Nick Nicholas, Consultant. Many of these include route distances - for example, finding the efficient location of sales offices to meet known customer location needs. Richard Marsden. Maptitude Brochure. Sample Maps. Contact Us. Use location mapping software to find spatial patterns from vast collections of data.
Map location software can be used to pinpoint data to an exact address and study its relationship to other locations. Capture images from drones, satellites, and other aerial equipment to saturate industry-specific maps with valuable data.
Collect data in different formats from multiple sources including LiDARs and aerial photography. Ingest data, perform pre- and post-processing, validate data, migrate databases, and build terrain models. Merge road segments, create clipping algorithms, simplify polygons, and place labels on a base map. Compile maps in NDS or a proprietary format, optimize processes, and create tiles and custom databases.
Structure, sort out and analyze massive data sets to simplify and streamline the application of locations for businesses. Navigate routes for trucks, electric vehicles, and people within venues with the highest accuracy wherever your business operates. Empower location solutions with AI and machine learning for automated data processing and data-driven predictions. Multiple service models to better engage clients in the development process and align it with their business needs.
A global provider of location solutions and services for OEMs, enterprises, and smart cities has been creating an innovative cloud-based location intelligence platform. Intellias has been contributing to the development of a data visualization service for the platform by compiling 3D maps with the help of vector graphics and transforming raw data generated by vehicle sensors into valuable visual insights.
A leading fleet technology innovator decided to build a telematics fleet management platform for vehicles in the field. We developed a powerful solution for large fleets capable of handling over , vehicles and years of historical fleet data in seconds. The platform synchronizes data to provide managers with rich real-time telematics diagrams and advanced reporting. Our client, a global provider of location data platform and location services, was creating an urban mobility solution for public transit, venue positioning, live traffic, and other services to simplify the lives of daily commuters and tourists.
Our client has been developing a smart urban mobility platform to deliver rich navigation data to a variety of transportation services, including for public transport, bikesharing, carsharing, taxis, and car rentals. Intellias created pipeline plugins to fetch real-time location and arrival data for many modes of public transportation, integrated real-time position data from transportation and travel agencies, and is now adding carsharing functionality.
Our client needed a mobile navigation app to find free parking slots in urban areas. For this, they required a compact map format with support for online and offline modes. Users can now select PoI, and the app will navigate them to the open parking slot nearest to their destination. Our client needed vector tile maps that were sufficiently lightweight, flexible, and updatable. These maps would serve as the base layer over which developers could compile and render third-party content.
External platform consumers can now build their own local vector tile map visualizers and add various types of content atop the base map. Providers of solutions that extensively rely on location data use maps in various formats.
Our engineers make sure your location data complies with proprietary formats you use in internal software tools as well as with the most popular NDS and Open Street Maps formats. Our expertise in location based services covers geolocation, navigation, and positioning within many industries including transportation, logistics, agriculture, retail, and mobility.
Location-based services can be query-based and provide the end user with useful information such as "Where is the nearest ATM? An LBS requires five basic components: the service provider's software application, a mobile network to transmit data and requests for service, a content provider to supply the end user with geo-specific information, a positioning component see GPS and the end user's mobile device.
By law, location-based services must be permission-based. That means that the end user must opt-in to the service in order to use it. In most cases, this means installing the LBS application and accepting a request to allow the service to know the device's location.
Although location-based services have been around since , they have mostly been used in commerce with a subscription-based business model. According to the fourth-quarter report from Nielsen Mobile, a division of The Nielsen Company, location-based services account for 58 percent of the total downloaded application revenue for mobile phones in North America.
Verizon's Field Force Manager provides a way for businesses to track the location of mobile workers and manage them remotely. VentureBeat recommends Five location-based services to watch in Verizon has brought its BlueJeans video conferencing service to the Google Glass headset.
The carrier is offering the headset
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