![]() With Andromeda, he said Google was nine times faster than Amazon. ![]() ![]() See also: Google Launches The Cloud Price War ReadWrite Predicted In DecemberĮven though Google just turned on Andromeda in some of its cloud last week, customers are already noticing a difference.ĭavid Mytton, CEO of Server Density, a server- and website-monitoring service based in London, ran benchmarks comparing throughput of Google Cloud without Andromeda, Google Cloud with Andromeda, and Amazon’s EC2 service. In this case, that means the speed of data transmission. Now Andromeda gives it another weapon in the battle for developers-performance. Last month, Google slashed its cloud pricing. Amazon Web Services has had software-defined networking features like CloudFormation for years.īut while Google may be playing catch-up in rolling out SDN features to developers, it has the unique advantage of the gigantic scale of its in-house computing infrastructure, which it has honed for high-throughput performance. Like Google, it uses the same SDN technologies for its own services like Xbox Live, Skype and Office 365 that it does in Azure. Microsoft has had 100 developers working for four years on software-defined networking features for Azure. Google is far from alone in taking the software-defined approach to its network. Amazon and Microsoft, its archrivals in cloud computing, also use SDN. ![]() Andromeda is an example of the kind of thinking we have at Google in terms of how we want to make something scalable and robust, not only for Google to use, but for our customers.”įor Google customers, that means they have to make fewer tradeoffs when they move their computing to the cloud. “Google Cloud gives you the ability to grow your business at whatever scale you need. “If you choose to run your own infrastructure, you can make those investments, but it requires you to figure out how to scale this out and manage it,” says Google product manager Sunil James. Network virtualization means that even though many customers are sharing the same network-both Google itself, as well as its cloud customers-they can be configured and managed independently, with their own address management, firewalls, and access control lists. In the case of software-defined networking, the resources-servers, routers, switches, and so on- are deep in the bowels of Google’s data centers, which provide the underpinnings for its cloud infrastructure. By defining usage in software, you can disaggregate and share expensive physical resources. ![]() Let’s unpack that: Increasingly, rather than setting up data centers, storage, and networks by setting up new servers, companies are using software to run existing hardware in new ways. It is the orchestration point for provisioning, configuring, and managing virtual networks and in-network packet processing. Google Distinguished Engineer Amin Vahdat described it in a post:Īndromeda is a Software Defined Networking (SDN)-based substrate for our network virtualization efforts. Enter AndromedaĪndromeda’s not a product Google’s cloud customers can sign up for, and it doesn’t have APIs developers can write to directly. Last week, it turned Andromeda on in two of its four Compute Engine zones. Google Compute Engine, the version of Google’s infrastructure it rents out to developers, is getting access to Andromeda, a set of technologies the company uses to speed up its own networking. They’re now applying that insight to courting developers, too, through a tool named Andromeda. Years ago, Google figured out that users prize speed above almost everything when it comes to surfing the Web. ![]()
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