Building on our deep dive into the high-stakes world of Amazon’s Graviton team, we’re back with Claudio to move from the philosophy of risk management into the gritty, tactical reality of modern silicon. If the previous session was about defining the scale of the challenge, this episode is about surviving it.
We’re cutting through the marketing noise to provide a “tactical survival guide” for anyone navigating large-scale hardware development. In this follow-up, we tackle the hard questions that determine whether a project succeeds or stalls:
The Reusability Trap: We debate whether a massive, reusable test environment is always the gold standard, or if “quick and dirty” has a legitimate place in a fast-moving schedule.
AI Reality Check: Is AI truly ready to automate the grind of debugging failing tests, or is the “magic button” still a myth?
Precision Shift-Left: Pinpointing the exact moment to move into emulation so your schedule doesn’t implode during the final stretch.
The #1 Industry Hurdle: We identify the single biggest pain point currently facing verification giants and what it means for the rest of the ecosystem.
This session turns decades of front-line experience into actionable insights for the modern engineer. So, leave the corporate boots at the door, kick back, and put on your flip flops, it’s time to dive into the episode
Ronen Laviv started his career inside the chip SoC development at National Semiconductor, full lifecycle, the real stuff. Then spent 14 years at Cadence helping the world’s biggest design teams tackle frontend, backend, analog, emulation, and IP challenges. After that, he moved to AWS to help chip companies make the jump to the cloud.
Yaron Ilani is an EDA and customer success veteran with deep roots in chip design and verification.He started out at National Semiconductor, moved through PMC-Sierra, and spent time in a few startups along the way. For 15 years at Synopsys, he led applications engineering and customer success teams across simulation, static, and formal verification, working closely with some of the most complex design flows out there.