.NET Core is a .NET implementation that is preferred in situations where cross platform portability is important. Including use in containers and running on environments such as macOS and Linux. wolfSSL has a C# wrapper written for the .NET framework that is fully capable of performing TLS/DTLS connections while using the optimized C code with hardware […]
Read MoreMore TagMonth: September 2020
What’s New in FIPS 140-3?
There are a few significant changes coming with FIPS 140-3. Over the years with many specification updates, a few things got a little inconsistent, so these inconsistencies have been brought back in line. wolfSSL is prepared to deliver the first and best implementation of FIPS 140-3, so get ready: The power-on self-test is changing. It […]
Read MoreMore TagwolfSSL-NXP Partnership Roundup
NXP® Semiconductors N.V. is one of the wolfSSL partner network members. wolfSSL ships with support for offloading cryptographic operations onto several NXP devices (such as the Coldfire and Kinetis) that include hardware cryptography modules. Examples of these operations include utilizing the Crypto Acceleration Unit (CAU), Memory-Mapped Crypto Acceleration Unit (mmCAU), LP Trusted Crypto (LTC), and […]
Read MoreMore TagUpcoming Partner Webinar with iWave
We are thrilled to announce a partner webinar with iWave! wolfSSL and iWave have partnered together to enable embedded TLS in the iWave portfolio of embedded solutions. iWave is a global embedded solution provider that offers a wide array of rugged and high-performance System on Modules (SoMs) and Single Board Computers (SBCs) build on NXP […]
Read MoreMore TagUpcoming Webinar: wolfSSL for STM32CubeMXv6
Watch the webinar: wolfSSL for STM32CubeMXv6! Join us for a 1-hour webinar to learn how wolfSSL & ST can easily integrate in STM32CubeMX projects. You will learn: New features of the latest STM32CubeMX tool from ST How wolfSSL embedded security features set users ahead of the pack with speed, portability and feature set How to […]
Read MoreMore TagRaccoon Attacks
If our little meme didn’t already convince you otherwise, raccoon attacks are not a big deal when it comes to wolfSSL, read more on our internal review of raccoon attacks here: https://www.wolfssl.com/wolfssl-raccoon-attack/! To learn more about us, checkout the wolfSSL embedded SSL/TLS library, star us on GitHub, and find out more about using TLS 1.3 […]
Read MoreMore TagwolfSSL + Tenasys INTime RTOS
Did you know that wolfSSL includes a port to the Tenasys INTime RTOS? You can read more in our original press release from Tenasys here: Secured INtime system traffic! Tenasys is using wolfSSL to secure their networked real-time systems and wolfSSL is happy to be integrated into the INTime networking stack which allows us to […]
Read MoreMore TagUser-Generated Performance Advisory for Cortex M – Newlib vs Newlib-Nano
A big thank you to @eli.hughes who has shared results for their own project in hopes of further helping fellow users when building on an embedded Cortex M platform. “I had a working project build with Segger Embedded Studio for a Nordic NRF52840 (64MHz Cortex M). We switched our build tooling to use cmake/ninja along […]
Read MoreMore TagQUIC WITH WOLFSSL
This post has been cross posted from Daniel Stenberg’s blog – originally posted here. We have started the work on extending wolfSSL to provide the necessary API calls to power QUIC and HTTP/3 implementations! Small, fast and FIPS The TLS library known as wolfSSL is already very often a top choice when users are looking for […]
Read MoreMore TagwolfSSL supports Infineon AURIX Boards
Three years ago, wolfSSL partnered with Infineon, making it easier to ensure security on Infineon-based projects. Today wolfSSL continues to foster our relationship with Infineon, including support for the latest AURIX boards. AURIX (Automotive Real Time Integrated Next Generation Architecture) is a 32- bit Infineon microcontroller family targeting the automotive industry in terms of performance […]
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