standards

Cisco Combines Linux, IOS For Internet of Things

Networking equipment giant Cisco Systems said that it is combining elements of the open source Linux operating system to its IOS firmware, launching a new architecture it calls “IOx” that will connect the billions of intelligent devices that will make up the Internet of Things. The new architecture was announced at Distributech in San Antonio – a trade show for the utility industry, on Wednesday. The company said IOx will make it easier for its customers to connect Internet of Things devices to back-end resources and the larger Internet.  As it stands, the Internet of Things ecosystem is fragmented. Intelligent devices like the Nest Thermostat typically communicate back to proprietary cloud resources and might communicate with their surroundings using any one of a number of wireless protocols, including Bluetooth, Bluetooth Low Energy, Zigbee, Z-Wave, and so on.  That balkanization has made it hard to create IoT solutions that span different families […]

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Wolfram Floats Common Language For Internet Of Things

Amid all the “connected device” hoopla coming out of the Consumer Electronics Show (CES) this week, one of the most interesting announcements came from an unexpected corner: Wolfram Research, a maker of high-end software that is used in scientific research. On Monday, the company’s CEO, Stephen Wolfram, announced The Wolfram Connected Devices Project – an initiative that will comprise both a common catalog of connected devices and a common language to connect them. “Connected devices are central to our long-term strategy of injecting sophisticated computation and knowledge into everything,” Wolfram said. “With the Wolfram Language we now have a way to describe and compute about things in the world. Connected devices are what we need to measure and interface with those things.” Wolfram’s short-term goal is to begin cataloging IoT devices and making those devices ‘searchable’ via its Wolfram Alpha web portal – what the company describes as a ‘computational […]

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A Christmas Hangover From Smart Devices

Editor’s note: This is reposted from Veracode’s blog. Just in time for the holidays, I received an e-mail by way of Electric Imp. If you’re not familiar with the “Imp,” (my phrase, not theirs), it’s a PaaS that makes it easy to build and connect smart devices. Among the cool gift ideas Electric Imp was promoting: a whole line of products produced by the company Quirky along with GE under the “Wink: Instantly Connected” products banner and available at Best Buy and other stores. There’s Egg Minder, an Internet-connected egg tray that tracks how many eggs you have left in your fridge, and how fresh each of them is. Not your thing? How about Nimbus? It’s a “customizable Internet-connected dashboard that lets you “track the data that affects your life, from commute times and weather to social media and more.” Nimbus looks like someone ripped the gauges out of a […]

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Two Faces of the IoT: A Conversation With Xively’s Philip DesAutels

Conversations about the Internet of Things often focus on its most visible outposts: consumer devices. Products like the Nest Thermostat, IP-enabled home security cameras or Samsung’s Smart TV are like ambassadors for the IoT: highlighting cool features and capabilities that just hint at the transformative power of the much larger revolution that small, powerful Internet-connected objects will herald. The truth is that although consumers are still warming to the Internet of Things, businesses and industry have already embraced it. Manufacturers of heavy equipment have outfitted their products with an extensive mesh of small sensors that provide close to real-time data on the functioning of critical components. As a measure of this, Virgin Airlines said in March that it will upgrade its network infrastructure to accommodate an “explosion” of data from a new fleet of Boeing 787 Jetliners, which will produce close to half a Terabyte of data per flight. But what is […]

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How Connected Consumer Devices Fail The Security Test

The Internet of Things leverages the same, basic infrastructure as the original Internet – making use of protocols like TCP/IP, HTTP, Telnet and FTP. But the devices look and act very differently from traditional PCs, desktops and servers. Many IoT devices run embedded operating systems or variants of the open source Linux OS. And many are low-power and many are single function: designed to simply listen and observe their environment, then report that data to a central (cloud based repository).   But IoT devices are still susceptible to hacking and other malicious attacks, including brute force attacks to crack user names and passwords, injection attacks, man in the middle attacks and other types of spoofing.  Despite almost 20 years experience dealing with such threats in the context of PCs and traditional enterprise networks, however, too many connected devices that are sold to consumers lack even basic protections against such threats. […]

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