Interview with – Geert Jan Schrijen
summary
Company uses SRAM startup pattern to derive a chip-unique root instead of injecting keys and ports the extractor as pure software onto a generic microcontroller, producing a reproducible unique cryptographic key at boot. Demo generates an asymmetric key pair, places a certificate on-chip and performs client-authenticated TLS to Amazon Cloud. Keys are non-storable and vanish on power off, eliminating secure-element cost and changing production key provisioning and attack surface.
AI-written summary · about
chapters (4)
related talks
32mSecure programming and provisioning
43mShhh - Stop Sharing Secrets, a Secure Mindset for Embedded Development
09mThe Future of Embedded Security with RISC-V
14mHow not to secure your embedded system, lessons from automotive testing
13mUsing RISC V As a Security Processor For DARPA CHIPS And Commercial IoT
21mKeynote: Software Drives Hardware, lessons learned and future directions
45mThe Future of Security is in Open Silicon
01h 07mPEW PEW PEW: Designing Secure Boot Securely