Smart Parking for Smaller Cities: Where to Start and What to Expect
Updated: Oct 28
Most of the attention in smart parking goes to larger cities. But many cities with the clearest parking problems are much smaller. A historic downtown with a few blocks of two-hour parking, one enforcement officer and businesses that depend on turnover faces the same core question as a major city: how is our parking actually being used, and how can we better manage it to serve our users?
Smaller cities are often well positioned to answer that question. Parking pressure tends to sit in a handful of blocks, so a focused deployment can cover the spaces that matter most. And for teams with limited staff, real-time data shows exactly where attention is needed, so a small team can do more with less. That's what makes smart parking for smaller cities a practical starting point, not a scaled-down version of a big-city program.
Where to start
These steps follow the broader framework in our post on modern parking best practices for cities, adapted for smaller downtowns.
1. Agree on your objectives as a staff while gathering stakeholder needs. Downtown parking is a shared resource serving merchants, visitors, employees and residents, and a thriving downtown depends on it working for all of them. Start by agreeing internally on what your parking should accomplish: making spaces easy to find, keeping prime spaces turning over for customers, giving employees and residents appropriate options, and making the most of existing parking before building more. Gather input from the people your parking serves to ensure your objectives match the realities users face. Expect their views to differ, both on what's actually happening and on what should change.
2. Measure continuously, and manage with what you learn. Objective data is how you work through those differences. Avoid major parking decisions based on a study done every several years or built on a few days of counts. A snapshot can't show how demand shifts with seasons, events and new businesses, or how drivers respond when a rule changes. Continuous measurement of four things tells most of the story: occupancy (how full spaces are), duration (how long vehicles stay), turnover (how many vehicles use a space in a day) and compliance (how often time limits and other rules are followed). With those, everyone works from the same current facts, you can adjust time limits and enforcement as conditions change, and you can make the case for or against new parking supply with evidence.
3. Measure your whole public inventory, not just the problem blocks. Complaints usually come from a few busy blocks, but the solution often lies in the lots and streets nearby. Measuring across all your public parking shows where demand can be shifted, whether new rules are working, and whether you need new supply at all.
4. Plan for the whole downtown, not just car spaces. A public parking map can also show ADA and EV spaces, bike parking, event closures and construction. Choosing a platform that can add those layers later saves you from buying a second system. For EV spaces in particular, look for space-level occupancy detection: a charger reporting that it's idle doesn't mean the space is open, since other vehicles often park in charging spots.
What Smart Parking for Smaller Cities Looks Like in Practice
Glens Falls, New York: replacing tire chalking. The city's parking study found that 20% of parkers in the downtown core stayed past posted time limits, and that those vehicles accounted for 39% of parking hours. The study also concluded that demand didn't justify building a new parking structure. The city installed 149 Fybr in-ground sensors, replacing chalking with real-time duration data that alerts its officer when a time limit is exceeded. Read the Glens Falls case study
Dublin, Ohio: solving one specific problem. Dublin focused on illegal parking in no-parking zones and center-left turn lanes in Historic Dublin. With 61 sensors, the city sends violation notifications to its police and reviews occupancy data with Fybr. A city-commissioned report found Fybr was the only provider among those evaluated that supported both embedding its dashboards in the city's data portal and integrating its data through an API. Read the Dublin case study
Marysville, Ohio: helping drivers and officers. In Uptown Marysville, drivers see open spaces in real time through the Marysville Parking app, while the city's police division uses space-level duration data to manage two-hour limits. The City of Marysville reports that Fybr's enforcement app "has made our team incredibly efficient and effective in the field." View the Marysville deployment
Westerville, Ohio: shifting demand to underused lots. Westerville's on-street spaces were crowded while nearby public lots went underused. The city installed 393 sensors in its off-street lots so drivers can see open spaces, including EV charging spaces, before they arrive. View the Westerville deployment
What to ask any vendor
Who installs, monitors and maintains the system? With limited staff, you want one company responsible from installation through ongoing maintenance, not a patchwork of contractors.
How do alerts reach your officers, and how many will they get? Officers should only see real exceptions, like overstays and vehicles in restricted zones, not every car that comes and goes. Ask how alerts are filtered and how they reach your team: your dispatch system, a mobile app or email.
Who owns the data, and can it connect to your existing systems? Look for API access, the ability to bring data into your own systems as Dublin did, and clear pricing for any integration, including with police dispatch.
Does it collect personal information? Parking occupancy sensors can detect whether a space is occupied and for how long without identifying the vehicle or driver.
Will it work in your climate? If you get snow, ask for examples from cities that do.
Can you talk to a city like yours? References from a similar-sized downtown are worth more than a big-city logo.
The bottom line
Smart parking isn't only for large cities. For a small downtown, a focused deployment can replace guesswork with data, help limited staff do more, and give city leaders the evidence to manage their parking policies better and decide whether they really need that next lot or garage.