The emergence of new Net parties suggest a new era in politics. Net (Internet) parties incorporate the open, horizontal and leaderless processes associated with free software and social movements such as 15M.
Wear a mask, pay cash, and break out your old brick cell phone. Consumer Reports tells all:
High-resolution video cameras monitor all areas in and outside the store. With facial-recognition software, your mug shot can be captured and digitally filed. Ditto for your car’s license plate. (Read more…) Stores don’t provide sufficient disclosure, so you can’t opt out to protect your privacy.
Gaze trackers are hidden in tiny holes in the shelving and detect which brands you’re looking at and how long for each. There are even mannequins whose eyes are cameras that detect age, sex, ethnicity, and facial expression.
Your mobile phone is an excellent device for tracking your shopping route. Retailer tracking systems can identify individual shoppers by monitoring your phone’s International Mobile Subscriber Identity number (constantly transmitted from all cell phones to their service providers) or Media Access Control address (transmitted when the device’s Wi-Fi is enabled, which is the default setting on most devices).
Cisco, the technology giant, is testing a system at an undisclosed store. It automatically detects your mobile device and connects you to the retailer’s free Wi-Fi network. “Once the customer gets on the network, he has opted in, and the privacy concerns are allayed,” says Sujai Hejela, general manager of Cisco’s wireless networking group.
Radio-frequency identification (RFID) tags placed on the merchandise detect when you pick up an item. They can trigger a nearby digital sign to feed you targeted ads or details about the product. Kiosks and interactive touch screens often do the same thing.
Technology and nature to become indistinguishable, New Scientist writes:
Computers made from living cells, anyone? Two groups of researchers have independently built the first biological analogue of the transistor. It should make it easier to create gadgets out of living cells, such as biosensors that detect polluted water.
Drew Endy at Stanford University and colleagues have designed a transistor-like device that controls the movement of an enzyme called RNA polymerase along a strand of DNA, just as electrical transistors control the flow of current through a circuit. Because combinations of transistors can carry out computations, this should make it possible to build living gadgets with integrated control circuitry.
A similar device has been built by Timothy Lu and colleagues at the Massachusetts Institute of Technology. Such devices will be key building blocks in cellular machines, says Paul Freemont at Imperial College London, who was not involved in either study.