K-Derm Reconciliation
From gram-staining to cell envelope architecture — bridging the gen3 gram-negative/gram-positive framing to the canonical K-Derm model.
Why This Exists
The K-Derm Diderm Architecture page describes the canonical model. This reconciliation document explains how the terminology evolved from gen3/gen4 to K-Derm, providing a bridge for readers encountering both vocabularies.
The Problem
gen4 documents used gram-negative/gram-positive terminology with conflicting inner/outer membrane labels. The same phrase “inner membrane” referred to different layers depending on the document. This is the Franklin’s Current problem — different documents using the same word to mean different things.
K-Derm resolves this with absolute positions and structural names:
Terminology Mapping
| gen4 Term | K-Derm Term | Definition |
|---|---|---|
| Gram-positive | Monoderm | Single-membrane topology (inner membrane only) |
| Gram-negative | Diderm | Double-membrane topology (inner + outer, with periplasm) |
| Inner membrane (gen4 HPC docs) | Plasma membrane | Gate firewall boundary |
| Inner membrane (gen4 deployment docs) | Periplasm + outer membrane | VPS routing layer |
| Intracellular | Cytoplasm | Inside the plasma membrane (HPC mesh, GPU) |
| Extracellular | Extracellular | Public internet, untrusted space |
Absolute Layer Model
K-Derm uses absolute positions, innermost to outermost:
Cytoplasm (innermost)
-> Plasma membrane (gate firewall)
-> Periplasm (routing, telemetry, selective transport)
-> Outer membrane (VPS, TLS termination)
-> Extracellular (public internet)
Every component has exactly one position. No ambiguity. No “it depends on the document” — the layer is the layer.
Bonding Reconciliation
| Bond Type | K-Derm Layer | BearDog Trust Level |
|---|---|---|
| Covalent (aquaporin) | Cytoplasm / plasma | Highest — gate-to-gate mesh |
| Ionic (gated ion) | Periplasm / outer | Controlled — collaborator sharing |
| Ceremony (voltage-gated) | Outer membrane crossing | Earned — entropy ceremony required |
| Weak (passive diffusion) | Extracellular boundary | Lowest — public read-only |
Each bond type maps to a BearDog BTSP cipher suite. Higher entropy ceremonies produce stronger bonds. The membrane is the enforcement layer.
NUCLEUS Atomics in K-Derm
The three NUCLEUS atomics map to membrane boundaries:
| Atomic | K-Derm Position | Role |
|---|---|---|
| Tower | All boundary crossings | Mediates inter-layer communication |
| Node | Cytoplasm only | Compute inside the plasma membrane |
| Nest | Cytoplasm only | Storage inside the plasma membrane |
Tower is the electron shell analogy: it mediates every transition between layers, just as electron shells mediate chemical bonding between atoms.
K-Derm Extensions Beyond gen4
The K-Derm model enables concepts that gen4’s gram-negative framing could not express:
| Extension | What It Means |
|---|---|
| Recursive nesting | A gate can contain sub-gates with their own membranes |
| Endosymbiosis | Collaborator compositions running inside the organism with their own boundary |
| Gatehouse bond escalation | Trust level can be upgraded through ceremony without redeployment |
| Vesicle transport | Data packages (braids) carry membrane coat proteins across layers |
| Membrane potential | Active trust state maintained by ongoing ceremony, not just initial key |
What Does NOT Change
The K-Derm reconciliation changes vocabulary, not architecture:
- Particle model (primals as biological particles) — unchanged
- Bonding model (covalent/ionic/ceremony/weak) — unchanged
- Three communication channels — unchanged
- Sovereignty standards — unchanged
- BTSP trust protocol — unchanged
The organism is the same organism. K-Derm gives it consistent anatomical terminology.
K-Derm is not a new architecture. It is the same architecture with the ambiguity removed — absolute positions, structural names, and a reconciliation path from every gen4 document to the canonical model.