Rhodd comes out of a problem that keeps showing up in architecture work.
Too much of the system is still half-written and half-remembered, while more of the implementation around it is being generated.
Teams often know things like:
- what services exist
- how they connect
- which contracts are real
- how environments differ
- what gets deployed where
- which parts of the system are more tightly coupled than anyone likes to admit
That was already expensive when implementation was slower and more tightly mediated by people.
In the AI era, where the volume and speed of generation is increasing, leaving architecture as a secondary artifact is no longer an option.
Architecture as a compiled source
Rhodd is meant to treat the definition of the system as the source of truth, not a downstream result of the code.
By compiling the architecture, you ensure that the structural intent of the system is what drives the implementation, not the other way around.
Why this is necessary now
The faster you can generate code, the more critical the structural constraints become.
Without a deterministic way to define and enforce those constraints, the system will eventually drift into a state where nobody can clearly state how it actually works.
Rhodd is the tool to prevent that drift.
Current status
Rhodd is in active development.
The current focus is on building the core compiler that can turn system definitions into enforceable architectural constraints that survive the generation cycle.