Google’s Compute Engine comes out of preview, with Google touting lower pricing and “transparent maintenance.”

Google has entered the highly competitive cloud services marketplace, where it’s going to face off against major tech vendors like Amazon and Microsoft. Google first unveiled its Compute Engine June 2012 as a beta service and Tuesday announced its infrastructure-as-a-service is now generally available. Google also lowered prices on some compute instances 10% and on disk storage by 60%.

Google’s IaaS will entice those that want infrastructure geared to a high level of performance. The company’s emphasis on high-performance infrastructure is obvious from the rate of its famous Google Search engine. Compute Engine public cloud infrastructure relies at the same architecture. Jointly, it’s offering a service level agreement that provides 99.95% uptime. That’s a match for Amazon Web Services, which changed its SLA on June 1 to 99.95% from its previous 99.9% uptime.

Google will charge by minutes of use, in place of rounding as much as the closest hour after a customer has ventured quarter-hour into the hour, as Amazon does. Google does charge for at least 10 minutes use, and then it charges in a single-minute increments. It’s going to round as much as a whole minute of charge after 15 seconds, despite the fact that the virtual machine is shut down on the end of 15 seconds.

“Today we’re lowering the cost of Persistent Disk by 60% per Gigabyte and dropping I/O charges so you get a predictable, low cost in your block storage device,” wrote Google VP of Engineering Ari Balogh in a Compute Engine blog post. Block storage is used with running applications and remains a highly competitive front in service offerings from Amazon, Microsoft, and Google.

[Like to learn more about why cloud pricing is so hard to check? See Why Cloud Pricing Comparison Are So Hard.]

Balogh said Google is additionally reducing compute instance prices by 10%. The announcement didn’t specify which instance types rather then to consult pricing on its “prime, standard Compute Engine instances.”

At the similar time it’s introducing in “limited preview” three more power instance types: 16-core virtual machines coming in standard, high memory (up to 104 GB of RAM), and high CPU configurations. Google’s limited preview means a customer must fill out a sort and be approved to check drive the recent types. They aren’t generally available.

During its preview phase, Compute Engine supported Debian Linux or Centos, the Red Hat knock-off; each was given a customised, Google-built kernel. The custom kernel wouldn’t run software that wasn’t designed for those. Now Compute Engine will support all Linuxes out of the box, including Ubuntu, Suse, Red Hat Enterprise Linux (but only in limited preview), CoreOS, FreeBSD, and SELinux, used with various distributions as a safety-enhanced kernel.

It may also support using open-source Docker containers with Linux applications running inside.

Google will offer a “transparent maintenance service” that uses live migration to head virtual machines off a number that’s undergoing operating system patches or other maintenance, without disruption to finish-users. Which is, Google customers gets the protections of frequent, proactive maintenance without downtime and rebooting, Balogh wrote.

The transparent maintenance feature is supplemented by another to supply more of a worry-free operations environment. “Within the event of a failure, we automatically restart your VMs and get them back online in minutes. We’ve already rolled out this selection to our US zones,” he wrote within the blog. Amazon customers are chargeable for monitoring and restarting their very own workloads, within the event of failure.

“Google also had the vision to purchase up dark fiber nearly ten years ago to create low-latency connections between its data centers,” wrote RightScale’s VP of goods Rishi Vaish on Tuesday in welcoming Compute Engine to the set of clouds that RightScale supports with its cloud management service. Its high-speed connections help power Google Search and Google Maps. “Now this same advanced infrastructure is out there to Compute Engine users,” he noted.

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