Category: wolfSSL/ wolfCrypt

PQC support for the Zephyr port was introduced in the last wolfSSL release using liboqs. This involved adding necessary files to the CMakeLists.txt for the Zephyr module. Zephyr is an open-source real-time operating system (RTOS) designed for resource-constrained devices and embedded systems. It is maintained by the Linux Foundation and supported by a vibrant community […]

Read MoreMore Tag

MicroBlaze, developed by Xilinx, is a soft processor core optimized for Xilinx FPGAs. It offers flexibility and scalability, making it suitable for a wide range of applications, including embedded systems and IoT devices. Integrating wolfSSL’s AES-GCM with MicroBlaze is possible and has been done running on a soft CPU on MicroBlaze. In the latest wolfSSL […]

Read MoreMore Tag

Did you know wolfSSL has integration of RSA-PSS signatures with Certificate Revocation List (CRL) support? RSA-PSS: Enhancing Security Layers RSA-PSS, or Probabilistic Signature Scheme, represents a modern approach to digital signatures. Unlike traditional RSA signatures, RSA-PSS offers improved security properties, making it more resilient against various cryptographic attacks. By adopting RSA-PSS, wolfSSL users benefit from […]

Read MoreMore Tag

In the last release of wolfSSL there was some house cleaning done on older RSA implementations. The user RSA layer was removed along with the hooks used for tying in IPP. When those were first introduced we had yet to implement SP (single precision) versions of RSA. Fast forward to today, and there is a […]

Read MoreMore Tag

Recently, a notable modification was introduced in wolfSSL, a prominent provider of security solutions. Pull request #7245 (https://github.com/wolfSSL/wolfssl/pull/7245) focuses on optimizing memory management by introducing a function to unload intermediate CA certificates and free up memory. Let’s explore the significance of this code change and its potential impact on enhancing efficiency and resource utilization within […]

Read MoreMore Tag

wolfSSL is announcing a long term support (LTS) version of the wolfSSL library. The goal of this product will be to provide users with fully ABI compatible releases of wolfSSL that are secure against all known vulnerabilities. Patches for vulnerabilities will be backported to the LTS branch in an ABI compatible way to guarantee security […]

Read MoreMore Tag

Recently, we have seen an uptick in interest in securing communications between different embedded modules within a larger system. The academic community has seen great work in showing that these communications need to be secured; especially in the automotive space. Are you looking to start securing your internal communications over UART, I2C or SPI? With […]

Read MoreMore Tag

Version 5.7.0 of wolfSSL is now available! Many new and exciting features were added in this release. Near the top of that list is the addition of our Kyber implementation along with other post quantum algorithm support. This empowers you to future-proof your security measures, ensuring robust protection against evolving threats. In addition to introducing […]

Read MoreMore Tag

Getting started with wolfSSL has never been easier. We’ve recently updated our library as published on the Arduino libraries site, listed in the “Communications” section: https://www.arduino.cc/reference/en/libraries/wolfssl/ To use wolfSSL in the Arduino IDE, download the latest IDE version from arduino.cc and follow the installation instructions. Note that if you used any version of wolfSSL prior […]

Read MoreMore Tag

The wolfSSL lightweight SSL/TLS library and underlying wolfCrypt cryptography library have included support for the NXP SE050 module since November 2021. Since that time we have been increasing compatibility with SE050 along with usage of SCP03 (Secure Channel Protocol 03) authentication. To help users get started with TLS usage, we also have two example client […]

Read MoreMore Tag