wolfSSH v1.5.0 is now available! This release brings additional post-quantum hybrid key exchange algorithms, a broad hardening pass across the code base, and a large number of bug fixes. There is also one low-severity vulnerability fix in this release affecting wolfSSHd on Windows when handling an edge case in terminal resize messages received from an […]
Read MoreMore TagMonth: April 2026
wolfTPM SPDM vs The Field
The Only SPDM Implementation with Hardware TPM Support A Different Category wolfTPM’s SPDM implementation is not a standalone SPDM library. It is SPDM integrated directly with hardware TPMs, a category that no other open-source project occupies. wolfTPM works hand-in-hand with Nuvoton and NSING to deliver SPDM on real hardware, with full TCG SPDM binding, PSK […]
Read MoreMore TagAnnouncing SPDM Support in wolfTPM
Lightweight Device Authentication for Nuvoton and NSING TPMs Device Attestation and Authentication Are No Longer Optional From data center accelerators to automotive ECUs, the industry is moving toward verifying every component on every bus. Today, wolfSSL is proud to announce SPDM support in wolfTPM, enabling secure device authentication and attestation for Nuvoton NPCT75x and NSING […]
Read MoreMore TagA Thank You to Everyone who Helped with wolfssl-5.9.1
Here at wolfSSL, we are extremely proud of the work we do, but we also realize we owe a debt of gratitude to the wider community for their help and support. We make the best cryptography and security library NOT because we are perfect, but because we do the right thing and we do it […]
Read MoreMore TagwolfSSL 5.9.1 release blog
wolfSSL 5.9.1 is available with new features, post-quantum cryptography improvements, broad bug fixes, and a number of vulnerability fixes. Users are always recommended to stay up to date with wolfSSL releases. In this release, use cases that are affected by high severity reports are: PKCS7 with ORI callback set or AuthEnvelopedData with AES-GCM (–enable-pkcs7), ECDSA […]
Read MoreMore TagHow Claude Mythos Preview helped harden wolfSSL
At wolfSSL, we do an incredible amount of testing. Some of it is visible, some of it is not. You can see our GitHub Actions run on every pull request, and behind that we have a private Jenkins setup doing more extensive testing across multiple platforms, some of it on hardware physically sat in one […]
Read MoreMore TagAI deluge and wolfSSL average time between Vulnerability Report and Fix
We have always prided ourselves on our mean time between a vulnerability report and delivering a fix. Our historical average is about 36 hours. Like everyone else providing open source infrastructure software, we’ve been under a lot of pressure in the past 30 days with valid and meaningful reports from AI research efforts. Fortunately, we […]
Read MoreMore TagwolfBoot vs Intel Slim Bootloader
Since version 2.0.0, wolfBoot runs as a bare-metal bootloader on x86-64 (amd64 / Intel 64), using Intel FSP for silicon initialization — the same approach taken by Intel’s Slim Bootloader. So what sets them apart? Quite a lot. Getting started with wolfSSL? Download the latest libraries here and start exploring. Advanced Cryptography & Quantum Readiness […]
Read MoreMore TagwolfCrypt FreeBSD kernel module update: FIPS and crypto acceleration support
The wolfSSL team are adding two new enhancements to our FreeBSD kernel module (bsdkm) that will make cryptography in the kernel faster and more secure: FIPS 140-3 in the kernel: PR #9590 introduced support for wolfCrypt FIPS in our FreeBSD kernel module. This provides a simple recipe for FIPS-certified crypto in FreeBSD kernel space. x86 […]
Read MoreMore TagwolfMQTT Embedded Broker: Lightweight MQTT for the Edge
MQTT is the standard protocol for IoT messaging, but existing brokers are server-class software. They assume abundant memory, a full OS, and dynamic memory allocation. Embedded devices, gateways, and safety-critical platforms don’t have those luxuries. Teams building edge gateways, local message routing, or offline-capable IoT systems have had to work around this gap. Getting started […]
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