I think that we can all agree that the Internet of Things has the potetial to impact our lives enormously and to give the chip industry a huge boost. It's interesting to read about the gaps in technology that need to be filled, particularly with regard to some of the low power connectivity technologies that will be needed to see this all come to fruition.
I agree that you hit the nail on the head.
lcovey is right that managing the data is a 'big deal'. But unless you can be sure that the data is authentic/accurate/reliable, it's not clear that the data will be of any value. And if I can spoof data to make it look like it came from you instead of me there are all sorts of unpleasant options.
The technology is there - cryptography, hardware security devices, protected protocols - we just need to see them get integrated in the solutions.
(*) 1980 A multi-story Bank with remote facilities addressed and installed a 100% Computer Controlled “complex”. It was operational on Day One. Within the next (7) Years additional technology was adapted in other projects that would be very compatible to enhance the First Project. (Interactive Tele-video with data – proven 1966, Holography Proven 1986, To the Penny monetary flows same day as start of SWIFT. Yet another example is the Chicago Mercantile exchange.) All other areas were already functional. Real World Functional operations exist to prove it! Newer devices such as the Apple I-5 and similar have addressed total communications with all these functions at this time. The ONLY limitations are the “VISION” of those involved and the KNOWLEDGE they share!!!
Kaivan, didn't get to this message for a while, sorry for the late reply.
My comment was rather high-level, addressing the local embedded processing layer most often done by MCU/Micro's you were referring to. I think there are many software+hardware solution opportunities, both hierarchical or single stack, that can provide intelligent and correlated information from IoT. I will stop right there (since that is what I am working to protect as IP!). But you were right on track in the article!
IoT is nothing but a collection of evolutionary steps that most of the technologies are available today, however collectively it enbales new classes of services....the "whole" at that point will be much greater than the sum of the pieces.
I can also send you the ppt version of each graphic. please send me an email email@example.com
and let me know which one you want.
Drones are, in essence, flying autonomous vehicles. Pros and cons surrounding drones today might well foreshadow the debate over the development of self-driving cars. In the context of a strongly regulated aviation industry, "self-flying" drones pose a fresh challenge. How safe is it to fly drones in different environments? Should drones be required for visual line of sight – as are piloted airplanes? Join EE Times' Junko Yoshida as she moderates a panel of drone experts.