Calculating the Hidden Cost of Gearing Up for Smart Cities
Cities are adopting smart technology like sensors and voice activation to detect and alleviate traffic congestion. However, cities face challenges in funding and integrating these technologies effectively. Successful smart city projects include real-time traffic management and connected LED street lights.
This story was produced through MarketScale. See how Industrial IoT teams put it to work with AI Visibility (GEO).
Key takeaways
Smart tech like sensors and voice activation help cities manage traffic congestion.
Integrating smart city technology poses funding and rollout challenges for municipalities.
Successful smart city projects include real-time traffic management and connected street lights.
Keypoints:
- Cities have started using smart tech to collect data.
- Sensors and voice activation detects things such as traffic congestion.
- Smart cities allow congestion to be rerouted via retimed traffic lights.
Commentary:
Cities at large have been starting to utilize technologies, such as voice activation and sensors that collect data to support their push toward transitioning toward being a smart city. Everything has a cost, though, especially when it comes to new technology for a whole municipality, and there’s an added cost as well within integrating a lot of these technologies. So we asked Steve Mazur, Business Development Director for Government Sectors, at Digi International, where most U.S. cities are facing some of this funding and rollout challenge with their innovative smart tech and why.
Abridged Thoughts:
One challenge is city sponsorship. I have seen some projects fall flat where the sponsorship for the project is not one of the operating departments within the city. Sometimes, a special committee is formed to assess the technology, which doesn’t have the support going forward after completion. But, there are many successful smart city projects. I can cite a few, especially in smart traffic, where city sensors are used to detect congestion around the city, and then traffic lights are then retimed to avoid those traffic-congested areas. Also, another good example is connected street lights. LEDs have now been deployed throughout cities across the United States, and they’re all connected via wireless communications.
More Like This Story:
Why Does the US Rank so Low in Smart Cities
How Can Smart Cities Elevate Cybersecurity Efforts?
How Smart Cities Will Benefit from New FAA Drone Rules
Stay tuned to MarketScale for more videos, podcasts, and thought leadership surrounding the future of the policy framework and technology integrations that will be powering the smart cities of tomorrow.
About the author
Daniel Litwin is a journalist of multiple disciplines focused on finding and telling engaging stories for B2B communities. He has interviewed executives from Fortune 500 companies including Honeywell, Microsoft, John Deere, and Chipotle, and leads editorial direction at MarketScale. Litwin hosts weekly shows and podcasts while helping develop new content approaches across the MarketScale platform. He holds a B.J. in Radio/Television Reporting/Anchoring and a B.A. in Spanish from the University of Missouri-Columbia.
