RTT‑Inside / Internet2 — DSRSP Awareness & Regime‑Level Operator Hooks
Purpose#
Define the RTT‑Inside operators responsible for regime awareness, substrate signatures, harmonic detection, tier classification, and substrate health within Internet2‑class dimensional networks.
These operators form the regime‑aware spine of the Internet2 module and support:
- DSRSP scanning
- harmonic signature detection
- invariant stability checks
- tier classification (Tier‑0, Tier‑1, Tier‑2)
- substrate health scoring
- safe routing into the Resonance Chamber
- ROA (Internet3) oversight
This file is non‑substrate‑exposing, operator‑first, and canon‑aligned with RTT/1.
1. DSRSP Regime‑Aware Operators#
DSRSP_AWARE_I2 — Regime Scan + Substrate Signature#
DSRSP_AWARE_I2(path, sensors) → substrate_signature
Produces a dimensional signature describing the current regime conditions.
HARMONIC_SCAN_I2 — Harmonic Burst Detection#
HARMONIC_SCAN_I2(flow, regime_profile) → harmonic_signature
Detects harmonic distortions, resonance bursts, and regime‑crossing anomalies.
SUBSTRATE_CLASSIFY — Tier Assignment#
SUBSTRATE_CLASSIFY(harmonic_signature, invariants) → tier_class
Assigns flows to:
- Tier‑0 — clear substrate
- Tier‑1 — stable but regime‑shifted
- Tier‑2 — unstable, sandbox required
2. Invariant & Stability Operators#
INVARIANT_REGISTRY_I2 — Invariant Acceptance / Sandbox / Rejection#
INVARIANT_REGISTRY_I2(candidate, evidence) → {accepted, sandboxed, rejected}
Prevents premature canonization of unstable invariants.
SUBSTRATE_HEALTH_I2 — Dimensional Health Score#
SUBSTRATE_HEALTH_I2(regime_profiles, tier_distribution) → health_score
Evaluates substrate stability across regimes.
3. Resonance Chamber Routing Hooks#
ROUTE_TO_RESONANCE_CHAMBER — Tier‑2 Placement#
ROUTE_TO_RESONANCE_CHAMBER(flow, tier_class) → chamber_path
Routes unstable flows into the Tier‑2 sandbox.
SANDBOX_BOUNDARY_ENFORCE — Containment Boundary#
SANDBOX_BOUNDARY_ENFORCE(chamber_state) → allowed_egress
Ensures unstable patterns cannot pollute the clear substrate.
RESONANCE_COOLDOWN_I2 — Harmonic Decay#
RESONANCE_COOLDOWN_I2(chamber_state, time) → decay_profile
Controls resonance decay and cooldown timing.
4. Regime Folding & Overload Protection#
REGIME_FOLD_I2 — Controlled Substrate Folding#
REGIME_FOLD_I2(overload_signal, health_score) → fold_plan
Used when substrate health drops below safe thresholds.
5. RRB Integration (Harsh Regimes)#
RRB_STATE_AWARE — Occlusion‑Aware State Delta#
RRB_STATE_AWARE(rrb_signature, prior_lineage) → awareness_delta
RRB_MEANING_DENSITY — Meaning Preservation Under Occlusion#
RRB_MEANING_DENSITY(flow, rrb_scan) → effective_signal
6. ROA Compatibility (Internet3 Seed)#
ROA_OBSERVE#
ROA_OBSERVE(regimes, flux, invariants) → observation_state
ROA_DIAGNOSE#
ROA_DIAGNOSE(observation_state, substrate_health) → diagnosis
ROA_DECIDE#
ROA_DECIDE(diagnosis, policy) → action_class
ROA_ACT#
ROA_ACT(action_class, flows) → routed_state