Building a map application using opensource platforms like Mapbox, Leaflet or OpenLayers.

I am looking for a skilled developer to build a map application (Web App) using the Leaflet platform. The ideal candidate should have experience with Leaflet and other open-source platforms like Mapbox and OpenLayers. Requirements: - Experience with Leaflet and other open-source map platforms - Ability to integrate and manipulate data from a pre-existing data source - Knowledge of geolocation features and implementation - Familiarity with route planning and point of interest search functionalities The main focus of the project will be implementing geolocation features into the map application. This will require the developer to integrate the provided data source and enable real-time tracking and display of the user's location on the map. Additionally, the application should have the ability to provide route planning functionality, allowing users to input their desired destination and receive step-by-step directions. Overall, the ideal candidate should be proficient in building map applications using open-source platforms, with a specific focus on geolocation features. TASKS- 1. Choose a Mapping Platform: Select a mapping platform or framework that provides the necessary tools and APIs to build the map application- Leaflet, OpenStreetMap, OpenLayers etc. 2. Obtain Map Data: Obtain the map data needed for the map application, such as basemaps, satellite imagery, road networks, and points of interest. 3. Development Environment: Set up development environment with the necessary tools and libraries. This typically includes a code editor, web server, and relevant programming languages such as JavaScript, HTML, and CSS. 4. Integrate the Mapping Library/API: Depending on the mapping platform chosen, integrate the mapping library or API into the map application. This will allow to display maps, markers, and other interactive elements. 5. Display the Map: Creating the map container within map application's user interface. Set the initial location, zoom level, and any other desired map properties. 6. Add Interactive Features: Enhance the map with interactive features such as zoom controls, panning, and user location tracking, geocoding, and routing. 7. Customize Map Styling: Customize the appearance of the map by modifying its styling properties. Adjust colors, labels, and icon markers to match desired visual style. 8. Incorporate Layers and Overlays: Overlay additional data layers onto the map, such as weather information, traffic data, or custom data sets. These overlays can provide additional context and information. 9. Implement User Interaction: Implement user interaction features such as marker placement, dragging, clicking, and pop-up information windows. These features allow users to interact with the map and access relevant details. 10. Optimize Performance: Optimize map application's performance by using techniques like caching, data compression, and loading data dynamically. This ensures that map loads quickly and performs efficiently. 11. Test and Debug: Test map application thoroughly to identify and fix any issues or bugs. Validate that all functionalities work as intended across different devices and browsers. 12. Deploy and Publish: Deploy map application to server or hosting platform to make it accessible to users.