Smart Cities

New York's Thruway Authority has partnered with Northeast UAS Airspace Integration Research Alliances Inc. as part of an effort to inspect bridges using drones more effectively and efficiently.

The National Smart Coalitions Partnership was formed by regional smart city organizations from Colorado, Texas, Missouri, Illinois, Arizona and Florida with the goal of furthering collaborations across the country.

New York State Electric & Gas has teamed up with researchers at two universities to develop an artificial intelligence system that can predict which areas will lose power based on various factors.

The startup, only two years old, has now raised more than $30 million from investors. Amid its rapid growth, the company is looking at expanding its traffic automation platform toward self-driving vehicles.

Branch Technologies, a company based in Chattanooga, Tenn., is trying to change the way building structures are created with its 3D printing process. The company recently received a $300,000 state grant.

Researchers hope to turn the 400-acre Discovery Park District into a research incubator for 6G smart city technology of tomorrow, in collaboration with university and industry partners creating next-generation networks.

Part of the agreement between National Grid and cities in Upstate New York that have signed up for the Smart Street Lighting Program is each must have $5 million in liability insurance for the new LED light fixtures.

The $1 trillion infrastructure bill moving through Congress has the potential to be a game-changer for cities as they consider projects in areas like broadband connectivity and other urban technology projects.

A traffic signal upgrade project in San Diego will involve 26 intersections around the University of California, San Diego. The project will use adaptive software to improve mobility throughout the region.

The region will use a $1.4 million grant from the National Science Foundation for establishing the Smart Corridor+ project in the downtown area to study transportation. The project will involve a range of stakeholders.

Schools in Northern Alabama have deployed smart devices from Applied Information Inc. that send visual and audible signals to connected vehicles within 50 feet of school zones or stopped buses.

Six technology providers were selected as part of the challenge for solutions in areas like transportation and economic development to assist cities in the Denver region with their recovery from the COVID-19 pandemic.

The Lower Mississippi River SmartPort and Resilience Center project will collect crowdsourced sediment and shoaling data from eight ports along the Mississippi River to gain insights into obstacles affecting river traffic.

Planned development communities like New Haven in Ontario, Calif., are highlighting urban technology applications and features as signature amenities as consumer expectations reach well beyond standard pools and parks.

Research by Michigan State University and Ford Mobility examined connected vehicle data to gain insights into driving styles and incidents, potentially allowing for safety problems to be addressed before a crash occurs.

A recently signed state law provides a framework for deploying “small wireless facilities” — the infrastructure that supports 4G and 5G. That includes where the devices can go, and how much control local governments have.

Lake Nona, a 17-square-mile pivate planned community near Orlando International Airport in Florida, is a citywide test site for “movement analytics” technology to better understand traffic and other forms of mobility.

A vehicle-to-everything project deployed on The Ray, a highway technology testbed in rural Georgia, will add roadside communication units and in-vehicle technology to improve communications and highway safety.