trained prisoners, were used in experiments that ended with death – usually within the first six to eight months of imprisonment. This was – he figured – because they were trying to prevent escape. However, he had been planning his breakout well before he had arrived. In fact, he had been planning for it since the inception of the Freedom-fighter movement, over five years ago.
He had smuggled – hidden deep within a cavity in one of his teeth – less than one microgram of nano-replicators. These nano-bots were capable of replicating at the rate of two-ex per minute. He had earlier programmed them to activate upon touching a micro magnet to the cavity in his tooth, which he had hidden in a plastic toothpick. And now, two months later, he had nearly two tons of nanobotic material. He had to be extremely prudent in his programming not to amass too much in any one area, as it would be detected. And so, during production, he carefully dispersed the microscopic material all throughout Lunar-One. He had developed a large array of different kinds of micro-equipment, each and every one of which, was designated a particular task. He had a whole series of computer reprogramming nano-bots. The first thing he did with these was to infiltrate the whole network, including all of the robotic equipment. Then he began to create a system wide simulation of L-1, using the digital footage he had collected from the video recording devices, located throughout the prison.
He wanted to be able to handle every conceivable variation, so that those monitoring L-1 at the base-station would believe that they were seeing actual signals and not simulation. This was especially difficult to do for those robots that traveled throughout L-1 being
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