Design

webMethods.io IPaaS brought to Azure

18th May 2020
Alex Lynn
0

Software AG and Microsoft have announced that the webMethods.io Integration Platform-as-a-Service (iPaaS) is now available for Microsoft Azure. This will allow enterprises to quickly and easily connect their critical applications, services and data in the Microsoft Azure cloud environment.

Applications can quickly and easily be integrated into the cloud environment using webMethods.io iPaaS, which accelerates migration to and adoption of Microsoft Azure. Crucially, it eliminates integration silos. In addition, Software AG’s solution helps organisations stay connected to their critical applications and information during the transition to the cloud / new operating environments.

“Integration plays a huge role in defining a company’s success, therefore quick and easy access to critical information and applications will define the cloud era,” said Dr. Stefan Sigg, Chief Product Officer at Software AG. “webMethods.io iPaaS lets companies handle their workloads closer to where their infrastructure is located, increasing activity speed, reducing latency, and providing the highest-quality cloud experience possible.”

“Companies transitioning to the cloud expect instant results, not delayed gratification,” added Thorsten Herrmann, Managing Director Microsoft Deutschland GmbH. “The combination of our industry-leading Azure cloud platform with Software AG’s integration expertise and technologies helps ensure that customers will be able to drive a faster return on their cloud investments."

Software AG’s webMethods.io iPaaS has a cloud provider-agnostic architecture, built on a Kubernetes foundation for auto-scale. It is designed to position customers for success as multi-cloud environments increase in enterprise adoption across the globe. Customers will be able to maximise their use of Azure, while integrating other applications or workflows that might currently sit on another platform. This provides faster access to information and applications, while reducing latency.

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