While only a few tools are publicly available for querying NOC databases, the number of available CASP tools is rapidly increasing , including those accounting for bio-catalyzed reactions . Whether predicted or extracted, synthetic routes come in different formats, often holding mutually incompatible data models, depending on the source (NOC/CASP) and origin (specific CASP platform or tool). Given the rapid evolution of the field and the growing number of method developers, imposing any unified standard of format and data model across applications and platforms appears daunting. As a lightweight alternative, we envision bespoke software that operates translations between data formats and conversion between data models, allowing third-party applications to consume the output of multiple NOC and CASP tools.