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Like the poetic prose of Bob Dylan, the reality of modern technology cannot be ignored: "the times they are a-changin'." Transitioning from the novelty of the Internet, society is embracing connected technology as the new digital frontier. Dominated by the Internet of Things ("IoT"), the future will be one of increased interconnection of wireless and computing devices in everyday objects, allowing these devices to send and receive personal data. IoT's limits appear boundless, extending from physical devices and home appliances to vehicles and medical implants. more
The cloud computing paradigm has been making steady progress in 2016. With the DevOps model making its way from cloud to networking, the business upside of fully automated service architectures is finally beginning to materialize. The associated service agility is expected to unleash new business models that transform the ways in which applications and connectivity can be consumed. more
As digital transformation has been picking up momentum, leading analysts such as 451 Research have suggested that hybrid multi-clouds and automated DevOps will become key constituents powering enterprises in the new era. At the heart of these enabling technologies lies Lifecycle Service Orchestration (LSO) designed for near-autonomous application deployment across hybrid infrastructures consisting of traditional on-premise data centers and public clouds. more
One of the most difficult elements in the development of smart cities is how to finance them. Local government doesn't have the money for it and while state and federal governments might have more money to spend there is no way that their current tax funds could pay for even a fraction of the investments that are needed. Indeed the reality is that in order to create a smart city... massive up-front investments are needed. more
There certainly is a lot of interest in machine-to-machine communication (M2M) and the Internet of Things (IoT). But what we are seeing is only what is happening on the surface. Most of the M2M activities are taking place unnoticed. For example, most newly produced electronic devices are now all M2M enabled. Over 100 million smart meters have already been deployed by the electricity industry, with literally hundreds of millions of them in the pipeline. Healthcare is another key industry. more
The emergence and proliferation of Internet of Things (IoT) devices on industrial, enterprise, and home networks brings with it unprecedented risk. The potential magnitude of this risk was made concrete in October 2016, when insecure Internet-connected cameras launched a distributed denial of service (DDoS) attack on Dyn, a provider of DNS service for many large online service providers (e.g., Twitter, Reddit). Although this incident caused large-scale disruption, it is noteworthy that the attack involved only a few hundred thousand endpoints... more
It seems like most new technology today comes with a lot of hype. Just a few years ago, the press was full of predictions that we'd be awash with Internet of Thing sensors that would transform the way we live. We've heard similar claims for technologies like virtual reality, blockchain, and self-driving cars. I've written a lot about the massive hype surrounding 5G -- in my way of measuring things, there isn't any 5G in the world yet, but the cellular carriers are loudly proclaiming its everywhere. more
There is an interesting battle going on to be the technology that monetizes the control of Internet of Things devices. Like a lot of tech hype, IoT has developed a lot slower than initially predicted -- but it's now finally becoming a big business. I think back to a decade ago when tech prognosticators said we'd soon be living in a virtual cloud of small monitors that would monitor everything in our life. According to those early predictions, our farm fields should already be fully automated, and we should all be living in the smart home envisioned by the Jetsons. more
Globally, people are connecting more and more "things" to the Internet. Devices that were traditionally offline or dumb like refrigerators, cars, watches, home cameras, air condition, door locks, agriculture monitoring devices, etcetera, are now being connected to the Internet. This is referred to as the "Internet of Things" (IoT). Using sensors, IoT devices collect data of some sort, which is then most likely shared over a network connection to a service provider, where some analysis is performed on the data. more
Microsoft will invest $5 billion in the Internet of Things over the next four years, said Julia White, Corporate Vice President, via a blog post today. more
News of cyberattacks is slowly becoming a new normal. We are still at a stage where high-profile cases, like the recent attack against the American credit reporting company Equifax, in which 145.5 million users had their personal information compromised, raise eyebrows. But we need those eyebrows to stay up because we should never accept cyber threats as the new normal. more
Dr. Laura DeNardis, Professor and Interim Dean of the School of Communication at American University and a Faculty Director of the Internet Governance Lab, is a featured panelist at this week's IGF-USA conference. In advance of the event, I would like to draw attention to her sixth book: The Internet in Everything. Freedom and Security in a World with no Off Switch. This treatise is one of those "should/must-reads" that come along from time-to-time as it focuses on a critical issue that is overlooked by either design or neglect: how digital infrastructure determines policy. more
OARC held its fall meeting in Belgrade on October 22 and 23. Here are my impressions of some of the presentations from that meeting... UI, UX, and the Registry/Registrar Landscape - One of the major reforms introduced by ICANN in the world of DNS name management was the separation of registry and registrar functions. The intent was to introduce competition into the landscape by allowing multiple registries to enter names into a common registry. more
Today, we are in a way naturally connected to automation and robotics. In the industrial revolution, people realized that many tasks could be performed better and more efficiently by a machine. The rise of our dependence on technology has greatly risen since then, and thanks to scientific and technological advancements, we are on the breach of a new era. more
For decades, IT followed business. Even the development of the World Wide Web didn't move this development much beyond the four walls of corporate offices -- outside connections were essential but never informed the growth of business-critical technology. Now the growth of public clouds, enterprise-grade social networking and mobile device use in the workforce is creating a new paradigm, one where business networks are reactive to IT trends -- here are six that are set to impact companies this year. more
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