Think IoT Designs Are Challenging? Try Embedded Systems In The Brain


There’s low power and then there’s low power. There are amazing applications and then there are amazing applications. Today the bleeding edge of low power design is not so much in IoT (although excellent work is being done in that space) but in medical, where the stakes are high and possible outcomes life-altering. Chet Moritz, associate professor with the University of Washington’s... » read more

Recharging The Battery


There are few technologies in today’s cutting-edge technological environment that have a difficult time finding new levels of performance. Battery technology is one of them. With the exception of a few experimental offerings, batteries and their performance metrics are relatively flat. There has been some progress, of course. But when compared to other technologies such as transistors, mem... » read more

When Will The IoE Be Real?


One question that surfaces repeatedly from all parts of the electronics world is, 'When will the IoE be real?' There's no simple answer to that question—and there never will be. In some market segments, notably industrial, the IoE has been in existence for years. Being able to predict outages in a production environment has huge economic benefits, and companies have been adding those kinds... » read more

Emerging Security Protocols


As the proliferation of mobile devices ramps up at escalating rates, securing these devices and the infrastructure they run on is becoming a top priority for both the hardware and the data that swirls within it. Traditional security platforms such as firewalls and antivirus programs are still a viable part of the security envelope, but the rapid emergence of zero-day/hour threats is somethin... » read more

5 Things To Know About The IoT


The IoT means many things to many people. While the numbers and projections are all very large, the views of what it actually means are vastly different because it can include anything from a sensor in a car or an ingestible medical device to a data center full of servers and the connectivity in between. But there are some interesting shifts under way, both driving the [getkc id="76" comment... » read more

Taking Stock Of IoT Standards


Trying to make sense of [getkc id="76" comment="Internet of Things"] standards today is like opening a can of worms. Definitions are still shaking out, consortia are popping up quickly, and everyone is in a mad scramble to capture their piece of the much lauded potential of an intimately connected world of devices. With so many points to consider, security is a good place to start. It is ... » read more

How IoE Will Alter Supply Chains


Globalization is a double-edged sword. Without a doubt, it nourishes competition, offers a plethora of independent sources, and bounty of supplies from a global pool of vendors. That is the good side. The downside is that control becomes a management nightmare. Well-oiled, traditional supply chains systems will have to be redesigned to function across a variety of variables that can interrupt t... » read more

Who’s Driving That Car?


In my May blog, I had written a short on the incident where supposedly, airliner's computer system had been compromised by a wayward security researcher from One World Labs. Chris Roberts was his name. Anyway, if you didn’t read about it, the long and short of it is that he hacked a simulator and not a jet. Nevertheless, the issues that raises have implications across the entire transportatio... » read more

The Real Value In Customizing Instructions


One element that distinguishes devices for the emerging IoT market from the mobile devices of the mature handheld market is power. Specifically, while the latter can accept a battery recharge cycle of days, the former demands years between battery recharge/replacement. Where the two devices resemble one another is their need for high performance. While embedded CPU cores have concentrated o... » read more

The Next Big Things


Progress in electronics has always been about combining more functions into devices and making access to information more convenient. This is what drove the PC revolution in the 1980s, when centralized data was made available on desktops, and it's what drove the notebook PC revolution in the 1990s as computers became untethered from the desktop, as long as you could find an Ethernet connecti... » read more

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