WCF-1: Wireless Communications Fix One — System Layer Overview (Public Mathematical Shell — IP-Restricted Core Redacted)

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SYSTEM ARCHITECTURE
WCF-1: Wireless Communications Fix One — System Layer Overview
(Public Mathematical Shell — IP-Restricted Core Redacted)

The WCF-1 architecture replaces continuous broadcast transmission with a mathematically regulated, ecologically compliant communication layer. All operational behaviour is determined by equilibrium law $ Eq(\mathcal{S}) $, PHM harm-weighting, NashMark allocation constraints, and Sentinel-governed Markov state transitions. The system is defined across four interacting strata: Ecological Sensing, Transmission Control, Harm Governance, and Equilibrium Enforcement.

2.1 Ecological Sensing Layer (Sentinel Public Shell)

The sensing layer provides biological and environmental feedback needed for conditional communication:

  • Bioacoustic monitoring (insect wingbeat density, avian signatures)
  • Thermal micro-imaging (small-body proximity mapping)
  • Exposure field sampling (local SAR proxies and field drift vectors)
  • Environmental state capture (light cycle, humidity, migration patterns)

It produces the real-time ecological state vector:

$ E_t = \{ \rho_{\text{insects}},\, \rho_{\text{birds}},\, \sigma_{\text{field}},\, \chi_{\text{drift}},\, \Lambda_{\text{exposure}} \} $

Any component exceeding its threshold triggers a Markov transition to a restricted or shutdown state.

2.2 Transmission Control Layer (Directional Beam Logic)

All communication transmission is non-static, directional, and state-dependent:

  • Dynamic beam-forming (tight lobes, zero spill)
  • Automated side-lobe suppression
  • Duty-cycle modulation (transmit only under safe conditions)
  • Proximity veto (beam collapse on biological intrusion)
  • Exposure-bounded emission $ S \leq S_{\max} $

Transmission permission is defined by:

$ \tau_t = \Phi_{\text{sentinel}}(E_t) $

where $ \tau_t \in \{ \text{permit},\, \text{shape},\, \text{reduce},\, \text{deny} \} $. Unconditional broadcast is prohibited.

2.3 Harm Governance Layer (PHM Public Shell)

PHM assigns a proportional ecological cost to each transmission event:

$ \Delta\Omega_t = \alpha\,L_t + \gamma\,X_t + \zeta\,M_t $

where:

  • $ L_t $ — transmission loss profile
  • $ X_t $ — biological exposure density
  • $ M_t $ — materials / operational footprint

A communication event is permitted only if:

$ \Delta c_t - \Delta\Omega_t \ge 0 $

2.4 NashMark Allocation Layer (Priority Enforcement)

Capacity is allocated by ethical priority, not throughput:

  • Emergency signalling
  • Medical and welfare channels
  • Environmental telemetry
  • Essential civic communication
  • General data traffic
  • High-load / discretionary bandwidth

The Nash objective ensures equilibrium fairness:

$ \max \sum_i w_i \log(U_i - U_i^0) $

2.5 Equilibrium Enforcement Layer (EEE / BCE Public Shell)

This layer enforces lawful operating states:

  • EEE (Equilibrium Enforcement Engine): returns system to $ Eq(\mathcal{S}) $ under drift.
  • BCE (Breach Cascade Engine): escalates violations into detunes and shutdowns.

Operational states include:

  • Normal
  • Constrained
  • Reduced
  • Critical
  • Locked

All transitions are governed by Markov gateways.

2.6 System Structure Summary (Public Shell)

The WCF-1 system is expressed as:

$ \mathcal{W} = \langle E_t,\, \tau_t,\, \Delta\Omega_t,\, A_t,\, S_t \rangle $

  • $ E_t $ — ecological state
  • $ \tau_t $ — transmission permission
  • $ \Delta\Omega_t $ — harm-weight
  • $ A_t $ — Nash priority allocation
  • $ S_t $ — Markov / Sentinel system state

All internal thresholds and operators remain sealed within the IP-restricted compliance API.

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