Latest Posts

• uncategorized wolfboot

  Secure Boot on AMD Versal with wolfBoot

  The AMD Versal™ Gen 1 VMK180 evaluation kit integrates Arm® Cortex®-A72 processors with programmable logic and AI engines in a single device. This article announces wolfBoot support on the VMK180, showing how a vendor-neutral secure bootloader can provide cryptographically verified boot and secure, updatable firmware for Versal-based systems.

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• post-quantum uncategorized wolssl

  Accelerating ML-DSA Key Generation with wolfSSL and CUDA

  With the formalization of ML-DSA for post-quantum usage, lattice-based cryptography introduces a significant compute challenge. Unlike traditional ECC or RSA, ML-DSA relies on complex polynomial math across hundreds of dimensions, creating a performance wall for high-volume systems.

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• uncategorized wolftpm

  Announcing wolfTPM Firmware TPM (fTPM) Support

  wolfSSL is excited to announce firmware TPM (fTPM) support in wolfTPM — a production-ready, open-source, embedded firmware TPM 2.0 implementation built on wolfCrypt. wolfTPM fTPM fills a critical gap in embedded security: teams that need software-based TPM services on MCUs and SoCs can now use an open-source implementation with commercial...

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• uncategorized

  wolfHSM with PQC: Preparing Hardware Security Modules for the Post-Quantum Era

  PQC is coming to automotive HSMs. Are your architectures ready?

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• uncategorized wolssl

  What wolfSSL supports for RISC-V Users

  Core RISC-V Support wolfSSL has no external dependencies and runs on nearly any RISC-V board using standard GNU toolchains.

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• uncategorized wolfhsm wolftpm

  What Is the Difference Between HSM, TPM, Secure Enclave, and Secure Element or Hardware Root of Trust?

  HSMs, TPMs, Secure Enclaves, and Secure Elements are all dedicated security components that exist to service other devices. While at a high level they have similar security goals and intentions (e.g. private key isolation), they are not the same things, and they do have important differences. This blog post will...

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• uncategorized fips

  Drop-In FIPS Compliance for Linux: OpenSSL, NSS, GnuTLS, libgcrypt, and Kernel

  Do you have a Linux appliance, embedded system, container image, VM image, or distribution that must meet FIPS 140 requirements, or interoperate with systems operating under FIPS restrictions?

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• uncategorized wolfmqtt

  Announcing wolfMQTT v2.0.0: A Lightweight Built-In MQTT Broker

  We are excited to announce the release of wolfMQTT v2.0.0, a major milestone that introduces a brand-new lightweight MQTT broker as its headline feature. This release represents a significant evolution of the wolfMQTT library, expanding it from a client-only library into a complete MQTT solution for embedded systems, IoT gateways,...

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• post-quantum uncategorized

  PQC in the linux kernel

  The linux kernel’s ctcrypto subsystem is powerful and flexible, containing the kernel’s internal implementations for familiar algorithms such as RSA and ECDSA, along with an API framework that allows registering cryptographic providers for other crypto-consuming modules. A quick glance at output from cat /proc/crypto shows a rich set of crypto...

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• uncategorized wolssl

  wolfSSL 5.9.0 Released

  We are excited to announce that wolfSSL version 5.9.0 is now available! wolfSSL 5.9.0 brings a strong focus on advancing post-quantum cryptography support, an expanded Rust wrapper, new hardware platform integrations, and a number of security vulnerability fixes.

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