Connected cameras detect occupied bays and send records to shared cloud software. Facility teams review use and equipment status, while colour indicators and selected signs guide drivers toward available spaces.
Facility teams need bay occupancy records and clear information for drivers choosing where to park. Park Assist (TKH) combines camera sensors, colour indicators, wayfinding signs and cloud software for this work. The installation is engineered around the facility layout and its selected driver information channels.
M5 sensors mounted above driving lanes use one or two cameras to monitor suitable bays. Each device detects vehicle occupancy locally and provides integrated licence-plate recognition. Ethernet cabling and selected power equipment connect the sensors and signs with the backend. INX, the cloud management platform, presents current and historical records through dashboards, reports and facility maps.
Drivers use sensor colours and selected signs to identify bay types and available areas. Operators review occupancy, dwell time and turnover, assess device status and configure selected signage or sensor settings. Reports compare activity across chosen periods, regions or bays. Suitable API integrations share selected records with revenue systems and other applications. The connected workflow brings measured bay activity into driver guidance and the team's continuing facility review.
Sensors, gateways and spare units
Site survey, mounting, commissioning and configuration
Platform subscription, connectivity, data and support
This is an estimate by IoT Apps based on comparable deployments, not a quote from Park Assist (TKH).
Get an estimate for your own project and invite Park Assist (TKH) to confirm a price and lead time, on this page. Taxes, shipping, civil works and custom integration are not included. How IoT Apps estimates costs
Guide parking from camera-based occupancy counts.
Manage curbside parking payments and time rules.
It can monitor up to six bays, typically three on each side of the driving lane, depending on the engineered placement.
The installation uses CAT6 Ethernet cabling with suitable power cabinets and selected passive Power over Ethernet injectors.
It can continue local occupancy detection, update its LED indicator and store selected records for transfer when the connection returns.
Selected views include occupancy, dwell, turnover, vehicle visits and historical comparisons across the chosen bays or regions.
Every page carries a cost estimate by IoT Apps for your own sites and assets; set your budget and invite Park Assist (TKH) to confirm a price and lead time.
For 1 site with 10 monitored assets in United States, IoT Apps estimates $3,500 – $11k in the first year and $200 – $800 every year after. This is an estimate based on comparable deployments, not a quote from Park Assist (TKH).
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