UniKix Transaction Processing Environment (UniKix TPE) Software (PDF) UniKix Transaction Processing Environment (UniKix TPE) software is a native high-performance, production quality online transaction processing (OLTP) environment for open systems platforms.
UniKix Batch Processing Environment (UniKix BPE) software (PDF)
UniKix Batch Processing Environment (UniKix BPE) software provides the administration, execution and management of a mainframe batch workload on open systems platforms.
UniKix Secure software (PDF) UniKix Secure software provides the administration and runtime services of an External Security Manager (ESM) for UniKix TPE software environments.
UniKix Manager software (PDF) UniKix Manager software provides detailed real-time information on all aspects of UniKix TPE software operations.
UniKix 3270 Pathway software (PDF)
UniKix 3270 Pathway software enables you to integrate your rehosted CICS applications with the Java application server of your choice.
Clerity IMS Solution Brief (PDF)
Describes Clerity's approach for rehosting IMS applications to the TPE/BPE environment.
Reference Architectures
Mainframe Rehosting Reference Architecture (MFRRA) MFRRA gives customers access to a proven framework for deploying rehosted mainframe applications on Open Systems platforms, putting to rest misconceptions that mainframe rehosting is complicated or difficult to integrate into existing computing infrastructures.
White Papers
Clerity Mainframe Rehosting Technical Whitepaper (PDF) Clerity Mainframe Rehosting software extends the benefits of an open environment to legacy applications. This whitepaper discusses the technical aspects of UniKix TPE and BPE software, the core components that enable a robust, native execution environment for running CICS and batch applications on open systems platforms.
UniKix 3270 Pathway Software Terminal Connection Pooling Technical Whitepaper (PDF) UniKix 3270 Pathway software provides rapid access to back-end CICS and/or UniKix TPE software applications. This whitepaper discusses performance optimization techniques for addressing applications with large numbers of concurrent connections.
