One week to SecTor. If your 2027 roadmap includes post-quantum migration, come find wolfSSL on the expo floor. We've been shipping quantum-resistant algorithms in production TLS for a while now, and we're happy to get into the details.
Doors are open at Cyber Security World Asia. Swing by and ask us the hard questions: FIPS 140-3 validated cryptography, quantum-resistant algorithms you can deploy today, and why memory footprint still decides what security actually ships.
wolfProvider adds LMS signature verification for OpenSSL applications.
The new verification-only support brings LMS, a stateful hash-based signature scheme standardized in RFC 8554 and NIST SP 800-208, to the OpenSSL EVP interface.
Requires OpenSSL 3.6+.
Learn more: wolfssl.com/wolfprovider-add…#LMS#PQC#OpenSSL
I think that for secure software it's more useful than ever to measure, minimize, and verify the TCB. State a security goal (e.g. "my screen will show 'From: Alice' only for messages from Alice"); restructure software with a tiny nucleus enforcing this goal against all other LOC.
Take a wolfIP port from network-driver bring-up through RTOS socket integration.
Using simple driver examples and a #Zephyr case study, this webinar covers tasks, locking, callbacks, and reliable socket wakeups.
September 30 | 8 AM PT
Register now: streamyard.com/watch/HSAq8F4…#RTOS#TCPIP@ZephyrIoT
Secure boot. Firmware integrity. SBOMs. Vulnerability handling.
These are part of the broader cybersecurity considerations connected-product teams need to prepare for under the EU Cyber Resilience Act.
Join us to get a practical overview of CRA requirements, timelines, and next steps.
Save the date: Sep 29 | 15:00 CEST / 6:00 PST
Register now: us02web.zoom.us/webinar/regi…#CyberResilienceAct#CRA#SecureBoot#SBOM
wolfCrypt FIPS 140-3 v7.0.0 brings major updates for post-quantum security and CNSA 2.0.
The upcoming module adds ML-KEM, ML-DSA, SLH-DSA, LMS, and XMSS, strengthens module boundary and key protections, and supports user and kernel space across x86, ARM, and RISC-V.
Watch now: piped.video/W6bmdxh3YLM?si=FgP7…#FIPS#PQC#CNSA20
Signed firmware is only the beginning of secure boot.
This presentation explores threat models, anti-rollback, recoverable updates, measured boot, attestation, and fault-injection defenses—with wolfBoot demonstrations showing how these protections work in practice.
Watch on demand: piped.video/EY9LNX5bBTo?si=U3dN…#SecureBoot#OpenSource
FIPS 140-3 support is now available for NetworkManager with wolfCrypt FIPS, tested for use in NetworkManager environments.
Bring lightweight, FIPS-validated cryptography to Linux networking for wired, wireless, VPN, and mobile connectivity.
Learn more: wolfssl.com/networkmanager-i…#FIPS#NetworkManager#Linux#EmbeddedCybersecurity
💻🗓️Join us at the #STM32 Summit on November 3. Hear the strategy shaping the future of STM32, see new product and ecosystem announcements, and learn from real-world applications. Save the date.
➡️spkl.io/60127RvH4#STM32Summit
Building connected products for the EU? The Cyber Resilience Act brings cybersecurity requirements across the product lifecycle—from development and secure updates to vulnerability handling and documentation.
Join our September 29 webinar for a practical look at CRA requirements, secure boot, firmware integrity, SBOMs, timelines, and what engineering teams can prepare now.
Save the date: September 29 | 15:00 CEST / 6:00 PST
Register now: us02web.zoom.us/webinar/regi…#CRA#Cybersecurity#SBOM#CyberResilienceAct
How does a network driver connect to wolfIP?
Follow packets through the wolfIP_poll() cycle and learn how to handle Ethernet frames, DMA rings, buffer ownership, cache coherency, and PHY initialization.
September 30 | 8 AM PT
Register today: streamyard.com/watch/HSAq8F4…#TCPIP#RTOS#Zephyr@ZephyrIoT
Need to connect more PCIe® endpoints without adding hardware costs? Our PCIe® solutions support scalable connectivity with PCIe expansion, port splitting and flexible configurations, helping maximize existing resources while minimizing hardware requirements. mchp.us/4y7IahV#PCIeSwitches#Industrial#AI#MachineLearning#Robotics
How small can real TLS 1.3 get? Small enough for the most constrained device on your bench. Find out at Cyber Security World Asia next week - wolfSSL will be on the floor talking lightweight crypto, secure IoT messaging with the wolfSSL MQTT Broker, and everything in between.