TriadicFrameworks
Overview

RTT‑Inside / Cisco — Operator Hooks (Grid‑Scale Variant)

Purpose#

Extend the base Cisco operator grammar to support grid‑scale fabrics
(MRC/MCR‑class clusters with 10k–100k+ nodes).
These operators reason about:

  • multi‑node coherence
  • cluster‑level telemetry
  • cross‑fabric lineage
  • antitime normalization
  • large‑scale flow stitching
  • regime‑aware transitions across massive fabrics

This file is non‑substrate‑exposing, operator‑first, and canon‑aligned with RTT/1.

1. Grid‑Scale Operator Grammar#

INTENT_CISCO_G — Declared Cluster Intent#

INTENT_CISCO_G(cluster_policy) → declared_intent

TIF_CISCO_G — Cluster Telemetry Interpretation Frame#

TIF_CISCO_G(cluster_telemetry) → interpreted_signal

MAN_CISCO_G — Cluster Management Causality#

MAN_CISCO_G(cluster_action) → mgmt_causal_link

FFF_CISCO_G — Cluster‑Level Flow Causality#

FFF_CISCO_G(cluster_flow) → flow_causality

CRE_CISCO_G — Cluster Causal Resolution Engine#

CRE_CISCO_G(intent, signal, mgmt) → resolved_causality

CSL_CISCO_G — Cluster Lineage Stitching#

CSL_CISCO_G(events[]) → lineage_chain

CET_CISCO_G — Cluster Causal Event Time#

CET_CISCO_G(event) → time_indexed_event

RTT_CISCO_G — Final Cluster‑Scale Causal Output#

RTT_CISCO_G(chain) → causal_object

2. Regime‑Aware Extensions (DSRSP)#

Grid fabrics often cross timing, optical, wireless, or orbital regimes.

DSRSP_AWARE_I2#

DSRSP_AWARE_I2(path, sensors) → substrate_signature

HARMONIC_SCAN_I2#

HARMONIC_SCAN_I2(flow, regime_profile) → harmonic_signature

SUBSTRATE_CLASSIFY#

SUBSTRATE_CLASSIFY(harmonic_signature, invariants) → tier_class

3. Resonance Chamber Hooks (Tier‑2 Sandbox)#

Used when cluster flows exhibit unstable invariants or harmonic bursts.

ROUTE_TO_RESONANCE_CHAMBER#

ROUTE_TO_RESONANCE_CHAMBER(flow, tier_class) → chamber_path

SANDBOX_BOUNDARY_ENFORCE#

SANDBOX_BOUNDARY_ENFORCE(chamber_state) → allowed_egress

4. ROA Compatibility (Internet3 Seed)#

The Regime Observer Agent uses cluster‑level signals to maintain substrate clarity.

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

5. Full Grid‑Scale Chain#

INTENT_CISCO_G
→ TIF_CISCO_G
→ MAN_CISCO_G
→ FFF_CISCO_G
→ CRE_CISCO_G
→ CSL_CISCO_G
→ CET_CISCO_G
→ RTT_CISCO_G

End of File#

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