From the earliest stages of hardware and firmware development, engineers will need to consider secure boot, secure update mechanisms, and encryption as default — and it also affects the selection of processors, operating systems, and third-party libraries, since components that lack long-term support may become non-compliant by default. This session is the engineering deep-dive: how to architect CRA-compliant embedded systems from day one. Topics include hardware roots of trust and secure boot implementation, secure OTA firmware update design, SBOM generation and vulnerability management workflows, and more.
This session is part of our “CRA Virtual Conference". Registration/event page here.
Sameeh is a system software engineer with more than ten years across Linux and Windows, focused on kernel-level work, virtualization, embedded systems, and high-performance distributed computing. They have contributed at scale on cloud and kernel...
Srinivas, CEO of Pantherun, brings a wealth of experience in cybersecurity, embedded product design, and high-throughput communication, with a career spanning over two decades in the semiconductor and tech industries. A computer science graduate,...