RTT‑Inside / Cisco — Operator Hooks (Base + Grid‑Scale)
Purpose#
Convert Cisco‑origin telemetry, configuration, management actions, and flow‑level behaviors into RTT‑style causal objects. Provides the causal spine for reasoning across routing, switching, wireless, SD‑WAN, controller fabrics, and grid‑scale clusters.
This file defines:
- Base Cisco operator grammar (device‑level)
- Grid‑Scale Variant (cluster‑level, MRC/MCR)
- Regime‑aware extensions (DSRSP)
- Resonance Chamber routing hooks
- ROA compatibility for Internet3‑class substrates
1. Base Cisco Operator Grammar#
INTENT_CISCO — Declared Network Intent#
INTENT_CISCO(source) → declared_intent
TIF_CISCO — Telemetry Interpretation Frame#
TIF_CISCO(telemetry) → interpreted_signal
MAN_CISCO — Management Plane Causality#
MAN_CISCO(action) → mgmt_causal_link
FFF_CISCO — Forwarding Fabric Flow#
FFF_CISCO(flow) → flow_causality
CRE_CISCO — Causal Resolution Engine#
CRE_CISCO(intent, signal, mgmt) → resolved_causality
CSL_CISCO — Causal Lineage Stitching#
CSL_CISCO(events[]) → lineage_chain
CET_CISCO — Causal Event Time#
CET_CISCO(event) → time_indexed_event
RTT_CISCO — Final Causal Output#
RTT_CISCO(chain) → causal_object
2. Grid‑Scale Variant (MRC/MCR)#
Used for large fabrics (10k–100k+ nodes), multi‑node coherence, and cluster‑scale stitching.
INTENT_CISCO_G#
INTENT_CISCO_G(cluster_policy) → declared_intent
TIF_CISCO_G#
TIF_CISCO_G(cluster_telemetry) → interpreted_signal
MAN_CISCO_G#
MAN_CISCO_G(cluster_action) → mgmt_causal_link
FFF_CISCO_G#
FFF_CISCO_G(cluster_flow) → flow_causality
CRE_CISCO_G#
CRE_CISCO_G(intent, signal, mgmt) → resolved_causality
CSL_CISCO_G#
CSL_CISCO_G(events[]) → lineage_chain
CET_CISCO_G#
CET_CISCO_G(event) → time_indexed_event
RTT_CISCO_G#
RTT_CISCO_G(chain) → causal_object
3. Regime‑Aware Extensions (DSRSP)#
Cisco flows 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
4. Resonance Chamber Hooks (Tier‑2 Sandbox)#
Used when flows exhibit unstable invariants, harmonics, or regime‑crossing distortions.
ROUTE_TO_RESONANCE_CHAMBER#
ROUTE_TO_RESONANCE_CHAMBER(flow, tier_class) → chamber_path
SANDBOX_BOUNDARY_ENFORCE#
SANDBOX_BOUNDARY_ENFORCE(chamber_state) → allowed_egress
5. ROA Compatibility (Internet3 Seed)#
The Regime Observer Agent uses Cisco‑origin 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
6. Full Base Chain#
INTENT_CISCO
→ TIF_CISCO
→ MAN_CISCO
→ FFF_CISCO
→ CRE_CISCO
→ CSL_CISCO
→ CET_CISCO
→ RTT_CISCO
7. 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