The Week In Review: IoT


Deals The $47 billion merger of Qualcomm and NXP Semiconductors will not only affect the automotive chip market; it should also have a significant impact in the Internet of Things business. The companies note they are together strong in microcontrollers, secure identification, mobile transactions, payment cards, transit, application processors, and connectivity systems. Meanwhile, NXP reported... » read more

Is Security All Talk?


Security is the No. 1 recurring theme at conferences these days. And given the explosion in the number of conferences this year—up to a half dozen some weeks just in Silicon Valley—that's a lot of attention being showered on security. At nearly all of these talks, there is at least a mention about recent breaches, pervasive and persistent risks, and the growing threat level. The topic of... » read more

Should Processing Take Place At End Nodes?


Last week at ARM TechCon — which I found extremely interesting for the deep technical content — there was much discussion around where processing should happen in our connected world. (I’m really trying to stay away from the nebulous term, ‘IoT.’) Some believe the processing should happen at the edge nodes, while others believe it should all take place in the data center; I’ve ev... » read more

Qualcomm + NXP = IoT Powerhouse


Coverage of the merger agreement between Qualcomm and NXP Semiconductors often focused on how the combination would yield the world’s largest supplier of chips for automotive electronics. Somewhat overlooked was its significance for the Internet of Things market. NXP CEO Rick Clemmer said in a statement, "The combination of Qualcomm and NXP will bring together all technologies required to... » read more

Ready For Social Robots?


After years of steady growth, innovation and sometimes disappointment, the robotics market is heating up on several fronts amid some new breakthroughs in the arena. Both the industrial and service robotics markets are hot. In addition, the consumer market is seeing a new level of interest, as the industry is invaded by the next wave of so-called personal assistant robots or social robots for... » read more

Will 5G Enable Connected Cars?


As the telecom, automotive and semiconductor ecosystems rally to develop solutions for next-generation mobile networks for the connected car, 5G technology has emerged as a strong contender. Fifth-generation mobile networks will enable data transmission rates of more than 10Gps, connecting machines to machines, as well as everything else, including smartphones, IoT devices that require a... » read more

Dyn DDoS Attack Reboots IoT Security


In mid-October, cyber criminals targeted Internet infrastructure company Dyn with a “massive and sustained” DDoS attack that focused on the company’s DNS infrastructure. The cyber offensive disrupted access to a number of major sites including Twitter, Amazon, Tumblr, Reddit, Spotify and Netflix. Perhaps not surprisingly, the massive DDoS attack was conducted with the help of various hija... » read more

Five Automotive Megatrends


We see the term 'new mobility' becoming a catch-all for everything happening in connected, autonomous, electric vehicle development. It’s too broad a term to describe the future, we need to drill down a level. We have to look beyond automotive today, see where industry technology convergence is taking us, and identify the megatrends. Here at Mentor Automotive, we have identified five: Connect... » read more

Fingerprint Sensor Technology And Security Requirements


Biometrics is a technology that uses a human’s biological features, such as facial characteristics, fingerprint patterns, retina, DNA or behaviors (voice and signature) to authenticate a person’s identification and authorize specific actions. Of all of them, fingerprint analysis technology is the most mature and has the widest acceptance. Several factors contribute to fingerprint technol... » read more

Healthcare IoT: Promise And Peril


By Gale Morrison & Ed Sperling As more connectivity and communication capability is built into everyday healthcare and medical devices, engineers are tasked with ensuring these devices are both completely secure and ultra-reliable. Reliability generally is measured in mean time between failure (MTBF), but when it comes to safety-critical markets, that equation takes on a whole new... » read more

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