From Vulnerable to Increased Security: How Secure Storage Is Transforming NVM Protection

Silicon level security is entering a new era—and you’re about to get insider access. In this exclusive interview, Krishna Balachandran sits down with Pim Tuyls to reveal why relying on traditional one time programmable (OTP) memory is no longer enough to protect today’s complex, high value SoCs—and how a hardware rooted secure storage approach transforms OTP from basic permanent memory into a powerful foundation for trust in silicon.

If you’re building AI, HPC, IoT, Automotive, or Aerospace & Defense SoCs, this is the kind of innovation that changes the game. You’ll hear directly from the experts driving the next wave of hardware rooted protection for sensitive information in embedded NVM based SoCs.

In This Video, You’ll Discover:

• Why traditional OTP falls short: Attackers now extract data instead of altering it, exposing gaps in OTP‑only designs.
• What secure silicon now requires: Modern SoCs need device‑unique keys and built‑in hardware defenses—not just immutability.
• How hardware‑rooted storage changes everything: PUF‑derived keys and on‑chip crypto turn OTP into a highly protected storage for sensitive secrets.
• How Synopsys raises the bar: An integrated secure storage solution for OTP that strengthens security, speeds integration, and scales across mission‑critical SoCs.

Don’t miss this insider look at the technology reshaping secure storage in modern SoCs. Register now to unlock the full video.