Software defined vehicles (SDVs) are transforming the automotive industry. Today’s vehicles are connected computing platforms that rely on advanced processors, artificial intelligence (AI), over the air (OTA) software updates, cloud services, and vehicle to everything (V2X) communications. Every electronic … Read More
It is well-known that AI is everywhere, and the incredible power of this new technology is enabled by highly complex, purpose-built silicon. But there is a silent enemy of this substantial, world-changing progress. Something that has the power to steal a bright future from all of us. The hardware root of trust for those advanced… Read More
Traveling by car is something that I take for granted and I just expect that my trips will be safe, yet our cars are increasingly using dozens of ECUs, SoCs and millions of lines of software code that combined together present a target for hackers or system failures. The Automotive Safety Integrity Levels (ASIL) are known by the letters:… Read More
It’s a hostile world we live in, and cybersecurity of connected devices is a big concern. Attacks are rising rapidly, and vulnerabilities get exploited immediately. Supply chains are complex. Regulations are proliferating. Secrets don’t stay secrets for long – in fact, the only secret in a system with open-source algorithms… Read More
In June 2021, eMemory Technology hosted a webinar titled “PUFiot: A PUFrt-based Secure Coprocessor.” You can read a blog leading up to that webinar here. PUFiot is a novel high-security crypto coprocessor. You can access a recording of that entire webinar from eMemory’s Resources page. While the focus of that webinar was to present… Read More
As the internet of things (IoT) continues its climb to a trillion devices, there has been many articles and books written on the need for securing those devices. With all the IoT gear that I seem to be picking up as Christmas presents, I feel like I’m doing my part to help the market get there, but I have to say, I sure hope the SoC designers… Read More
