Shaped To Deliver Applications

Deployment of application delivery services requires deep understanding of the application and takes weeks of staff work to configure, optimize and test the application. To accelerate and optimize the application delivery services, Radware offers AppShape™. AppShape technology reduces deployment time of application delivery services by 86%, while guaranteeing maximum value for each business critical application in terms of availability, performance and security.

AppShape offers configuration templates and wizards for leading business applications such as Microsoft Exchange, Microsoft SharePoint, Microsoft Lync, Oracle E-Business Suite, Oracle 10g, PeopleSoft, SAP ERP and more. AppShape helps users setup and configure all the required ADC options in a user friendly format, including application server information, specific application health checks and redundancy options.

AppShape allows application delivery services to be fully managed and operated from an application-centric view including operational screens, logs and compliance. The result is simplified and efficient application management in the ADC. In addition, AppShape drives business agility through auto-discovery of application resources changes and automatically synchronizing them to the ADC with no human intervention.

Furthermore AppShape's reporting capabilities help organizations with capacity planning tasks, by providing per application trends analysis and alerts when an application is about to reach its allocated resources on the ADC. This helps organizations to efficiently utilize resources, meet applications SLA and guarantee performance.

In addition, Radware’s AppShape++ technology delivers scripting capabilities, further enabling the customization of the ADC service per specific application flows and scenarios. By leveraging script examples in Radware’s library and dev-community, customers can easily use AppShape++ to refine various layer 4-7 policies including HTTP, HTTPS, TCP, UDP, SSL and more – with no application modifications, while reducing cost and risk.

Supported Applications