Category: wolfSSL/ wolfCrypt

wolfSSL 5.7.4 adds support for Renesas TSIP v1.21 on RX72N and RX65N platform. The RX72N and RX65N are the flagship models of RX series, using a 32-bit, 240 MHz on RX72N, and 120 MHz on RX65N. Using the TSIP driver, wolfSSL can offload supported cryptographic and TLS operations on the underlying Renesas hardware for increased […]

Read MoreMore Tag

Welcome 2025 with boundless possibilities and stronger security! We are excited to introduce wolfSSL 5.7.6, the latest update in open-source cybersecurity! Designed with the cleanest code, this release is packed with exciting enhancements: Expanded Hardware Support: wolfSSL hardware support now includes RP2350 and STM32MP135F, with enhanced capabilities for RP2040 and Renesas TSIP. Enhanced APIs: APIs […]

Read MoreMore Tag

wolfSSL has recently made important improvements to its Online Certificate Status Protocol (OCSP) support. A recent fix in pull request #7779 addresses an issue where the OCSP request was incorrectly freed when saved in ssl->ctx->certOcspRequest. This update ensures that the OCSP request is properly retained, enhancing the stability and reliability of certificate status checking. In […]

Read MoreMore Tag

Starting in wolfSSL 5.7.4, it is now supported to use NXP’s MMCAU hardware accelerator to handle DES and 3DES ECB Crypto Operations. This addition to the MMCAU hardware port can be seen in PR #7960. The MMCAU can be used to speed up other cryptography algorithms in wolfSSL like: AES – 128/192/256 MD5 SHA – […]

Read MoreMore Tag

Are you looking to add FIPS 140-3 certified cryptography to your Realm database? wolfSSL has you covered! We’ve successfully integrated wolfSSL into Realm, providing you with robust TLS and cryptographic functionality. A version tested on Linux is available, and we can also help you enable support for platforms like Android and iOS upon request. Getting […]

Read MoreMore Tag

It’s never been easier to get started with wolfSSL on Microsoft Windows using Visual Studio 2022! New VS2022-specific project and solutions files have been created for both the wolfssl/wolfcrypt core library, as well as the test and benchmark examples. These files are available immediately on GitHub and are included in the recent release. For long […]

Read MoreMore Tag

Did you know that wolfSSL has been ported to and tested on Xilinx Versal hardware? There is support also in wolfSSL to make use of the Xilinx hardened crypto, enhancing both security and performance. Xilinx hardened crypto has accelerated crypto operations (SHA3-384 / AES-GCM / RSA / ECDSA) available on Ultrascale+ devices and is available […]

Read MoreMore Tag

With wolfSSL release 5.7.4 we added the macro WOLFSSL_ARMASM_THUMB2. This macro can be defined to enable Thumb-2 ARM instruction optimizations and replaces the previous attempted autodetect on the macros __arm__ and __thumb__. Giving users complete control over which ARM assembly optimizations are compiled and used. When building for Thumb-2 the source files beginning with thumb2-* […]

Read MoreMore Tag

Have you been trying out post-quantum algorithms in wolfSSL’s products? As you probably know, here at wolfSSL we have a step-wise approach to post-quantum algorithm integration: Define an API in wolfCrypt. Do an integration with an existing reference implementation (ie.: liboqs, PQM4, hash-sigs liblms, xmss-reference). Use these APIs in higher level libraries and products (ie.: […]

Read MoreMore Tag

Our wolfSSL library has several post-quantum algorithms built in, but on their own, they aren’t always useful. How else can the PQC algorithms be used in production? Well, one of our areas of expertise is getting other open-source projects working with wolfSSL and then getting those integrations using post-quantum algorithms. We have post-quantum integrations with […]

Read MoreMore Tag