Active Certificates: wolfSSL holds two active FIPS 140-3 certificates #4718 and #5041. Download wolfSSL → Entropy Validation: An Entropy Source Validation (ESV) is currently at the CMVP for an in-house, high-performance software jitter TRNG and the Jan 1, 2026 Transition! In addition to the above, here is a roadmap of how 2026 will go for […]
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FIPS 140-3 Kernel Cryptography for Yocto
Introducing meta-wolfssl support for LinuxKM: build-time FIPS-validated kernel crypto for embedded Linux What’s New: LinuxKM Recipes in meta-wolfssl The meta-wolfssl Yocto layer now includes recipes for building wolfSSL’s Linux Kernel Module (LinuxKM) directly into your embedded Linux images. This means Yocto-based projects can integrate FIPS 140-3 validated cryptography at the kernel level. You can now: […]
Read MoreMore TagNVIDIA Jetson GPU boards getting FIPS 140-3 OE certification
wolfSSL is bringing FIPS 140-3 to the NVIDIA Jetson Orin GPU platform, in both kernel and userspace contexts, with a kernel module alongside user-space cryptography that works under OpenSSL, GnuTLS, and Gcrypt, requiring no or minimal changes to applications. Download wolfSSL → It is ARM64-native and uses AES-XTS to meet the high throughput demands of […]
Read MoreMore TagBringing FIPS 140-3 to Proxmox Virtual Environments with wolfCrypt-FIPS
Organizations in government, healthcare, finance, and critical infrastructure sectors are required to meet stringent compliance standards, and FIPS 140-3 certification has become a key requirement for cryptographic modules used in regulated environments. wolfSSL is uniquely positioned to help bring this level of certification to Proxmox Virtual Environment (PVE), one of the most popular open-source virtualization […]
Read MoreMore TagThe DEADBEEF RNG Example Revisited
A while ago we had made a blog post and a patch that showed how someone could integrate their new RNG (Random Number Generator) into our wolfCrypt library. That methodology works, but it has a fairly obvious flaw. It assumed your RNG included the DRBG (Deterministic Random Bit Generator) as part of its implementation. You […]
Read MoreMore TagRebrand and Own Your FIPS 140-3 Certificate with wolfSSL
Looking to make FIPS 140-3 validation a key part of your brand? While you can leverage any one of wolfSSL’s active FIPS certificates, many customers prefer to have the certificate issued directly in their company’s name. This process is known as an OEM Rebrand (RBND) and is a streamlined way to claim full ownership of […]
Read MoreMore TagRelentless Pursuit of Cryptographic Excellence
At wolfSSL Inc., our mission is simple: to provide the world’s most rigorously tested cryptography. We work tirelessly to ensure our solutions meet the highest security standards, and we’re excited to share some of our latest achievements with regard to the FIPS 140-3 program! Advancing Our FIPS Validations We’ve made significant strides with our wolfCrypt […]
Read MoreMore TagBuilding Secure Embedded Systems: wolfSSL’s Comprehensive Yocto Support for FIPS-Certified Applications
Building FIPS-certified embedded systems just got easier. wolfSSL provides comprehensive Yocto Project support through the meta-wolfssl layer, enabling developers to integrate FIPS-validated cryptography into embedded Linux builds with reproducible, cross-platform consistency. Whether you’re developing medical devices, industrial controllers, defense systems, or IoT products, this combination delivers the security compliance regulators demand with the flexibility embedded […]
Read MoreMore TagCMMC 2.0, NIST 800-171, FIPS 140-3, CUI, FCI and DIB
This post will be about what all these acronyms mean, how they are all related to each other and the purpose they serve. Let’s begin with a few definitions: CMMC 2.0 – Cybersecurity Maturity Model Certification: A set of cybersecurity best practices and assessments mandated by the US federal government. NIST 800-171: A NIST special […]
Read MoreMore TagWells Fargo and wolfSSL Explore Quantum Safe TLS 1.3
wolfSSL is pleased to share a case study with Wells Fargo Technology on advancing Post Quantum Cryptography (PQC) in Transport Layer Security (TLS 1.3). Also known as Quantum TLS or QTLS, this work examined how quantum-resistant algorithms can be combined with conventional cryptographic authentication algorithms to secure future financial systems. Quantum computing threatens RSA, DH, […]
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