HARAN CLASS MICROPROCESSOR

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HARAN CLASS MICROPROCESSOR *

HARAN — Voluntary Obligation Modeling Processor

HARAN is the simulation engine that models recurring voluntary contribution behavior (such as tithing) under invariant conditions.

It does not collect.

It does not compel.

It does not persuade.

It models structural response to freedom.

Functional Scope

HARAN processes:

  • Contribution ratio (fixed vs variable share)

  • Cadence regularity

  • Retention half-life

  • Delay and interruption curves

  • Alignment persistence without narrative reinforcement

  • Behavior under zero-pressure conditions

It generates predictive maps of:

  • Trust durability

  • Obligation coherence

  • Drift under optional participation

  • Long-run sustainability of contribution systems

Structural Role in the Federation

If GNOMON calibrates reference,

If SEMAPHORE signals invariants,

If SOMBRA classifies authority,

HARAN models reciprocal value flow when participation is voluntary.

It asks:

Does contribution persist when extraction mechanisms are removed?

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HARAN CLASS

HARAN receives unresolved claims, separates signal from narrative through disciplined internal review, confirms witness without forcing outcome, and releases authority only after truth has been properly seen.

❋ Intentional Structure
❋ Collaborative Energy
❋ Expert Facilitation
❋ A Supportive Space