocoding, and routing that support different APIs based on developer configuration.

2. Location-based Notifications:

• Enable developers to set up geofences and trigger notifications when users enter or exit specific geographic areas.

• Example: Implement methods to register geofences and handle notifications using Webhooks or WebSocket for real-time updates.

3. Offline Support and Caching:

• Provide mechanisms to cache location data for offline access and synchronize data when connectivity is restored.
• Example: Implement methods to store and retrieve cached location data using local storage or IndexedDB in browsers.

Location Analytics and Reporting:

Support analytics features such as tracking user movements, generating heatmaps, or analyzing location-based trends over time. Example: Implement methods to collect and analyze location data, providing insights through visualizations or reports. Integration with IoT Devices:

Facilitate communication with IoT devices equipped with location sensors (e.g., GPS, Bluetooth) to gather real-time location data. Example: Implement methods to interface with IoT protocols (MQTT, CoAP) for device-to-cloud communication and geolocation. Real-time Collaboration and Mapping:

Enable collaborative mapping features where multiple users can view and interact with shared maps in real-time. Example: Implement WebSocket-based methods for sharing live location updates between users on a map interface. Customizable Event Handlers:

Allow developers to define custom event handlers for specific location-based events (e.g., user movement, proximity alerts). Example: Implement methods to register callbacks or listeners for custom events triggered by location changes or user actions. Location-based Authentication and Authorization:

Integrate location data into authentication workflows, such as verifying user locations for access control or secure transactions. Example: Implement methods to validate user locations based on predefined criteria or geofencing rules.