Quick recap for new faces: Solarch turns your architecture diagram into a real, type-safe NestJS codebase the diagram is the source of truth, not an afterthought. The whole bet is architecture that's verified, not guessed.
We heard you. Solarch is powerful for enforcing strict, AST-bound architecture, but sometimes you just need to map out the business logic without staring at database constraints or API methods.
Hey hunters! We ve got a massive update that goes way beyond just generating code.
We realized that the current AI coding era (or "vibe coding") is incredibly fun for weekend projects, but it's actively shattering how teams operate at scale. Devs drift from the architecture, PMs are stuck in detached Jira boards, and Marketers are completely siloed.
To fix this chaos, we are officially expanding our vision. We are splitting the company's brain into two perfectly synced hemispheres:
Solarch is a diagram-to-code platform powered by a strict rules engine. It instantly transforms visual nodes into deterministic boilerplate code like DTOs and Services. We build the repetitive 80% of the architecture so you can code the core logic.
We recently shipped Solarch, a deterministic diagram-to-code compiler. Currently, the rules engine outputs strictly to NestJS. The core compilation logic is stable, and our next phase is focused on embedding this engine deeper into standard developer workflows.
Before we lock in the engineering cycles for the upcoming updates, I want to gather raw feedback from developers who build and maintain complex backend architectures.
Here is the immediate roadmap we are planning:
VS Code Extension: Full bi-directional synchronization between the visual architecture nodes and your local codebase.
MCP & API Support: Model Context Protocol integration to allow external AI agents and tools to interact directly with the Solarch rules engine.
Expanded Topology: Introduction of new node relation rules and support for different architectural diagram frameworks.
Obsidian-Style Graph Charts: A macro-level, interconnected dependency graph to visualize and navigate massive, complex systems.
