At the heart of the framework lies a highly adaptable Domain Specific Language (DSL) designed to translate data
from different formats into one another. This DSL covers complex workflows, enabling the implementation of
multi-stage process steps during translation and robust error-handling processes. The TALLENCE DSL serves as
the foundation for the entire migration process, enabling efficient and accurate data transformation between
charging engines.
By utilizing the DSL, the framework facilitates the translation of customer data from the legacy vendor data models
into the MATRIXX Software data model. The DSL's flexibility and extensibility allow for seamless adaptation to various
charging engine migration scenarios, accommodating diverse business requirements and data structures.
Implementing the framework brings several tangible benefits to telcos undergoing charging engine migration.
By automating standard tasks and leveraging the DSL for data transformation, the framework significantly reduces
typical project duration costs by an average of 40%. This time and cost reduction is achieved through the automation
of repetitive tasks and the elimination of manual data handling, ensuring a more efficient migration process.
Furthermore, the framework minimizes the complexity and risk associated with a charging engine migration. Its
comprehensive approach and integration capabilities allow for robust testing, reducing the chances of disruption
to existing processes and ensuring smooth data flow across systems. By providing a binding timeline, the
framework helps manage the complexity of the overall migration and mitigates the risk of delays in dependent
transformation projects.