A signed firmware image does not guarantee a secure boot process. Rollback, interrupted updates, exposed debug access, compromised keys, and fault injection can defeat designs that appear secure on paper. In this 60-minute technical webinar, see how these attacks reach the boot chain, where common defenses fall short, and how to design for prevention, detection, […]
A TLS integration can compile successfully and still fail because of certificate configuration, handshake behavior, platform constraints, or an incorrect build option. This two-day technical training follows the complete integration process, from selecting and configuring cryptographic operations to establishing, troubleshooting, and optimizing a TLS connection. A wolfSSL engineering manager will connect the underlying wolfCrypt implementation […]
You shouldn’t have to give up Tailscale’s simplicity to meet FIPS 140-3 requirements. Tailscale makes encrypted mesh networking remarkably easy to deploy, but its default cryptography does not use a FIPS 140-3 validated module. This can prevent deployment where validated cryptography is required. Join this technical webinar to see a working Headscale deployment connecting two […]
Aircraft remain in service for decades, but cryptographic standards continue to evolve. Some security decisions are easy to update later. Others aren’t. Learn how embedded DTLS, secure boot, hardware root of trust, and post-quantum cryptography fit together to build avionics platforms that can adapt over a 30-year lifecycle. In this webinar, you’ll learn: Which security […]
Securing modern vehicles requires more than protecting network traffic. Security must extend from secure boot and software updates to in-vehicle communications, cloud connectivity, and ADAS throughout the vehicle lifecycle. This webinar shows how the technologies used to secure modern automotive platforms fit together in practice. You’ll gain a practical understanding of how automotive HSMs, secure […]
Choosing a cryptographic library for Rust means balancing more than memory safety. Production deployments require portability, compliance, stable APIs, and a library that can evolve with changing security standards. This technical webinar examines the design of the wolfssl-wolfcrypt crate, including how it interfaces with wolfCrypt, supports FIPS 140-3 validated and post-quantum cryptography, and enables a […]
Securing modern vehicles requires more than protecting network traffic. Security must extend from secure boot and software updates to in-vehicle communications, cloud connectivity, and ADAS throughout the vehicle lifecycle. This webinar shows how the technologies used to secure modern automotive platforms fit together in practice. You’ll gain a practical understanding of how automotive HSMs, secure […]
Satellite systems are expected to remain secure for decades while operating in environments where software updates may be limited or impossible. At the same time, evolving requirements such as CNSA 2.0 and FIPS 140-3 are changing how secure systems must be designed from the start. This webinar examines the architectural decisions that shape long-term satellite […]
Understand upcoming changes before they impact your builds, compliance timelines, and security architecture. Join us on June 25 at 9 AM PT for a focused walkthrough of the wolfSSL roadmap. This session goes beyond a high-level preview to highlight what’s actually changing across FIPS 140-3, post-quantum cryptography, and TLS—and what those changes mean for your […]
Firmware TPMs (fTPMs) are enabling TPM 2.0 functionality on platforms that cannot accommodate discrete TPM devices, including microcontrollers, safety processors, FPGA soft-cores, and trusted execution environments. Join us on June 24 at 9 AM PT for a technical webinar on wolfTPM Firmware TPM (fTPM). We’ll examine how TPM 2.0 is being deployed across embedded systems, […]
