Secure boot in space isn’t just about signing firmware. It has to survive radiation faults, long-mission lifecycles and limited update windows.
Join VORAGO Technologies and wolfSSL on April 29 at 9 AM PT for a technical session on implementing secure boot in real satellite environments. In orbit, your hardware and software are under constant assault. This session moves past theory to show you exactly how software cybersecurity and hardware radiation protection must work together to ensure mission survival. We will explore how root of trust, firmware authentication, and Over-the-Air (OTA) updates behave under the stress of VORAGO’s radiation-hardened microcontrollers—silicon explicitly designed to withstand solar flares, cosmic strikes, and extreme thermal cycling. When an in-orbit update fails, resets, or drops mid-transmission, your design needs to be bulletproof. We’ll show you exactly what changes to make to ensure it is.
Register now: Fortifying Mission-Critical Systems: Where Cybersecurity Meets Radiation Protection
Date: April 29 | 9 AM PT
What you’ll learn:
- How secure boot and firmware authentication are implemented on rad-hard MCUs
- How to design fail-safe firmware updates that recover from interruptions and partial writes
- How wolfBoot enforces root of trust and rollback protection
- Demo: secure boot and firmware authentication on the Vorago VA41630
Register now to understand how secure boot actually behaves in orbit, and how to design it right the first time.
As always, our webinar will include Q&A throughout. If you have questions about any of the above, please contact us at facts@wolfssl.com or call us at +1 425 245 8247.
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