Scientific Research Corporation (SRC) is an advanced electronic engineering company that was founded in 1988 to provide innovative solutions to the U.S. Government, international markets, and private industry.

In this case study, Synovus and Active Endpoints demonstrates how
reusing proven code to build new applications, regardless of that
code's origin, allowed the community bank to provide customers with Web
self-service options and other technology benefits usually considered
beyond the reach of a smaller institution. By making the most of its
programming resources, the bank was able to deliver Web services in
line with customers' elevated expectations while keeping its focus on
the personal service customers expect from a community bank.

This case study describes research experience in orchestrating scientific, grid-based workflows using BPEL. The study orchestrates Grid services for the automation of a polymorph prediction application. Using this example, the paper explains the extent with which the BPEL language supports the definition of scientific workflows. It describes the reliability, performance and scalability that can be achieved by executing a complex scientific workflow with ActiveBPEL, an industrial strength but freely available BPEL engine.

In 2005, when Software AG's core crossvision technologies were being developed, they also began investigating SOA orchestration to complement its existing ESB product offering. “We were certainly aware of the BPEL4WS 1.1 specification and the industry activities being undertaken to create a BPEL standard,” explains Dr. Stefan Ried, Vice President of crossvision Product Management, Software AG.