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Work at Carnegie Mellon University originally intended to use machine learning to develop cost-effective bus routes for K-12 students in Allegheny County, Pa., pivoted amid COVID-19 to focus on food-insecure families.
A partnership between the University of Texas at Austin and the city looks at how AI can identify residents at risk of experiencing homelessness, as well as helping those currently in need find access to services.
Researchers at the University of Chicago explore a local application of the Human Development Index, looking at rates of COVID-19 across neighborhoods and how that can inform public-sector decision-making.
An AI-driven program from Case Western Reserve University in Cleveland aims to give individuals and governments a real-time picture of the risk of coronavirus transmission in a given area based on state and local data.
Kansas City, in collaboration with the University of Missouri and other local governments, has created a model to tackle the policies and procedures needed to manage sensitive data in communities as tech use grows.
Together with the city of Atlanta and Georgia Tech, the Socially Aware Mobility Lab uses data and machine learning to look at how on-demand multimodal transit could improve traffic congestion and mobility inequalities.
Research from Carnegie Mellon University, together with the Pittsburgh Department of City Planning, uses virtual reality and 3-D technology to help urban designers and other stakeholders better plan cities.
Together with Fairfax County, Va., Health and Human Services, the Mason DataLab at George Mason University is building an analytics model to increase the likelihood of physically, mentally and socially healthier youth.
The Guildford County Solution to the Opioid Problem is a multi-organization community effort to not only treat opioid overdoses and addictions, but also to get out ahead of them before those overdoses occur.
Land Access for Neighborhood Development is a mapping platform that allows Miami policymakers to visualize where lots are available near transit that could become housing options for underserved populations.
A program at the Center for Civic Innovation at Notre Dame is collecting data on contamination from lead paint in homes, and has created at-home testing kits it will then automate to improve health outcomes.
A collaboration among the University of Tennessee at Chattanooga, the city and other partners drives work behind the MLK Smart Corridor, used to test new technologies and generate data-driven outcomes.
A program from the University of Florida and Gainesville Fire Rescue tracks patient metrics and allows for real-time communication between emergency workers and hospitals, reducing costs of frequent EMS users.
The Abandoned to Vacant project, a collaboration between the city and the University of Missouri-Kansas City, uses open data to map abandoned houses and give potential buyers a sense of the surrounding neighborhood.
The Educational Partnerships for Innovation in Communities – Network is a nonprofit that facilitates 38 programs at universities across the country and their work with their communities to generate high-tech solutions.
Together with the Vanderbilt Initiative for Smart Cities Operation and Research, the Nashville Fire Department and the city’s IT agency created a tool that uses predictive modeling to forecast emergency response times.
Together with Rice University and other local institutions, the Texas city is collaborating with residents and stakeholders to plan for future flood mitigation given the devastation seen during Hurricane Harvey.
Together with the University of Colorado Boulder, the city and county of Denver has developed a stormwater planning tool that uses GIS and data forecasting to inform policymaking ahead of predicted rainfall increase.
Together with Portland State University’s School of Urban Studies and Planning, Portland, Ore.’s Fire and Rescue Bureau is strategically using public data to reduce emergency call volume and improve city vibrancy.
Researchers at the University of Central Florida, in partnership with the city of Orlando, are using real-time traffic data to uncover strategies for reducing car crashes and ultimately creating fatality-free roads.
A partnership between the Philadelphia Water Department and Drexel University’s Sustainable Water Resource Engineering Lab uses sensors on green infrastructure in order to utilize city storm water more efficiently.
In collaboration with the University of Minnesota, the city of St. Paul is rethinking its approach to stormwater management through the use of green infrastructure and public-private partnerships.
Originally intended to extend Internet access to far-flung areas, a collaboration between UC San Diego and San Diego County has been used to monitor and respond to several recent wildfires.