Enhanced Thermo-Scatter System (ETSS)
The Enhanced Thermo-Scatter System (ETSS) is a software-defined atmospheric communications system that
improves long-range data delivery by controlling propagation conditions rather than reacting to them.
By stabilizing the first hop of RF propagation, ETSS increases usable signal-to-noise ratio, reduces time-varying distortion,
and enables faster completion of data payloads across thousands of kilometers.
Key Capabilities
• First-hop reflection and propagation stabilization
• Increased usable SNR at the receiver
• Reduced buffering, interleaving, and retransmissions
• Faster end-to-end payload completion
• Independent operation from satellite and terrestrial infrastructure
In long-range systems, speed is defined by how quickly a complete data payload is delivered and decoded.
ETSS increases speed by reducing uncertainty in the propagation path, minimizing fade-driven fallback modes and retransmission overhead. The result is lower effective latency even when raw symbol rates appear similar.