Abstract
Boundary Host is a distributed hosting protocol designed for mobile devices operating under variable network, radio, and power conditions. The system applies a novel mesoscopic physics principle to signal management, allowing hosted workloads to remain coherent across unstable mobile links while preserving practical deployment cost.
Principle
The protocol is built around a mesoscopic control layer positioned between raw transport behavior and application continuity. This layer governs signal persistence, transition handling, and bounded state continuity across disrupted or shifting links. The mechanism itself is intentionally omitted here, but the operating result is a more stable export of network state through noisy mobile environments.
System Behavior
Boundary Host is designed to maintain service quality when Android devices move between towers, networks, and power states. It does this by managing discontinuity as a normal condition, reducing the effect of transient link degradation on the hosted service layer.
Observed Outcomes
Connection Stability
Improved continuity under mobile network variation.
Session Persistence
Reduced service interruption during handoff and reconnection events.
Transport Efficiency
Better effective behavior than conventional protocol baselines under unstable conditions.
Distributed Operation
Practical low-cost hosting across heterogeneous Android nodes.
Benchmark Position
Internal protocol testing indicates that the Boundary Host architecture exceeds existing protocol benchmarks in targeted mobile-hosting scenarios where interruption tolerance, signal continuity, and bounded recovery dominate throughput-only assumptions.
Deployment Context
The system is intended for affordable distributed cloud computing using Android hardware as a hosting substrate. Boundary Host is currently hosted in Hawaii.