Cybercrime is reaching epidemic levels. Some estimates predict global annual cybercrime costs will reach $6 trillion by 2021. This includes the costs of security as well as the losses from thefts and fraud from successful attacks. Criminals are finding themselves in a position of having gained electronic assets but need to transform… Read More





Webinar: Improve Security For IoT Edge Devices With Custom SoCs
The only thing hotter than IoT on SemiWiki.com right now is IoT Security. In 2016 we saw a record amount of reported cyber security breaches with compelling consequences (US Presidential Election) and that trend will continue. The most recent DDoS (distributed denial of service) attacks using botnets on insecure IoT devices … Read More
eSilicon Demonstrates Potent Memory IP Evaluation Platform
With memories taking up in some cases over 50% of the area of many ASIC designs, their selection and implementation can affect everything from power and timing to the choice of packaging. As a result, the process of deciding among all the options for ASIC memories becomes time and energy intensive. Memory selection even affects … Read More
IoT Worms Could Spread Like Zombies
Security researchers recently created a proof-of-concept attack against Internet connected lightbulbs, causing breached devices to reach out and infect their neighbors. Propagation continues and spreads itself across the community. This hack highlights the insecurity in one of many IoT network protocols.
Researchers… Read More
#IoT: Internet of Tomatoes
In a previous post we looked at how we are going to scale #IoT deployments. The conclusion was that we needed the notions of trust and privacy to be in place for that to happen. In a follow up post, we looked at using a middle man to provider a broker platform that would mediate transactions between server side service applications and… Read More
Ford Motors Discusses Future Mobility Trends at Synopsys Seminar
Five or ten years ago it would have been hard to imagine someone from Ford Motors giving the keynote at a technology summit at a major EDA company like Synopsys. However, on November 2[SUP]nd[/SUP], Synopsys hosted a seminar on the topic of Automotive Architecture Design and System Testing, and Ford Technical Fellow Jim Buczkowski… Read More
IC Design Management: Build or Buy?
When I first started doing circuit design with Intel at the transistor level back in the late 1970’s we had exactly two EDA tools at our disposal: an internally developed SPICE circuit simulator, and a commercial IC layout system. Over the years at Intel the internal CAD group added many more automation tools: gate level simulator,… Read More
Ada in the IoT?
For the great majority (I assume) of my audience, if you think about Ada at all, you probably think about military and aerospace applications. Using Ada in the IoT might seem like overkill – cumbersome, over-powered and entirely unnecessary. Or so I thought until I talked to Quentin Ochem of Adacore at ARM TechCon.
For those of you… Read More
FPGAs allow customization of SEU mitigation
Teams working on avionics, space-based electronics, weapons delivery systems, nuclear generating plants, medical imaging equipment, and other applications where radiation leads to single-event upsets (SEU) are already sensitive to functional safety requirements. What about automotive applications?
With electronic… Read More
Can Huawei Shift From Carrier Leader To Global Cloud Player?
Huawei Technologies is a large, $60B China-based company that, while many in the U.S. may not be familiar with, is a very big name in the carrier and telco equipment and consumer smartphone space—especially in China and EMEA (Europe, Middle East, Africa). The company is making serious moves to expand their reach into the carrier… Read More
Should the US Government Invest in Intel?