Authentication and Data Protection
for the Internet of Things

We provide public-key (asymmetric) security for low-resource devices. Our ultra-low-energy, fast, and small-footprint solutions are ideally suited for 8-, 16-, and 32-bit processors.


Public-key security solutions and tools for your MCUs, ASICs, FPGAs, sensors, and more

Automotive Opportunity and Security Challenges Highlighted at GSA Silicon Summit

SecureRF recently participated as an exhibitor at the GSA Silicon Summit, held April 19 in San Jose, California. The event offered attendees a great opportunity to connect with many of the leading and emerging players in the semiconductor ecosystem and also learn about new trends in the industry. While a number of interesting topics were…
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WalnutDSA Presented at NIST’s First PQC Standardization Conference

On April 11, NIST held their first Post-Quantum Cryptography (PQC) Standardization Conference, an important milestone in the project and the effort to find and standardize quantum-resistant security solutions. More about this project and SecureRF’s involvement can be found here. The workshop brought together presenters of more than 60 submitted solutions to NIST’s call for quantum-resistant,…
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On the Path to a Secure Boot Solution for RISC-V

As the RISC-V ISA gains in popularity and more industries proceed with plans to build and deploy systems based on RISC-V technologies, the security requirements of those systems will grow. One avenue that hackers have used to exploit systems has been to modify the firmware and cause it to misbehave. For example, one of the…
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NIST Post-Quantum Cryptography Standardization Project and SecureRF

Quantum computing is moving  from theory to reality. MIT and commercial entities including IBM, Microsoft, and Google have already delivered elementary quantum computing platforms. When large-enough quantum computers are built, known algorithms will be able to weaken or break most of the public-key methods now in use. Concerns over the security threat this represents are…
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Bloomberg: Most Connected Devices are Easy to Hack. This Company Says it Can Fix That.

Most smart, connected devices are often easy to hack because they have low-power, low-resource processors, making current methods of security impractical or impossible. As a result, these devices, and the networks they are connected to, are vulnerable to attack. SecureRF has an answer–its solutions are aimed specifically at protecting the low-power processors that run internet-connected appliances and other…
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SecureRF to Showcase Future-Proof Security Solutions for Low-Resource Processors at Embedded World 2018

IoT developers looking for quantum-resistant authentication and data protection solutions for their embedded devices and processors will find the smallest and fastest solutions from SecureRF on display at Embedded World 2018.   We will be giving live demonstrations of their methods that are more than 90 times faster than ECC daily on the show floor. The…
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Prepare for a Post-Quantum World

If you are designing solutions that will be in the field for extended periods of time, then you need to consider the current development of quantum computers that will break popular security methods like ECC and RSA. SecureRF’s public-key protocols, based on Group Theoretic Cryptography, are quantum-resistant to all known attacks.