Skynet or Eagle Eye: you decide. There is a little military exercise going on in the US that you might have heard about, called “Jade Helm.” What makes this interesting for me are the computer systems that are involved in this military exercise. All militaries enjoy using acronyms for just about everything, and JADE Helm is an example of that. JADE stands for “Joint Assistant for Deployment and Execution.” From what I can tell, this is a cloud system that is controlled by an artificial intelligence (AI) system and is sponsored by the Defense Advanced Research Projects Agency (DARPA).
No matter how many times I am told public cloud is the future, I just can’t see it. Call me a Luddite if you wish, but at least continue to read this and find out why my glasses are tinted with distrust and my Kool-Aid mug is empty.
Distributed cloud service is a growing phenomenon. It fills several roles, distributing data for use by distributed applications, for data protection, and for other reasons. We have been seeing an increase in the number of distributed applications. Non-distributed applications lack the resiliency that is required to work within a cloud, whereas distributed workloads add a certain amount of resiliency to an application. Depending on how they are architected, the lack or failure of one part of a distributed application won’t bring down the entire application. Use of multiple clouds ensures your eggs are not all in one basket, so to speak. Continue reading Distributed Cloud?
Workflows in the cloud are on track to expand to the point that by 2018, three quarters of all workflows will be done in the cloud. Think about that for a moment. Within four years, three quarters of data processed will be processed in the cloud, if an article I came across in CloudTech is correct. The article goes on to present some interesting statistics from Cisco’s latest Cloud Index study, such as a predicted quadrupling of global cloud IP traffic over the next five years.
Use of the cloud depends upon ubiquitous networking. And not just everywhere, but extremely high speed as well. This came to mind as I was sitting at the top of a mountain in a national park and heard someone ask Siri a question. Siri’s response was that the network was not in reach. This struck me as funny, then odd, then sent me down the path of ubiquitous networking. We are in the age of the Internet of Things (IoT), and if we do not have a network, then IoT fails rather spectacularly. So, what are the real requirements for IoT? Continue reading Cloud Dependency: Ubiquitous Networking