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Seo Master present to you:
By Craig McLuckie, Product Manager, Google Compute Engine

Over the years, Google has built some of the most high performing, scalable and efficient data centers in the world by constantly refining our hardware and software. Since 2008, we've been working to open up our infrastructure to outside developers and businesses so they can take advantage of our cloud as they build applications and websites and store and analyze data. So far this includes products like Google App Engine, Google Cloud Storage, and Google BigQuery.

Today, in response to many requests from developers and businesses, we're going a step further. We're introducing Google Compute Engine, an Infrastructure-as-a-Service product that lets you run Linux Virtual Machines (VMs) on the same infrastructure that powers Google. This goes beyond just giving you greater flexibility and control; access to computing resources at this scale can fundamentally change the way you think about tackling a problem.

Google Compute Engine offers:

• Scale. At Google we tackle huge computing tasks all the time, like indexing the web, or handling billions of search queries a day. Using Google's data centers, Google Compute Engine reduces the time to scale up for tasks that require large amounts of computing power. You can launch enormous compute clusters - tens of thousands of cores or more.
• Performance. Many of you have learned to live with erratic performance in the cloud. We have built our systems to offer strong and consistent performance even at massive scale. For example, we have sophisticated network connections that ensure consistency. Even in a shared cloud you don’t see interruptions; you can tune your app and rely on it not degrading.
• Value. Computing in the cloud is getting even more appealing from a cost perspective. The economy of scale and efficiency of our data centers allows Google Compute Engine to give you 50% more compute for your money than with other leading cloud providers. You can see pricing details here.

The capabilities of Google Compute Engine include:

• Compute. Launch Linux VMs on-demand. 1, 2, 4 and 8 virtual core VMs are available with 3.75GB RAM per virtual core.
• Storage. Store data on local disk, on our new persistent block device, or on our Internet-scale object store, Google Cloud Storage.
• Network. Connect your VMs together using our high-performance network technology to form powerful compute clusters and manage connectivity to the Internet with configurable firewalls.
• Tooling. Configure and control your VMs via a scriptable command line tool or web UI. Or you can create your own dynamic management system using our API.

At launch, we have worked with a number of partners - such as RightScale, Puppet Labs, OpsCode, Numerate, Cliqr and MapR - to integrate their products with Google Compute Engine. These partners offer management services that make it easy for you to move your applications to the cloud and between different cloud environments.

You can learn more about Google Compute Engine here. We’re going to pace ourselves and start with Google Compute Engine in limited preview (sign up here), but our goal is to give you all the pieces you need to build anything you want in the cloud. Whether you need a platform like Google App Engine, or virtual machines like Google Compute Engine, these days, you define your limits. We’re just at the start of what the cloud can do.


Craig McLuckie is the Product Management Lead for Google Compute Engine. He spends his days working with an amazing engineering team to open Google’s infrastructure to the world.

Posted by Scott Knaster, Editor

2013, By: Seo Master

Seo Master present to you: 2013, By: Seo Master

Seo Master present to you:
By Marcel Gordon, Product Manager, Swiffy

Some Google projects really do start from one person hacking around. Last summer, an engineering intern named Pieter Senster joined the mobile advertising team to explore how we could display Flash animations on devices that don’t support Adobe Flash player. Pieter made such great progress that Google hired him full time and formed a team to work on the project. Swiffy was born!

Today we’re making the first version of Swiffy available on Google Labs. You can upload a SWF file, and Swiffy will produce an HTML5 version which will run in modern browsers with a high level of SVG support such as Chrome and Safari. It’s still an early version, so it won’t convert all Flash content, but it already works well on ads and animations. We have some examples of converted SWF files if you want to see it in action.

Swiffy uses a compact JSON representation of the animation, which is rendered using SVG and a bit of HTML5 and CSS3. ActionScript 2.0 is also present in the JSON object, and is interpreted in JavaScript in the browser. This representation makes the Swiffy animations almost as compact as the original SWF files.

Swiffy is a great example of how far the web platform has come. Swiffy animations benefit from the recent advancements in JavaScript execution speed and hardware accelerated 2D graphics in the browser. Viva la Web!

Update Sep. 8, 2011: links updated to reflect Swiffy's move out of Labs.

Marcel Gordon is the Product Manager for Swiffy, doing the make-up and carrying the drinks. On the weekends he dresses up as a pirate and takes his hamster for short walks.

Posted by Scott Knaster, Editor

2013, By: Seo Master