Briefly describe the differences between Java Services and Microsoft Azure Compute Cloud

When Microsoft first released its Windows Azure cloud computing architecture, I felt a little weird. Even beginning to support non-C # developers working on the Java SDK, putting different applications on Microsoft's new cloud. However, most updates are designed to simplify the deployment of Azure cloud applications for a wide variety of .NET, not Java or anything else.

An exception is the trend of ".NET-based" Azure. Earlier this year, interoperability expert JNBridge released JNBridge Pro 6.0 to support cross-platform cloud implementations, including .NET and Java. This week GigaSpaces, the pioneer of Java in-memory data grid, released a tool that lets existing Java and integrated software packages be set up and placed on the Windows Azure cloud platform.

Called Azure, Cloudify brings out Java-on-the-cloud elements by providing out-of-the-box patterns by providing Groovy-based domain-specific languages ​​for preparing applications for creating deployment scripts, Elements include Apache server, Cassandra distributed database, Spring framework, XAP memory data grid and so on.

Developers can work in a Java-like environment that has evolved from the first generation to Cloudify in Azure, requiring development teams to take advantage of cloud provider language choices. It is also one aspect of making it hard to become a platform as a service (PaaS).

"People know where to turn to the cloud and find it far more difficult than you think," says Paul Burns, an analyst with Neovise. "If we can move applications as 'as-is', that's not hard." "Last year, the idea behind cloud platform as a service has evolved," Burns said. "And that is why I am a GigaSpaces The reason that Azure is improving is that it allows developers to keep what they were doing, and Cloudify helps them get those apps to the Azure cloud. "At the same time, the software takes advantage of Azure's resiliency or automatically scalability .

GigaSpaces work together with the Azure platform to ensure Java developers continue their journey toward the cloud with ease. They "do not have to be scalable or highly available on their own," said Uri Cohen, VP of GigaSpaces Product Management.

"What has to be said is that Azure was created to run .NET," says Cohen. "If you want to run something that is not .NET based, you have to configure it, expand it dynamically, restart failed components, etc."

He said the new tools also provide better application management, Cloudify is now invited to test version, public beta until the end of this month to release, generic version is about to release by the end of this year.

GigaSpaces has been growing rapidly since its inception. This development also leads directly to the cluster cloud computing architecture.

"First, the company is focused on data caching," said Massimo Pazzini, an analyst at Gartner. "But so far it has maintained the platform's layered nature. Essentially, it has become an application server that creates application logic containers and deploys them in A distributed data grid server, shared application state to the memory data grid. "

Working with Azure is important to both GigaSpaces and Microsoft, Pazzini added. Much of the cloud's future load will run on Java.

"Microsoft has a huge infrastructure to house Azure and their problem is selling their infrastructure as much as they can. They want to attract more workloads," he said.