HID® Global’s dual frequency Seos® + Prox smart card allows for seamless migration from 125 kHz proximity technology to the future-proof, high-frequency Seos solution. The card enables customers to maximize their investment with simultaneous support of widely adopted low-frequency proximity technology in conjunction with the heightened security of Seos.
Seos smart cards also enable users to carry dual identities in a single credential, delivering a true “one card” solution for physical and logical access control applications. The credentials can be programmed to open doors and access IT resources since they are provisioned to support other applications, including One-Time Password (OTP) authentication for network login.
Key Features
Versatile strong authentication —The solution of choice for companies looking for state-of-the-art access control and multi-application smart cardsIncreased interoperability—Open and standards-based solution supports future technologies and can store data for multiple applications that are independently protected (as part of a firewalled architecture)Effective risk mitigation—Provides protection against attacks and timely remediationEnhanced privacy— Communicates no traceable identifiers during card sessions to prevent card data from being divulged or cloned by unauthorized partiesGreater return on investment (ROI)—Programmable cards are based on a reliable platform. Includes a lifetime warrantyPart of HID Global’s iCLASS SE® platform —Based on its SIO (Secure Identity Object®) data model and Trusted Identity Platform® (TIP™) for increased security and adaptability
HID Global’s innovative Seos card with MIFARE DESFire EV1 implementation is a single RFID chip solution that supports Seos and MIFARE DESFire implementation.
HID Global’s innovative Seos card with MIFARE Classic implementation is a single RFID chip solution that supports Seos and MIFARE Classic implementation.
For environments where legacy iCLASS reader technologies are in place and an upgrade to advanced, more secure technology is desired