How to Track a Lost Laptop

Lost your laptop at the airport. How will you find in the world? Or maybe you're worried that your new entertainment system is vulnerable to theft coveted? Or that expensive new bicycle for your child can reach missing in the neighborhood? No problem, say some in the burgeoning business of electronic monitoring. A chip can locate for you. In the future, for example, you can buy a laptop with an integrated device that tracks his whereabouts through GPS (Global Positioning). So if anyone has traveled a distance with your computer, you know where to look. Or you can place devices to monitor this high-end television or expensive bike. Indeed, while many popular attention on stolen laptop monitoring technology in the past has focused on the controversial use to keep an eye on people - including arrest, children and the elderly - many in the industry are also a long look at how tracking devices can be used with inanimate objects. The market is called "Silent Commerce" by the Chicago consulting firm based Accenture, which is among the most stubborn companies on the possibility of new technologies. Silent Commerce, says a recent Accenture report, "is potentially as revolutionary as the laptop recovery Internet and World Wide Web. While demand is bolder than in industry, some are willing to do, many think tracking devices has a bright future. What is the "Silent Trade"? "We're really in the early stages of calculating the possible applications," said Matthew Cossolotto, a spokesman for Applied Digital Solutions of Florida. ADS specializes laptop security in the volumes used to track people using GPS, which was made legal for commercial use by the Clinton administration in early 2000. Another monitoring system is the popular method of Radio Frequency Identification, or RFID, which uses radio waves to identify objects with tiny labels on them, but a shorter interval than GPS. Currently, RFID equipment are already used in a number of areas of EZ Pass tags that some cars can pass through toll booths on the east coast to the chip runners put on their shoes when competing in a marathon . And GPS and RFID have been eagerly evaluated by companies who think they see great potential to find stolen laptop develop the means, both corporations and consumers can track objects precious. In fact, many businesses are looking to incorporate environmental sensors for GPS equipment and RFID, so that people in remote areas can obtain more information about the objects they following you. Accenture envisions a scenario in which RFID-enabled tags, complete with tiny environmental sensors, replace bar codes on many everyday goods. In this way, for example, a dairy company could sure laptop theft protection  store cartons of milk at the proper temperature. Estimates of the economic potential of the sector vary, but a report by international marketing and consulting company Frost & Sullivan estimates the turnover in the world for RFID equipment at $ 7.5 billion in 2006. Size matters there, however, prevent the most widely used at the time of monitoring devices cons. The first is size: heavy or cumbersome devices could recover stolen laptop to provide some elements less attractive to consumers. "The smallest one unit, the better it could work with suitcases, laptops and other items," said Cossolotto. According to Steve Chapin, president of Pro Tech Systems of Florida, reducing the size of monitoring devices that use GPS "is the No. 1 target" businesses in the industry yet. Chapin thinks is inevitable, but progress on this front and uses the mobile phone as an example of a technology that has received the lowest laptop tracking over time: "Ten years ago everyone was walking around with a brick, and now people have cellular phones, the size of a magic marker. There are also technological barriers. GPS systems do not work indoors, while the so-called "assisted GPS" units operate only in areas where cellular network coverage. And some tracking devices over power sources, such as batteries run out. Meanwhile, academic groups trying to develop an open standard for RFID technology, to encourage wider use.