Today’s smartphones offer artificial intelligence capabilities that support a robust digital persona. To better support an increasingly mobile workforce, rf IDEAS® offers dual-frequency readers that incorporate a Bluetooth® reader for access control using industry-leading mobile credentials in addition to reading 125 kHz proximity or 13.56 MHz contactless smart cards.
Trust begins here.TM
Event and attendance tracking plays an important role across educational settings. Students use identity cards and mobile credentials for classroom attendance, equipment check-out, accessing the library or school bus, meal plans and secure entry and access across campus facilities.
Last revision date: April 20, 2020
Size: 1.2MB
Version: 1.2.0
Application Type: Configuration software for the WAVE ID Mobile
The manual covers the functionality of the WAVE ID® Mobile Configurator application used in conjunction with the WAVE ID® Mobile reader.
Time flies. It’s been two and a half years since I shared Three Insights for a Successful RFID Reseller with rf IDEAS for publication on their blog. Readership has been strong, and the relationship between rf IDEAS and Windmill Computing has continued to grow over the years, for which I’m grateful. But I’m often asked, “What has changed since then?”
In this interview, Wright explains how Imprivata and rf IDEAS collaborate on new authentication technologies to bring unsurpassed efficiency and security to busy healthcare environments.
As the logical access control pioneer and long-time leader, rf IDEAS is laser-focused on the opportunities for mobile access. Our WAVE ID® Mobile Readers work with today’s most widely used mobile credentials—including HID® Mobile Access, Orange Business Services Pack ID and Safetrust Wallet—while simultaneously supporting virtually every proximity and smartcard technology used worldwide.
rf IDEAS continues to advance the future of secure mobile access. Developed in partnership with HID Global, the newest addition to the rf IDEAS WAVE ID Mobile reader line supports the HID Mobile Access credential on Bluetooth® Low Energy enabled mobile devices.
