Insup Kim | Automotive Memory Manager
Samsung
Bill Insup Kim is a principal engineer at Samsung Electronics leading automotive eStorage supplier management, with over 18 years of experience in ASPICE-compliant development of automotive memory solutions such as UFS and eMMC, including functional safety and cybersecurity integration. He has driven ISO/SAE 21434 cybersecurity and functional safety process development for automotive data storage systems, managing UFS problem resolution and system software requirements for next-generation automotive memory devices.
Appearances:
Future of Memory and Storage - Day 1 @ 08:55
Designing Functional Safety and Cybersecurity for Flash Storage in AV and Robotics with AI Agent
Flash memory has become a safety‑critical subsystem in autonomous vehicles, software‑defined vehicles and robotic mobility platforms, storing bootloaders, firmware, calibration data and safety‑relevant applications that directly impact controllability and hazard prevention. To address risks such as corruption, retention loss and latent faults, flash storage must integrate robust safety mechanisms (ECC, parity checks, redundancy) and comply with ISO 26262 hardware metrics. An AI‑enabled framework can automate key functional safety work products, including technical safety concepts, safety requirements, safety analyses (FMEDA, FMEA, DFA) and safety cases, when applied to semiconductor memory and safety‑critical hardware IP. This approach accelerates FMEDA development, improves random hardware fault modeling and delivers measurable benefits: up to 40% reduction in documentation effort, around 30% fewer review/rework cycles, and significantly improved consistency and audit readiness, strengthening ASIL‑oriented competitiveness in automotive and semiconductor markets.
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