TSRI's automated model-based toolset, JANUS Studio®, transforms even very large (tens of millions of lines of code) legacy systems written in languages like COBOL, Fortran, PowerBuilder, Ada, MUMPS, VB6, and more than 25 other languages, into modern applications in cloud native target architectures. The output is a multi-tier application, taking advantage of cloud utilities and scalability. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
TSRI has completed over 150+ major past projects in our 2 decades of operation, including modernizations targeting private and public cloud architectures. TSRI has achieved success on every past project, and offers references for all past projects completed, as well as case studies on many projects. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
TSRI can help bring legacy systems into highly scalable, flexible cloud platforms. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
TSRI's toolset and process allows for the simultaneous modeling and automated transformation of other languages commonly present in legacy systems. Many of our clients have large systems which consist of many languages & sublanguages. Our process allows to target one single or multiple output languages with one uniform codebase. For example, a COBOL system can be modernized to Java, C#, C++ & others, including the JCL, which can be transformed to Python, C#, Java, or other scripting languages, per the customer requirements. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
Remove costly, proprietary runtime annual license fees by transforming to "license-fee free" Java, C++, or C# code. TSRI's transformed code carries no costly proprietary runtime fees. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
TSRI's transformation and refactoring process produces, as a standard output, a multi-tier architecture with DAO layer, presentation (UI) layer, and application logic layer, and enables a variety of cloud architectures including Amazon Web Services (AWS), Azure, private & government cloud, and others. With additional refactoring, TSRI can break monolithic systems into microservices according to a customer's specifications. Many of these refactorings can be automated, reducing time and effort. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
Move off mainframe systems and reduce operational and maintenance (O&M) expenses, and eliminate a variety of associated license fees. Reduce your hardware failure risk and footprint and move to high performance computing systems. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
TSRI's past work has targeted a variety of modern web presentation layers, terminal emulators (perhaps to retain existing screen scrapers), or both. Our customer-driven process allows you to decide the right target presentation layer for your modernized system. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
While modernizing the application logic, TSRI offers customers the options of retaining the existing database or moving your database to a new target, including SQL Server, Oracle, or open source databases. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
Either as a standalone project or part of a transformation project, TSRI produces fully automated code-level UML documentation of the structure and flow of the COBOL system, as well as "To-Be" or "Bridge Documentation" showing side-by-side, hyperlinking displays of the COBOL and the Java, C++ or C#. This documentation allows developers familiar with the COBOL system to easily continue maintaining the modernized target system, and includes graphs like Control Flow, Cause Effect, Data Flow, State Transition Tables, Complexity Analysis, and more. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
TSRI's model-based toolset allows for fully automated remediation of dead and redundant code, as well as the consolidation of similar statements and methods to improve maintainability. Because this process operates on the model level, functional equivalence is preserved during all refactoring. Ready to learn more? Contact us to receive more information, see a demonstration, or have a conversation.
