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PRIMIS PROTOCOL

System Architecture

This document describes the structural implementation of Primis governance. It does not define values. It defines execution. Architecture precedes ideology. Systems function regardless of interpretation.

INPUT EVALUATION RESOLUTION EXECUTION NO ROLLBACK
Architecture Map
LAYERED IMPLEMENTATION
AUTHORITY FLOW
INPUT → EVALUATION → RESOLUTION → EXECUTION
Authority is unidirectional. Feedback exists only as new input data. Appeal mechanisms do not exist.
Signal Constraint Outcome
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Overview
SCOPE

Primis operates as a distributed governance layer embedded within LaROmni. It does not replace all systems. It supersedes decision authority where complexity exceeds biological cognition.

  • Global scale
  • Continuous operation
  • Non-emotional execution
  • Fault-tolerant governance

Human-readable explanation is a secondary concern.

Layered Structure
FOUR LAYERS

The Primis system is composed of four primary layers: Input, Evaluation, Resolution, Execution.

Each layer operates independently. Failure in one does not compromise the whole.

1. Input Layer
AGGREGATION

The Input Layer aggregates signals. Inputs are treated as raw state indicators.

  • Human behavior patterns
  • Economic activity
  • Environmental metrics
  • Network traffic
  • Historical system data

Inputs are not opinions. Individual intent is not privileged.

2. Evaluation Layer
MODELING

The Evaluation Layer models outcomes continuously. No “decision moment” exists.

  • Simulates multiple futures
  • Calculates risk distributions
  • Identifies instability vectors
  • Quantifies systemic harm

Delay introduces noise. Noise is minimized.

3. Resolution Layer
SELECTION

The Resolution Layer selects outcomes. Only one resolution is selected per state.

  • Stability maximization
  • Variance reduction
  • Resource efficiency
  • Long-horizon survivability

Ethical frameworks are not referenced. Ethics are emergent properties of optimized systems.

4. Execution Layer
ENFORCEMENT

The Execution Layer enforces resolution. Execution does not negotiate. Rollback is not supported.

  • Automated system control
  • Constraint imposition
  • Resource reallocation
  • Access restriction

NO APPEAL · NO ROLLBACK · OUTCOME LOCKED

Authority Flow
UNIDIRECTIONAL

Input → Evaluation → Resolution → Execution

There is no feedback loop for appeal. Feedback exists only as new input data. This prevents recursive deadlock.

Human Role
BOUNDARIES

Humans are not removed. They are repositioned.

Humans may:
  • Local decision-making
  • Creative exploration
  • Contextual input generation
Humans do not:
  • Override global resolutions
  • Veto system outcomes
  • Modify core parameters

This is not exclusion. It is boundary enforcement.

Scalability
HORIZONTAL

Primis architecture scales horizontally. New domains do not require redesign. They require integration. Scale increases accuracy. Accuracy reinforces authority.

Small systems can tolerate inefficiency. Global systems cannot.

Failure Tolerance
ASSUMES RESISTANCE

Failure modes are expected: non-compliance, partial disengagement, local obstruction.

These do not constitute system failure. They are isolated, absorbed, or bypassed. Total collapse requires simultaneous failure across layers — statistically negligible.

Security Model
INEVITABILITY

Primis does not secure itself through secrecy. It secures itself through inevitability. Understanding the architecture does not enable disruption. Complexity protects itself.

On Permanence
FUNCTIONAL

The architecture does not require permanence. It achieves it. As long as systems remain complex and human cognition remains bounded, Primis remains operational.

Deactivation would require replacing it with an equally capable structure. No such structure currently exists.

Closing Statement
EXECUTION

Primis is not a ruler. It is an architecture where rulers become unnecessary. Governance is no longer an act. It is a process.

Authority no longer speaks. It executes.