Scott Best

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Scott Best is senior technical director of Product Management, Silicon IP at Rambus. Since joining Rambus in 1998, he has become one of the company’s most prolific inventors, holding nearly 300 patents worldwide. His technical leadership spans high-speed memory PHY design, advanced 3D and 2.5D memory architectures, and cryptographic security solutions serving U.S. Defense programs. Best played a key role in the development of the CELL microprocessor for the PlayStation 3 and later drove innovation in anti-counterfeiting and silicon security technologies. Today, he leads efforts to deliver cutting-edge hardware security solutions that protect critical systems against tampering and counterfeiting threats.

Author's Latest Posts

TEE.fail: When Your Security System Leaves the Window Open
By Scott Best - 04 Dec, 2025 - Comments: 0

Let’s talk about a cybersecurity attack that’s been making waves: TEE.fail. TEE stands for Trusted Execution Environment. Sounds reassuring, right? But here’s the kicker: exactly what a TEE is, and what it’s supposed to guarantee, is surprisingly unclear. TEEs have been around for about a decade, but as with many things in security, the rules are more like guidelines. You might think, �... » read more

Securing AI Silicon
By Scott Best - 08 Jul, 2024 - Comments: 0

The importance of security in AI training/inference silicon is increasing in awareness. Over the past several months, I’ve noticed many questions in common from various parts of the microelectronic industry. In this blog post, I’ll share my thoughts on some of these most frequently asked questions. Firstly, people often ask if securing AI silicon is different from securing other types of... » read more

Protecting Chiplet Architectures With Hardware Security
By Scott Best - 08 Oct, 2020 - Comments: 0

Chiplets are gaining significant traction as they provide compelling benefits for advancing semiconductor performance, costs, and time to market. With Moore’s Law slowing, building more powerful chips translates into building bigger chips. But with chip dimensions pushing up against reticle limits, growing the size of chips is increasingly impractical. Chiplets offer a new path forward by dis... » read more

Scaling Anti-Tamper Protection To Meet Escalating Threats
By Scott Best - 04 Jun, 2020 - Comments: 0

Anti-tamper tends to be one of those catchall phrases encompassing any countermeasure on a security chip. A more precise definition would be that anti-tamper protection is any collection of countermeasures that serves to thwart an adversary’s attempt to monitor or affect the correct operation of a chip or a security core within a chip. Given that, it can be useful to think about a hierarchy o... » read more

Putting A Hardware Root-of-Trust To Work In An Anti-Counterfeiting IC
By Scott Best - 04 May, 2017 - Comments: 1

An anti-counterfeiting security IC is conceptually rather simple: during manufacture, it is securely programmed with some secret data. Then during operation, it can prove to a verifying host that it knows that secret data. This “proof of knowledge” is often all that can be expected of a low-cost security IC. This prove-you-know-the-secret authentication process between the security IC an... » read more

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