Webinar: Quantum-Resistant Cryptography for the IoT
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Webinar: Quantum-Resistant Cryptography for the IoT

When: Thursday, December 15, 2016
12:00 PM

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Customer concerns related to IoT security are becoming more prevalent as IoT becomes more mainstream. However, many companies involved in the production of low-resource IoT devices driven by 32-, 16-, and even 8-bit processors are not able to implement contemporary security solutions with acceptable runtime and resource allocation.

SecureRF’s asymmetric cryptosystems uniquely provide high-speed security for low-resource IoT devices without overwhelming available memory and power. Based on Infinite Group Theory, the theory of matrices with polynomial entries, and modular arithmetic, SecureRF’s cryptosystems will protect IoT devices when quantum computers are expected to become available and render other cryptographic systems obsolete.

Join us Thursday, December 15 to learn about the mathematical breakthrough underlying SecureRF’s cryptographic methods. A technical deep-dive of SecureRF’s protocol implementations and performance metrics for low-resource devices will reveal code size, RAM usage and other key information.


You’ll learn:

  • About the construction and abilities of the Ironwood™ key agreement protocol and WalnutDSA™ digital signature authentication algorithm
  • How SecureRF’s proprietary E-Multiplication™ function provides protection against quantum attacks 
  • How SecureRF’s cryptosystems reduce hardware requirements and costs
Register now

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