Kemp LoadMaster provides Highly Available, Reliable, Secure, Ubiquitous Deployment and Access of Oracle applications with Seamless Disaster Recovery
Oracle’s E-Business Suite, PeopleSoft and WebLogic products provide customers proven and integrated solutions for their critical business operations. A KEMP Application Delivery Controller enhances Oracle infrastructure, by ensuring secure, reliable, high-throughput access to corporate data and services.
Serving as a reverse proxy for Oracle applications, KEMP provides the flexibility of deploying LoadMaster with Oracle applications on premises, in the Cloud or in a Hybrid environment, accelerating and securing application traffic for authorized users. KEMP’s LoadMaster maybe deployed as a virtual appliance, a hardware appliance, a cloud based form factor, or on bare-metal. Support for Oracle Sun x86 systems ensures seamless integration with Oracle’s Integrated Stack.
Oracle WebLogic enables businesses to build and run high-performance enterprise applications and services with a modern development platform and integrated tools.
Oracle's PeopleSoft applications designed to address the most complex business requirements provide customers with a very intuitive, easy-to-use interface that incorporates the consumer internet experience.
Oracle E-Business Suite the most comprehensive suite of integrated, global business applications, enables organizations to easily manage complex global business environments while reducing costs, and providing increased application performance. Oracle has validated and certified KEMP loadmaster 7.1 and Oracle’s E-Business Suite 12.2 integration.
KEMP LoadMaster supports Oracle applications by providing comprehensive L4 -L7 traffic distribution and session persistence, application health checking, SSL acceleration, IPS and data Caching/Compression. These features along with Edge Security services like Single Sign-On (SSO), Web Application Firewall (WAF) and pre-authentication all enhance application performance and user experience for application workloads.