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768 high scalability-2010-02-01-What Will Kill the Cloud?


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Introduction: This is an excerpt from my article Building Super Scalable Systems: Blade Runner Meets Autonomic Computing in the Ambient Cloud. If datacenters are the new castles, then what will be the new gunpowder? As soon as gunpowder came on the scene, castles, which are defensive structures, quickly became the future's cold, drafty hotels. Gunpowder fueled cannon balls make short work of castle walls. There's a long history of "gunpowder" type inventions in the tech industry. PCs took out the timeshare model. The cloud is taking out the PC model. There must be something that will take out the cloud. Right now it's hard to believe the cloud will one day be no more. They seem so much the future, but something will transcend the cloud. We even have a law that says so: Bell's Law of Computer Classes which holds that roughly every decade a new, lower priced computer class forms based on a new programming platform, network, and interface resulting in new usage and the establishment of


Summary: the most important sentenses genereted by tfidf model

sentIndex sentText sentNum sentScore

1 We even have a law that says so: Bell's Law of Computer Classes which holds that roughly every decade a new, lower priced computer class forms based on a new programming platform, network, and interface resulting in new usage and the establishment of a new industry. [sent-11, score-0.319]

2 These are dust sized chips with a relatively small numbers of transistors enable the creation of ubiquitous, radio networked, implantable, sensing platforms to be part of everything and everybody as a wireless sensor network class. [sent-17, score-0.377]

3 The cloud treats large clusters of powerful networked computers like a single abstraction, thus the Datacenter is the Computer. [sent-30, score-0.312]

4 While we have cloud masters creating exquisite platforms for developers, we haven't had much progress on mastering smartphones, wireless sensor networks, and body area networks. [sent-37, score-0.668]

5 What would kill the cloud is to move the characteristics of the cloud outside the datacenter. [sent-43, score-0.282]

6 Create super low latency, super high bandwidth networks, using super fast CPUs and super dense storage - that would be a cannon shot straight through the castle walls of the datacenter. [sent-44, score-0.92]

7 What we, in the US at least, won't have are wide spread super low latency and super high bandwidth connections. [sent-47, score-0.449]

8 These exist between within datacenters, between datacenters, and as backhaul networks to datacenters, but on a point-to-point basis the US bandwidth picture is grim. [sent-48, score-0.363]

9 A seemingly small difference, but over a 10-year time period this means computer power grows 100x, but bandwidth only grows at 57x. [sent-50, score-0.515]

10 The Amazing Collective Compute Power of the Ambient Cloud Earlier we talked about how a single botnet could harness more compute power than our largest super computers. [sent-62, score-0.41]

11 Their computing capabilities will only increase as smartphones are fit with more processors and more graphics processors . [sent-79, score-0.428]

12 But all the compute power in the world is of little use if the cores can't talk to each other. [sent-89, score-0.351]

13 The Cell Network Bandwidth and Latency Question Aren't cell phone networks slow and have high latencies? [sent-90, score-0.326]

14 For cell connections your milleage may vary considerably as cell performance changes on a cell-by-cell manner according to the individual site's local demographics, projected traffic demand and the target coverage area of the cell. [sent-94, score-0.547]

15 Current bandwidth rates and latencies for cell networks don't make them a sturdy a platform on which to build a cloud. [sent-109, score-0.522]

16 True HPC (high performance computing) low-latency-interconnect applications won't find a cell based cloud attractive at all. [sent-111, score-0.313]

17 Another potential source of distributed compute power are sensors on smart grids . [sent-124, score-0.307]

18 BANs are sensor networks in and around the human body . [sent-137, score-0.387]

19 Let's compare the collective power of PCs + smartphones + smart grid + smart everything + BANs with the traditional cloud: it's trillions against many 10s of millions. [sent-145, score-0.604]

20 And there are many many more distributed computing projects like SETI@home supplying huge amounts of compute power to their users. [sent-161, score-0.299]


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