Network Processing Zones

The perspective was different, but the patterns were the same as I recalled. My last attempt to penetrate the inner confines of the Central Network resulted in the discovery of a new sensor — one that responds to different molecules that populate the spacious realm of the double-Sevens. How this sensor was important to feeding the network is still not clear, but what I can tell you it takes only single molecules to trigger it.

Relying on basic pulse detection, I began to survey the general pulse density of the bulk of the network. The photon detectors were working their active magic, feeding streams of Electrons into the pattern matching engine that occupied huge volumes of network material. Occasional blips were spotted on the compression-relaxation sensor inputs, which operated at a pace somewhere between the slow but sensitive molecular detection array and the blazing photon detectors.

Further up the network we climbed, and in to regions that were filled with random and uncontrolled pulses and surges. It was here that all of the things that did not match patterns or trigger other pulse cycles ended up. For my effort, the randomized noise was far easier to ignore than the massive surges of the photon driven engine. Besides, the patterns here were quite unique, and the process by which they triggered, released and combined with other transmission patterns made them even more unique and powerful.