RFID Journal LIVE!

Thank you for visiting SecureRF at RFID Journal LIVE 2011. We invite you to learn more about our solutions or to contact us for more information.

SecureRF's high-performance asymmetric (Public Key) and symmetric (Private Key) cryptography delivers authentication and data protection solutions. Our patented technologies provide strong security and privacy for anti-counterfeiting applications, high-value supply chains and asset tracking for data-sensitive applications in the areas of defense, Homeland Security, Smart Grid, pharmaceuticals, food supply, and other sectors.

At LIVE! we demonstrated our public key cryptography via a key exchange and encryption/decryption between an active RFID tag and a transceiver. We also displayed our LIME Tag™ 2, a secure BAP tag with temperature sensor (and for fun, we also had a big container full of real limes). Congratulations to Tom of Maryland who was the winner of our Bose headset raffle.

Event Handout:

LIME Technology Public Key 2 flyer (PDF), SecureRF's LIME Technology delivers the industry's first Public Key (Asymmetric) security solutions for wireless sensors and RFID systems. Unlike Private Key or Symmetric systems that require "Pre Shared keys", SecureRF's security methods provide easy to use key management solutions making them ideal for a wide range of industry needs.

Product Data Sheets:

LIME Tag™ 2 product data sheet (PDF), a battery-assisted passive RFID tag with a temperature sensor and a bus for additional, optional sensors.

White Papers:

An Introduction to Cryptographic Security Methods and Their Role in Securing Low Resource Computing Devices
An Overview of Public-key Cryptosystems based on RSA, Diffie-Hellman and the Next Generation of Public-key Cryptographic Security for Low-Resource Computing Devices - the Algebraic Eraser™ (Spring 2010)
Download now (no registration required).

Security in Low Resource Environments
A business paper that focuses on the difficulty current public key protocols have in addressing security issues in low resource environments. (January 2006)
Request this white paper, registration required.

Key Agreement, The Algebraic Eraser™, and Lightweight Cryptography
A technical, mathematical paper written by SecureRF cryptographers.  A version of this paper was published in December 2006 by The American Mathematical Society in their Contemporary Mathematics series journal called Algebraic Methods in Cryptography.
Request this white paper, registration required.

Presentation:

How to Keep RFID Data Secure (PDF), presented on April 13th in the How to Deploy track by RFID Secuity Alliance members Louis Parks and Mike McCartney.

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