Fybr's in-ground parking occupancy sensors detect when a vehicle arrives in a space and how long it stays, then report that status in real time through the Fybr network. That data powers parking guidance for drivers, directed enforcement for officers, and analytics for city staff.

Fybr's sensor data has been independently validated. In a City of Columbus pilot comparing three parking occupancy technologies, city staff called Fybr's results "by far the most accurate," and University of Washington researchers validated Fybr's detection against video in Seattle.

Yes. Fybr's sensors can be embedded in street surfaces and are designed and field-tested to withstand snow plows, street sweepers and severe weather.

Fybr's sensors are designed to last at least 10 years under normal operating conditions. Fybr offers a full warranty on all hardware throughout the associated contract life.

Yes. Sensors can be embedded in-ground, surface mounted, or installed under decorative pavers, which suits historic districts.

Fybr's sensors are deployable in any space type, whether on-street or off-street. This includes loading zones, no parking areas, ADA spaces, and EV spaces. Additionally, our FybrCount offering installs sensors at facility entrance and exit points for real-time vehicle counting.