We’re building a kernel-native DTLS 1.3 stack — the full wolfSSL handshake and record layer running entirely in Linux kernel context, with no userspace daemon. Before we commit to productizing it, we want to know who needs it.
We’re proud to announce that wolfCrypt Post Quantum has officially received CAVP validation from NIST, listed under certificate #A8437. This validation covers the CNSA 2.0 compatible algorithm library contained within the wolfSSL TLS bundle (v7.0.0), and is a critical milestone on the path to a full FIPS 140-3 module validation...
wolfTPM’s firmware TPM (fTPM) is a pure-software, TPM 2.0-compliant module that runs on any 32-bit or larger MCU or co-processor. No discrete TPM chip required. No I2C/SPI bus to manage. Same TPM2_* API on the application side as a hardware TPM, but the TPM logic is yours to place, isolate,...
FIPS 140-3 Kernel Crypto: libwolfssl.ko delivers a FIPS 140-3 compliant cryptographic stack for the Linux kernel, using the same validated wolfCrypt implementations as the user-space library.
wolfBoot, the secure bootloader from wolfSSL, has a new target: ST’s STM32G4 family of mixed-signal Cortex-M4F microcontrollers. The port has been validated on the NUCLEO-G491RE board (STM32G491RET6: 512 KB flash, 96 KB SRAM, 170 MHz).
WireGuard has become the gold standard for modern VPN deployments due to its simplicity and speed. However, regulated environments have historically faced a frustrating trade-off between compliance and simplicity, leaving teams stuck with heavy, complex legacy solutions.
Integrating Wi-Fi mesh networking into embedded systems can introduce challenges around portability, memory usage, debugging, and network stack integration—especially across RTOS and MCU platforms.
wolfCLU release 0.2.0 is now available. Major feature additions were added; dual-algorithm certificates, a full OCSP client/responder, a cross-platform test suite, and a large round of security hardening.
Highlights: