A unified language architecture for an advanced reversible object-oriented language is described. The design and implementation choices made for a tree-walking interpreter and source-language inverter are discussed, as well as the integration with an existing monadic parser, type checker and PISA compiler backend. A demonstration of the web interface and the interactions required to interpret, compile and invert reversible object-oriented programs is given. Our aim is that this platform will make reversible programming approachable to a wider community.