Portable invariants
Human sovereignty, states, authorization, provenance, leasing and idempotency, rollback and interface contracts.
LABORATORY · ARCHITECTURE / 04
Four planes and an exit door.
The architecture separates what is portable from what belongs to each organization, and treats the host's exit as a product feature, not an exception.
Version 0.4.2 · updated 2026-09-27 · Version history
01
The four planes
Sector knowledge
What is reusable in a sector or function: real estate and land regularization, legal, education, commercial, editorial.
Each organization
Configuration, structure, roles, tools, policies and adaptations unique to each host.
What demonstrates
Events, metrics, incidents, tests and decisions that demonstrate results and allow learning across versions.
02
How a lesson moves up
| Axis | Steps |
|---|---|
| Scope | LOCAL → PACK → KERNEL |
| Maturity | RAW → CANDIDATE → VALIDATED → CANONICAL |
RECORDED FACTPromotion requires a verifiable package: identifier, sanitized diff, owner of the data and intellectual property, tests, human decision and rollback plan. Local knowledge does not become kernel law just because it worked once.
03
Product gates
| Gate | What it requires | Status |
|---|---|---|
| G0 | Delimited kernel | Not passed |
| G1 | Internal reliability | Not passed |
| G2 | Internal results | Not passed |
| G3 | Transferability | Not passed |
| G4 | External design partner | Blocked |
| G5 | Productization | Blocked |
04
Sovereign exit
Symbiontes must be able to withdraw, leaving the host better, documented and operational.
Approved principle: deep co-evolution with sovereign exit
- Completeness of export.
- Time to restore.
- Time to hand the work over to people.
- Share of operations not dependent on a single vendor.
- Ability to rebuild operations from the vaults.
05
Elastoplasticity
The brand's anchor concept: an organization should absorb shocks, return to its axis and keep what it learned.
Absorption
How much service degrades during the shock.
Recovery
How long it takes to return to the normal operating range.
Retention
How much useful change remains after stabilization.
Reversibility
How much it costs, and how long it takes, to undo a bad change.
Transferred learning
How much the response improves in the next shock or in a comparable host.