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SEEDPlanted 2026-04-13

Anti-Parasitic Protection

The Immune System of a Coherent Organism

Applied CT·All Six Elements + Editor-Variation Duality
A5A7A9A10B2B4B6Element-IElement-IIElement-IIIElement-IVElement-VElement-VISEPDomain WallsEditorsLeakage
THE INSIGHT

Five parasitic classes target each organism element. Three defense layers (innate, adaptive, meta-editing) map onto biological immunity via the editor-variation duality.

The double cascade (simultaneous boundary + editor failure) is the organism's death mode. Layered defense prevents single-point failure from triggering it. No defense is complete (A9) — the goal is Sel ≥ 0 under parasitic load, not invulnerability.

Five Parasitic Classes

Each targets a different organism element

I. SCAFFOLD PARASITES
Target: Element I

Free-ride on infrastructure without contributing to maintenance. Anomalous B_th consumption.

Detection: Transport that does not terminate at a coherence-producing sink.

II. BINDER PARASITES
Target: Element II

Attempt to redirect the organism's alignment. Brand hijacking, narrative capture, mission drift.

Detection: Anti-binder signal changes character without environmental cause.

III. LOOP PARASITES
Target: Element III

Inject false signals into sensing loops. Fake engagement metrics, astroturfing, Sybil attacks.

Detection: Loop signals that do not correlate with independent verification.

IV. WALL PARASITES
Target: Element IV

Weaken domain walls to enable boundary leakage. Social engineering, insider threats, credential theft.

Detection: Wall permeability increasing without corresponding alignment change.

V. EDITOR PARASITES
Target: Element V

Corrupt the correction mechanism itself. Regulatory capture, compromised quality assurance.

Detection: Editor corrections that increase misalignment (anti-corrections).

Three Defense Layers

Editor-variation duality maps to biological immunity

LAYER 1: INNATE (WALL + SCAFFOLD)

Static defenses: rate limiting, authentication, input validation, firewall rules. Fast, cheap, covers common attack vectors. Does not adapt.

LAYER 2: ADAPTIVE (EDITOR + LOOPS)

Sensing-based defenses: anomaly detection, behavioral analysis, pattern matching against known attack signatures. Adapts to new threats (A10). Higher Bcx than innate.

LAYER 3: META-EDITING (EDITOR OF EDITORS)

Defenses that detect compromised defenses. Audits of the audit system. Detects editor parasites (Class V). Most expensive but prevents the double cascade.

Falsifiable Predictions

Security
P1: Layered Defense Superiority
Organisms with all three defense layers will survive novel parasitic attacks at rates proportional to the product of layer coverages, not the sum.
CONFIRMS IF
Layered systems survive novel attacks at higher rates
FALSIFIES IF
Single-layer defenses are equally effective against novel attacks
Biology / Security
P2: Parasite Class Distribution
In any mature organism, parasitic patterns will distribute across all five classes in proportion inversely related to the defense investment per class.
CONFIRMS IF
Parasites distribute across all five classes
FALSIFIES IF
Parasites cluster on a single element regardless of defense investment

Source: CT_RESEARCH_ANTI_PARASITIC.md · Full immune system derivation from CT priors with five parasitic classes and three defense layers.