Today’s customers have much higher standards than they once did. Having grown up with technology, they are used to a more efficient and automated level of service that better meets their needs. Still, technology isn’t perfect, and when it does cause issues, they want that friendly, personal touch from a customer service team that is ready and waiting to assist them on-demand.
Read More
Here at Parker Technology, we understand that technology isn’t perfect—and it’s typically because it lacks that personal touch—which is why we believe in elevating the customer experience and troubleshooting problems by providing personal, on-demand assistance. Think of us like your troubleshooting partner. You operate the garage, we provide the customer service solution.
Read More
Parker Technology helps the City of Bethlehem Parking Services deliver on its promise to provide its guests with efficient, friendly customer service through technology advancement, allowing two-way communication assistance, integration with existing PARCS equipment, powerful reporting, and superior customer service.
Read More
Many issues can arise when parking facilities don’t utilize a system that optimizes daily operations. Traffic in lanes gets backed up, online reviews are posted, and the gate is vended more often. A quality system, like our 24/7 on-demand assistance, will not only benefit your staff, but if you align your priorities with operations, you will consistently deliver a satisfactory customer experience.
Read More
At Parker Technology, our solution provides you with flexible options that enable you to improve your level of service and boost revenue on your terms. No two companies are alike—we understand that your needs are as diverse as your customers, so we’ve created a parking solution that can adapt to your needs.
Read More
We just launched a new feature: language translation services in the lane. This is the first of numerous innovations scheduled to be released this year from our recently deployed software platform, Delta.
Read More
Skip to main content