Mobility is the lifeblood of any city. How people are able to travel in, out and within a metropolitan area is vital to its citizens, businesses, supply chains and social services. And as U.S. cities have expanded in size and population density, the strategies for addressing mobility have evolved. Many have taken different approaches to public transit, and each city boasts a dense tapestry of roadways, walking paths and various parking options. But as cities continue to reexamine infrastructure strategies through smart city technology, a new field of transportation has emerged—micromobility.

Designed for short-distance travel using lightweight vehicles (bikes, e-bikes, e-scooters, etc.), the industry’s global net worth has grown exponentially in recent years to the tune of hundreds of billions, with one forecast predicting it could reach $340 billion by 2030. Micromobility also finds itself at the forefront of various smart city technological improvements. Geofencing has been implemented in U.S. cities to determine where micromobility vehicles can operate, control speed limits, and park utilizing the vehicles’ GPS location. Internet of Things (IoT) technologies (satellite-based location receivers, cloud communication, internet links, etc.) have improved vehicle lifespans by keeping track of when vehicles require service and prevent vandalism and theft. Data collected from vehicles’ location tracking is routinely used for urban planning and smart city development.