Today, nanoscience has deployed materials into the environment which can receive radio signals, deliver drugs through the lipid membranes of cells with no antibiotic resistance, use DNA to assemble carbon and gold structures at the molecular level. Nanoscience has given us biological factories which can produce virtually anything using the DNA of e. coli. The “accidental” release of chemicals into our environment may have placed at the disposal of nanobots materials engineered for particular purposes, with particular features. We find chemicals in our water and air we cannot explain. Our food is shrouded in plastics with chemical properties easily adaptable to the needs of nanoscience. Artificial sweeteners and heavy metals have plagued us for generations, a chemical soup of frightening ingredients. These chemicals may serve as deeply buried supply centers, caches of material for use at a time in the future. Unused but available, these materials may only need assembling into appropriate configurations, by nanoassemblers, switched on by way of radio signals. Conveniently, these signals will soon pass much more readily through walls and structures, thanks to the introduction of DTV in February of this year (2009). And a critical step, the shift of the world’s capitalist, free-market paradigm and the collapse of the world’s economic structure, is already underway.