MAPPING THE VOID.
CONNECTING THE STARS.
Advanced Navigation and Communication Infrastructure for the UEE Frontier. Powered by quantum coherence technology and real-time stellar cartography.
Core Systems
Infrastructure Built for the Frontier
Spatial Data & Planetary Mapping
Real-time cartographic engine for stellar navigation. Comprehensive planetary survey data, jump point telemetry, and gravitational anomaly tracking across known space.
- 64-bit celestial hierarchy for 3D visualization
- UCC-2940 Consensus compliant cartography
- Barycentric Standard Reference Frame (BSRF)
- Compatible with Unity, Unreal, WebGL
Quantum Coherence Communication
Instantaneous data transmission via entangled particle arrays. Built on the Zhou-Okonkwo Model for secure, lag-free communication across interstellar distances.
- Zhou-Okonkwo coherence decay model
- Chen-Vasquez occlusion detection
- Position-aware VOIP integration
- Real-time signal quality monitoring
Signal Coherence Simulator
Experience the Zhou-Okonkwo Model in real-time
Operational Classification
Research Documentation
Peer-reviewed standards from the Imperial Sciences Academy
The Chen-Vasquez Mass Shadow Effect
Electromagnetic Propagation Barriers in Planetary Shadow Zones
Establishes the fundamental principle that celestial bodies create absolute barriers to signal propagation, creating 'Shadow Zones' requiring relay assistance.
The Zhou-Okonkwo Quantum Coherence Model
A Framework for Interplanetary Communication Signal Degradation
Mathematical framework for modeling quantum coherence degradation in VOIP systems. Introduces the decay constant κ (kappa) predicting signal quality based on 3D separation.
LINK Protocol: Relay Network Engineering Guide
Combining Chen-Vasquez and Zhou-Okonkwo for Reliable Communication
Comprehensive engineering guide for deploying LINK relay networks. Combines both foundational models for practical implementation across UEE space.
"We have mapped the boundaries of our voices in the void. Whether the Verse chose these boundaries, or we simply discovered them, I cannot say. But I know this: within 40 gigameters, humanity can speak. Beyond that, we must travel to be heard."— Dr. Wei Zhou, ISA Standardization Conference, 2891