Minimize Risk and Save Time 

 Drawing on 25 years of success, our proven, automated approach decreases risk and
errors and makes it possible to accomplish in months what would take years otherwise.


We don't just transliterate code. We transform it into a modern, native, object-oriented target language such as C++, C#, Java, or J2EE, running on Linux, Unix, Windows and any other any real-time target architecture.


Our automated code refactoring improves code structure, performance, and maintainability post-conversion.


Monolithic applications and databases are transformed into multi-tiered, modular, and cloud-enabled applications ready for your modern architecture of choice.


Up-front assessment and code documentation pave the way for smooth modernization.


Generate full UML documentation for both the "As-Is" (source application) as well as the "To-Be" (transformed modern application) systems.

Your Modernization Project & Phases at a Glance


PHASE 1: The Pre-Project Phase

This phases is where you currently are! It does not matter if you are just in the discovery phase of a potential modernization or you have already identified that automated modernization is the way to go for you and your organization - we are happy help you at any point of your modernization journey.

PHASE 4: Refactoring & Round Tripping

Once your application is fully ingested into TSRI’s Intermediate Object Model (IOM), our fully automated code transformation and refactoring solution allows for conducting a wide variety of refactoring types. These refactorings re-engineer the application to improve the modernized system’s design.

PHASE 2: Application & Modernization Assessment

An application assessment both initiates a TSRI application modernization project, as well as completes the project for customers looking for detailed, cost-effective application documentation. For customers wishing to retain their existing systems written in COBOL, PL/1, PowerBuilder, MUMPS, and more.

PHASE 5: Final Iteration

We have almost completed modernizing, testing, and integrating your applications, but we have one more step: in the final iteration, TSRI takes the the latest baseline of the source/legacy code in production and identifies the deltas between the original code baseline taken at the start of the project.

PHASE 3: Automated Code Transformation

During the Transformation Phase of an application modernization project, TSRI transforms the legacy application code from the Intermediate Object Model (IOM) into object-oriented, native, uniform, platform-specific target code of the client's choice.