A Practical Approach To Inline Memory Encryption And Confidential Computing For Enhanced Data Security


In today's technology-driven landscape in which reducing TCO is top of mind, robust data protection is not merely an option but a necessity. As data, both personal and business-specific, is continuously exchanged, stored, and moved across various platforms and devices, the demand for a secure means of data aggregation and trust enhancement is escalating. Traditional data protection strategies o... » read more

Securing AI Silicon


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

LPDDR Memory Is Key For On-Device AI Performance


Low-Power Double Data Rate (LPDDR) emerged as a specialized high performance, low power memory for mobile phones. Since its first release in 2006, each new generation of LPDDR has delivered the bandwidth and capacity needed for major shifts in the mobile user experience. Once again, LPDDR is at the forefront of another key shift as the next wave of generative AI applications will be built into ... » read more

The Importance Of Memory Encryption For Protecting Data In Use


As systems-on-chips (SoCs) become increasingly complex, security functions must grow accordingly to protect the semiconductor devices themselves and the sensitive information residing on or passing through them. While a Root of Trust security solution built into the SoCs can protect the chip and data resident therein (data at rest), many other threats exist which target interception, theft or t... » read more

Securing AI In The Data Center


AI has permeated virtually every aspect of our digital lives, from personalized recommendations on streaming platforms to advanced medical diagnostics. Behind the scenes of this AI revolution lies the data center, which houses the hardware, software, and networking infrastructure necessary for training and deploying AI models. Securing AI in the data center relies on data confidentiality, integ... » read more

Innovative Cybersecurity Solutions Accelerate TTM For The Software-Defined Vehicle


The automotive industry is undergoing a transformative shift towards the software-defined vehicle (SDV), signaling a new era that prioritizes customer-centric mobility and presents new, data-based revenue opportunities across the automotive value chain and ecosystem. However, this transition also presents many challenges, from managing increasingly complex hardware (HW) and software (SW) design... » read more

Safeguarding IoT Devices With SESIP And PSA Certified Root Of Trust IP


IoT is everywhere. By the end of 2024, it’s forecasted that there will be a staggering 207 billion IoT devices in the world, that’s 25 each for every human being on Earth. The connectivity of IoT devices brings great value for consumers and businesses alike, but with great connectivity comes greater vulnerability to a wide variety of malicious attacks from cyber criminals. IoT devices ar... » read more

Strategic Collaborations Enabling The Future of Automotive


I just returned from CES last month, the world’s most influential tech and innovation event. With over 135K attendees from across the world, 4300 exhibitors, 250+ conference sessions, and 1000 speakers, CES 2024 was the place to explore emerging trends and disruptive innovations. As CES is the showcase for innovative technologies, it is no surprise that Artificial Intelligence (AI) had a s... » read more

Side-Channel Attack Protection For Quantum Safe Cryptography


A recent Reuters Special Report discussed the race between the US and China to protect digital assets and communications from the potential threat posed by quantum computers. Cryptographically relevant quantum computers, those that are powerful enough to crack existing public key-based encryption methods, could compromise military, economic, and personal information across the globe. While the ... » read more

Getting Ready For The Quantum Computing Era: Thoughts On Hybrid Cryptography


Once quantum computers, more specifically Cryptographically Relevant Quantum Computers (CRQCs), have become powerful and reliable enough, they will enable adversaries to break current asymmetric encryption, placing important data and assets at risk. New digital signatures and key encapsulation mechanisms (KEMs) are needed, and while considerable progress has been made in recent years to develop... » read more

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