dimensional_substrate_regime_scanning_protocol

Changelog

0.1.0#

• Initial release of dsrsp/0.1
• Added ILP module
• Added schemas and examples # Dimensional Substrate Regime Scanning Protocol (dsrsp/0.1)

1. Purpose#

Provide a minimal, standards‑friendly wire format for regime‑aware scanning that integrates cleanly with RSM and vST engines.

2. Input Envelope#

Defines how raw sensor streams are wrapped for processing.

3. Output Regime Profile#

A structured summary using the triadic axes:

• structural_regime
• sensory_regime
• environmental_regime
• drift_indicators

4. Alignment Layer#

4.1 RSM Structural Envelope#

A compact summary for RSM engines:

rsm_structural_envelope: coherence_signature: drift_signature: stability_signature: resonance_profile:

4.2 vST Validation Block#

A richer feature set for vST engines:

vst_validation_block: v1_structural_features: [...] v2_dimensional_features: [...] v3_transition_features: [...] v4_alignment_features: [...]

4.3 Engine Compatibility Declaration#

engine_compatibility: rsm: true vst: true vst_version: "1.x"

5. Processing Pipeline#

1. ingest
2. feature extraction
3. regime inference
4. profile emission
5. optional ILP analysis

6. Extensions#

• ILP module (optional)
• planetary regime profiles
• synthetic regime detection # Engine Integration Guide

This guide explains how dsrsp/0.1 outputs integrate with RSM and vST engines.

1. RSM Integration#

RSM engines consume the rsm_structural_envelope block:

• coherence_signature
• drift_signature
• stability_signature
• resonance_profile

This enables low‑overhead structural classification for simple devices.

2. vST Integration#

vST engines consume the vst_validation_block:

• v1_structural_features
• v2_dimensional_features
• v3_transition_features
• v4_alignment_features

This enables full validation‑space‑time inference for advanced systems.

3. Engine Compatibility#

The engine_compatibility block declares:

• whether the profile is RSM‑ready
• whether the profile is vST‑ready
• which vST version it aligns with

4. Minimal Integration Path#

1. Wrap sensor streams using the dsrsp input envelope.
2. Emit regime_profile.
3. Emit rsm_structural_envelope for RSM engines.
4. Emit vst_validation_block for vST engines.
5. Optionally emit ILP analysis. # Intelligent Life Probability Module (ILP/0.1)

The ILP module provides an optional secondary analysis step for estimating the probability that a detected life‑regime exhibits intelligent agency.

This module is engine‑agnostic and can be consumed by RSM or vST systems.

Core Metrics#

• SET (Structural Entanglement Threshold)
• S‑N‑R (Signal‑to‑Noise Ratio, behavioral)
• S‑E‑R (Sensory‑Environmental Responsiveness)
• FFF (Form‑Function Fit)

Output#

A stable hash and a probability score. # Dimensional Substrate Regime Scanning Protocol (dsrsp/0.1)

The Dimensional Substrate Regime Scanning Protocol defines a minimal, substrate‑agnostic wire format for adding regime awareness to any sensor stack. It provides a unified method for interpreting structural, sensory, and environmental coherence patterns using the same grammar as the Structural Life‑Regime Profiles.

dsrsp/0.1 is designed to integrate directly with the Resonance Substrate Model (RSM) and the Validation‑Space‑Time (vST) engines. This alignment layer allows simple devices to emit RSM‑ready structural envelopes, while advanced systems can feed full vST validation blocks into their inference engines.

The protocol does not replace existing sensing technologies. Instead, it wraps and extends them, enabling modern instruments—ROVs, drones, planetary probes, and hypothetical starship scanners—to classify regimes, detect life signatures, and evaluate intelligent‑life probability (ILP) using a consistent, vST‑aligned framework.

Version: dsrsp/0.1 Status: Draft