Skip to content

bijux-proteomics-foundation

bijux-proteomics-foundation owns shared payload meaning in bijux-proteomics. It keeps identifiers, schema compatibility, migrations, and deterministic serialization stable enough that the rest of the package family can exchange meaning without ambiguity. This is the quiet substrate of the system. When it is right, every downstream package can speak clearly. When it drifts, every package starts inventing its own dialect.

This package remains intentionally narrow, but it is not trivial. The current product depth in core, runtime, knowledge, intelligence, and lab only stays coherent because foundation keeps identifiers, compatibility, migrations, canonical serialization, and shared document semantics stable enough for the other owners to build on one meaning instead of five competing ones.

flowchart TB
    ids["identifiers"]
    schemas["schemas"]
    migrations["migrations"]
    serialization["deterministic serialization"]
    foundation["foundation<br/>shared meaning layer"]
    core["core"]
    knowledge["knowledge"]
    intelligence["intelligence"]
    lab["lab"]
    runtime["runtime"]

    ids --> foundation
    schemas --> foundation
    migrations --> foundation
    serialization --> foundation
    foundation --> core
    foundation --> knowledge
    foundation --> intelligence
    foundation --> lab
    foundation --> runtime

What Breaks Without This Package

  • two packages can talk about the same entity and still mean different things
  • migrations become local hacks instead of a visible family-level discipline
  • runtime, lab, and intelligence code start carrying serialization burdens that should have stayed below them

What It Owns

  • identifiers and shared payload primitives
  • schema and serialization compatibility helpers
  • migration rules for shared payload evolution

Why This Surface Matters More Now

  • more benchmark and workflow depth in core increases the cost of shared-model drift
  • stronger runtime proof increases the cost of unstable serialization
  • deeper knowledge and intelligence routes increase the cost of ambiguous identifiers and document meaning

Shared Reader Routes

  • Use Product Overview before this page when the question is still repository-wide.
  • Use Maintenance when the dispute is about safe change or release gates rather than shared payload meaning.

Start Inside This Package

  • Open Foundation for the package role and boundary.
  • Open Architecture when the question is how identifiers, schemas, and migrations stay arranged.
  • Open Interfaces when the question is a public contract or shared data surface.

What It Refuses

  • program policy and lifecycle decisions
  • evidence truth and contradiction state
  • execution, provider, or operator-facing runtime behavior

Strongest Proof Route

First Proof Check

  • packages/bijux-proteomics-foundation/src/bijux_proteomics_foundation
  • packages/bijux-proteomics-foundation/tests
  • tracked artifacts under apis/ when the change reaches a public contract