Guest Post: How Maplytics uses Bing Maps Truck Routing API for hassle-free delivery

Guest Post: How Maplytics uses Bing Maps Truck Routing API for hassle-free delivery

Maplytics is a geo-analytical app Certified for Microsoft Dynamics (CfMD) that seamlessly integrates Bing Maps with Microsoft Dynamics 365 to visualize Dynamics CRM/365 data on a map, helping improve business processes and engage the right customers at the right time. The April release includes a new feature using the Bing Maps Truck Routing API, which defines routes for trucks by taking into consideration attributes such as size, weight and...
Read More

Enhanced Features Support Fleets as Delivery Demand Surges Amid COVID-19

Enhanced Features Support Fleets as Delivery Demand Surges Amid COVID-19

The demand for deliveries has surged because of the COVID-19 pandemic. People are staying home and getting their groceries and other essentials delivered to their doorsteps. Since launching in May 2019, we have listened to customer feedback and made a series of enhancements to meet the growing need with the Bing Maps Multi-Itinerary Optimization API.
Read More

Bing Maps Multi-Itinerary Optimization API Launches Today

Bing Maps Multi-Itinerary Optimization API Launches Today

The Bing Maps team is happy to launch the Bing Maps Multi-Itinerary Optimization (MIO) API, a REST service that automates the process of building itineraries for multiple agents (e.g., drivers, sales representatives, professionals, etc.) while also optimizing the routes among all agents to save travel time and distance.
Read More

Bing Maps Routing API knows the shortest route that visits all waypoints!

Bing Maps Routing API knows the shortest route that visits all waypoints!

Working with routes that involve multiple stops? Create optimized routes for multiple addresses and minimize map route distance with a Bing Maps API key! A powerful addition to the Bing Maps routing API is now available! With waypoint optimization you can pass in up to 25 waypoints (stops) and they will be re-ordered and optimized to minimize travel time or distance.
Read More