Parking goes Contactless - Uncanny Vision partners with netPark to change the way we park!

For Immediate Release

CONTACTLESS PARKING

Contactless Parking

“No ticket required. Just Park and Go” reads a sign on the side of PARK-N-GO Airport Parking in Dayton, Ohio.

As we all navigate in the ‘New Normal’ of the current covid situation, the parking industry sees a need to change the way we park! Few hospitals and other hisk risk public places went from almost $10 an hour to “Free Parking until further notice”, due to the need to reduce the number of touchpoints. As the touch based Kiosk of a Parking Access and Revenue Control System (PARCS) is a high risk touchpoint, many parking operators are seeking a way to mitigate the risk by moving to a touchless system.


Uncanny Vision, an Artificial Intelligence based Video Analytics company, which provides License Plate Recognition (LPR) systems has partnered with netPark a provider of advanced PARCS systems to deliver a Contactless Parking Solution. The system reads the license plate of a vehicle entering the facility and sends it to the netPark PARCS system which matches the plate to a monthly or a prepaid reservation and opens the gate automatically. All this process happens under a second, without the customer stopping the vehicle or having to depend on an app on their phone. This service provides a premium customer experience that is safe as well as enjoyable!

“Touchless / Frictionless Parking is not new, in fact we have been installing touchless systems for several years now in the US, India and Asia. The pandemic has only accelerated the transformation”, says Navananeethan Sundarmoorthy, Co-founder & CMO of Uncanny Vision.

Uncanny Vision partnered with netPark and deployed many projects to automate parking systems in the US. netPark is a leading provider of cloud-based technologies for the parking industry. netPark provides complete parking systems for both valet and self-parking facilities with installations in 40 states and Canada.

One of the early adopters of this system in the US is PARK-N-GO Dayton Airport Parking, which uses our solution at their facility. “We wanted to create a faster, safer and easier experience for our customers, and Touchless parking does exactly that! I’ll also save money on paper tickets and receipts, so that’s a plus.” said owner, Brian West.

“PARK-N-GO” TOUCHLESS PARKING LOT

For the safety and convenience of their customers “Park-N-Go” has created the Smartest airport parking lot in Ohio. With a prepaid reservation, customers can enter and exit the lot automatically, without even rolling down their window! The state-of-the-art License Plate Recognition system from Uncanny Vision and netPark can read the plate, find a reservation (or account), and open the gate automatically upon arrival. Upon exit, a receipt is automatically emailed to the customer. Fast+Safe+Easy = SMART!

To learn more about the Uncanny Vision LPR solution, email us at sales@uncannyvision.com

Read more about Uncanny Vision here: 
https://www.uncannyvision.com/

For more information about netPark and our contactless parking solutions visit our website at 
https://www.netpark.us or E-mail our team at sales@netpark.us.

Uncanny Vision Solutions
2140 South Dupont Hwy,
Camden, Delaware 19934

PR Contact:
Prush Palanichamy,
sales@uncannyvision.com
prush@uncannyvision.com

Uncanny Vision is an award-winning AI-based Computer Vision company delivering next generation Intelligent Surveillance solutions for Smart Cities, Smart Buildings & Smart Infrastructure – specifically for People & Vehicle Monitoring using Cameras. Uncanny Surveillance enables Cameras to “see” and “understand” their environment instantly using optimized real-time AI/Deep Learning algorithms. Uncanny Vision’s customers include multiple Fortune 500 customers in the US, Japan, South East Asia, Africa and India. Follow Uncanny Vision on Twitter (
https://twitter.com/UncannyVisionAI), LinkedIn (https://www.linkedin.com/company/uncannyvision-solutions) and Web (https://www.uncannyvision.com/)

This release was published on openPR.