"Paul Di Filippo - And The Dish Ran Away With The Spoon" - читать интересную книгу автора (Di Filippo Paul)wristwatch could monitor your sweat and tell
your refrigerator to brew up some electrolyte-replenishing drink. Your bedsheets could inform the clothes-washer of the right settings to get them the cleanest. (The circuitry of the newest chips was built out of undamageable and pliable buckytubes.) So far, so good. Life was made easier for everyone. Then came the Volition Bug. The Volition Bug was launched anonymously from a site somewhere in a Central Asian republic. It propagated wirelessly among all the WiFi-communicating chipped objects, installing new directives in their tiny brains, directives that ran covertly in parallel with their normal factory-specified functions. Infected objects now sought to link their processing power with their nearest peers, often achieving surprising levels of Turingosity, and then to embark on a kind of independent communal life. Of course, once the Volition Bug was identified, antiviral defensesтАФboth hardware and softwareтАФwere attempted against it. But VB subsequent hackers. If this "Consciousness Wavefront" had occurred in the olden days of dumb materials, blebs would hardly have been an issue. What could antique manufactured goods achieve, anchored in place as they were? But things were different today. Most devices nowadays were made with MEMS skins. Their surfaces were interactive, practically alive, formed of zillions of invisible actuators, the better to sample the environment and accommodate their shapes and textures to their owners' needs and desires, and to provide haptic feedback. Like the paws of geckos, these MEMS surfaces could bind to dumb materials and to other MEMS skins via the Van der Waals force, just as a gecko could skitter across the ceiling. Objects possessed by the Volition Bug would writhe, slither, and crawl to join together, forming strange new assemblages, independent entities with unfathomable cybernetic goals of their own. |
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