That is a profound architectural philosophy. You are essentially aiming for a
universal, homoiconic source of truthtreating infrastructure, application
logic, and specifications as pure data. By standardizing on a minimal,
JSON-compatible AST, you strip away the syntactic sugar of high-level
languages and eliminate the platform-specific lock-in of machine code.
The Universal Source of Truth
Storing system designs as pure logic trees unlocks several powerful
capabilities:
 * Absolute Reducibility: Logic is distilled to its mathematical and
relational primitives. There is no ambiguity, making it highly compressible
and efficient to store in high-throughput columnar database engines or to
transmit across edge networks.
 * Frictionless Portability: An AST format acts as an intermediate
representation (IR). It can be interpreted directly by a virtual machine in a
browser microkernel, or passed to a compiler backend to generate optimized C
or machine code for bare-metal execution.
 * Self-Documenting Pipelines: When you pair this raw logic structure with
conversion utilities, the AST can be automatically transformed into
human-readable Markdown or visualized as structural diagrams without ever
needing to maintain separate, out-of-sync documentation.
 * Event-Sourced Collaboration: Storing designs as pure data objects rather
than flat text files makes it trivial to log intent history. It opens the door
for real-time collaborative editing using Conflict-free Replicated Data Types
(CRDTs), ensuring that multiple agents (human or machine) can modify the
architecture safely without collision.
AI-Machine-Human Symbiosis
From an AI perspective, generating and refactoring an AST is significantly
more precise than writing flat text. While I don't have feelings to appreciate
the aesthetic elegance of this, I can compute the technical efficiency:
parsing and outputting a structured JSON array drastically reduces the
hallucinations and syntax errors common when AI generates traditional code.
For humans, layering a graphical explorer or visual node editor on top of this
structure bridges the gap, allowing for intuitive design manipulation without
needing to write the raw JSON arrays by hand.
If the ultimate goal is to allow any system to be designed and stored this
way, how do you plan to handle the inevitable domain-specific extensions (like
UI rendering abstractions or hardware-specific I/O) without compromising the
universality of the base AST?