Google Adds Route-Planning Startup Urban Engines to Maps by David Z. Morris @FortuneMagazine September 17, 2016, 12:53 PM EDT E-mail Tweet Facebook Linkedin Share icons Early this week, the transportation analytics startup Urban Engines announced that it will become part of Google Maps. Urban Engines is primarily focused on route analytics for urban planning, delivery, and commuting, using what it refers to as its “space/time engine” to simulate routes and scenarios and streamline urban transportation. The acquisition is a kind of homecoming. Urban Engines’ co-founder and CEO Shiva Shivakumar was an engineer at Google for nearly a decade, working on algorithm-based web products like AdSense and Sitemaps, before leaving in 2010 to apply web-style analysis to real-world transportation networks. Get Data Sheet, Fortune’s technology newsletter. He founded Urban Engines proper in 2014, with partner Balaji Prabhakar, a Stanford computer scientist. Investors in Urban Engines included Andreessen Horowitz, Greylock Partners, and Samsung Ventures. Urban Engines’ flagship product is a transportation emulator that lets planners rapidly test transportation scenarios, with tight integration of time-sensitive data. The technology can be applied to everything from planning delivery routes to testing new roads to preparing for disasters. Recent examples of the company’s work include helping mass transit systems in Bangalore and San Francisco develop incentive programs to promote ridership in off-peak hours. That time-based approach to maximizing transportation network capacity is almost certain to prove crucial to governments, businesses, and individuals as cities become increasingly large and dense. For more on smart transportation, watch our video. And while Google Maps is probably the most powerful mapping application (and dataset) around right now, their enterprise applications have been more focused on data visualization than logistics and planning. Though few details were shared about how Google’s new acquisition will integrate into the Maps operation, a focus on solving large-scale problems seems likely.