CLOUD_2700FIdentive Group announced the newest addition to its family of next-generation smart card readers. The new CLOUD 2700 contact reader allows secure logon to PCs and networks, authentication to web and cloud-based systems, single sign-on and secure access to banking and cashless payment applications. For government agencies and other high assurance environments, the CLOUD 2700 supports cyber security initiatives.

The CLOUD 2700 reader offers a new level of performance for the hundreds of millions of contact smart cards currently used for PC logon, as well as for the growing base of contact cards for banking, payment and identity management. User convenience was also an important focus in the development of the new reader and as a result the CLOUD 2700 is more interoperable and faster than any other device in the market,” said Dr. Manfred Mueller, executive vice president and COO, Identification Products for Identive.The CLOUD 2700 further extends our growing portfolio of next-generation contact, contactless, dual interface and integrated readers, providing a broad range of infrastructure options for large system roll-outs.

The CLOUD 2700 is based on Identive’s state of the art technology reader platform, which provides increased performance, shorter transaction times and enhanced security for sensitive data. The reader is fully compliant with the ISO7816 standard so works with any contact smart card. It is CCID compliant for USB interface and works with all major PC operating systems. EMV level 1 and GSA FIPS 201 certification make the CLOUD 2700 ideal for use in financial transactions and in highly secure government environments. The CLOUD 2700 reader is offered with fixed firmware or in a highly secure field-upgradable version for investment protection. An ergonomic casing design allows multiple methods for reader and card handling.

 

Leave a Reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Discover more from Silicon Trust

Subscribe now to keep reading and get access to the full archive.

Continue reading