
Infrastructure—a structured platform of networked elements required to deliver services—is proliferating at an explosive rate.
Infrastructure is a critical and strategic component of every business. To protect a company’s brand promise, the infrastructure must be adequately and thoroughly tested. Optimizing testing for infrastructure is a problem that must be addressed and solved now. Organizations must be able to communicate, collaborate, and connect to share test information to deliver quality of service and to deliver high customer satisfaction. The brand is the promise an organization makes to its customers, and the infrastructure delivering real business value must deliver on that brand promise.
Software has expanded its reach to become responsible for business processes, consumer purchases, transportation, communications, and devices that are always on and, in some cases, life-critical. The stakes of making sure that proper testing occurs at all levels are greater than ever. Testing is a comprehensive and critical part of the entire lifecycle. Today’s business executive must be able to guarantee working software free of defects to avoid compromising business, safety, or security.
This Market Mover Array™ report examines the history of the testing market and analyzes the vendors vying to move the market beyond the status quo.
Join Theresa Lanowitz, analyst from voke, and Jonathan Lindo, CEO and Founder of Replay Solutions for a podcast discussion of current challenges in today's application problem resolution processes and suggestions for how application development teams can dramatically shorten the process of fixing defects to speed time-to-market. This session will give practical guidance on how your application team can:
Replay Solutions provides application problem resolution products that dramatically shorten the process of fixing defects to speed time-to-market. ReplayDIRECTOR functions like a DVR for enterprise applications - recording all inputs and events affecting your application while it is running, then replaying those steps to execute the code in exactly the same way and reproduce the error without needing to reproduce the environment the defect occurred in.