wolfSSL version 5.6.4 is now available! This update introduces a number of exciting new features. We’ve added post-quantum support to DTLS 1.3, expanded sniffer support with keylog use, integrated post-quantum stateful hash-based signature schemes like LMS/HSS and XMSS/XMSS^MT, introduced Ada bindings, expanded our range with additional SM2 cipher suites, and incorporated AES EAX mode, and […]
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wolfBoot v2.0.0
Designed by @Noxifer81 The long awaited version 2.0.0 of our bootloader is finally out! Here is a summary of some of the new key features, selected from the full changelog, available at github. Post-Quantum secure boot As previously announced in a recent blog post, wolfBoot 2.0.0 supports post-quantum secure boot. wolfBoot 2.0.0 is, to our […]
Read MoreMore TagwolfMQTT Releases v1.17.0
The latest release of wolfMQTT, v1.17.0, is now available! This release has several bug fixes and optimizations including: Fix for declaration after executable block by @lealem47 in #341 Add QNX IDE, Makefile, and remove source code exec bit by @JacobBarthelmeh in #317 update for cmake after wolfssl added NAMESPACE by @JacobBarthelmeh in #343 Add mutex […]
Read MoreMore TagLive Webinar: Everything you need to know about DTLS 1.3
Announcing the Highly-Anticipated Return of the DTLS 1.3 Webinar! We’re thrilled to invite you to the upcoming webinar, Everything you need to know about DTLS 1.3, on November 9th presented by wolfSSL Senior Software Engineer, Juliusz. If you’re eager to delve deep into the world of DTLS 1.3 and expand your knowledge, this is an […]
Read MoreMore TagEnhanced PKCS7 support in wolfSSL
Previously with calls to wolfSSL_SMIME_read_PKCS7 in wolfSSL we were automatically performing a verification of the bundle’s signature after parsing it. To support more use cases the behavior was updated to allow for only parsing the ASN.1 syntax when calling wolfSSL_SMIME_read_PKCS7. Now more complex bundle setup’s are supported and more flexible means of verifying the bundle […]
Read MoreMore TagwolfTPM v3.0 Released
This is a major version for wolfTPM. We are excited for this release because it includes some really excellent new features and fixes! Secure Boot Examples: This release adds new examples for secure boot. See examples/boot/README.md for details. We added a new secret sealing/unsealing example based on an externally signed policy. This is a complex […]
Read MoreMore TagwolfSSL Extends Support for System CA Certificates to Apple Devices
We are excited to announce an important update for our Apple device users: wolfSSL’s support for installed system CA certificates now extends to Apple devices! This means that applications can now use the convenient wolfSSL_CTX_load_system_CA_certs() API to authenticate TLS connections against certificates installed to the system trust store. Due to recently introduced OS changes around […]
Read MoreMore TagRepost: wolfBoot support for the STM32C0
Designed by Freepik: www.freepik.com We are adding wolfBoot support for the new STM32C0. This is a low cost MCU similar to the STM32G0 based on a Cortex-M0 (48MHz). It is a very low cost general purpose 32-bit MCU with up to 32KB flash and 12KB RAM. Our wolfBoot secure bootloader is the only solution available […]
Read MoreMore TagLive Webinar hosted on Australian time for our Asia Pacific audience: SM Ciphers are now implemented in wolfSSL
How to access them, use them, and what sets them apart. Join us for an informative webinar on the release of wolfSSL’s SM cipher implementations, presented by wolfSSL Senior Software Engineer Sean on November 3rd at 12pm AEST. This webinar is scheduled for Australian time to cater to our audience in the Asia Pacific region. […]
Read MoreMore TagNative CAN bus and A Full API Manual for the wolfSentry Embedded Firewall/IDPS
With our recent release of version 1.6, wolfSentry now natively supports CAN bus, with idiomatic bitmask-based address matching. Addresses and bitmasks can be supplied as hexadecimal, octal, or decimal numbers, supporting both 11 bit part A and 29 bit part B addresses. Indeed, all address families now support bitmask matching, including user-defined address families, with […]
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