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In any case, the US law provides serious penalities for both harmless hacking and computer fraud. The Computer Fraud and Abuse Act was first passed in 1986, and it was amended in 1994, 1996, and 2001. Accessing a government computer without authorization, and communicating any information with respect to national defense or foreign relations to anyone not otherwise authorized, carries a penalty of a large fine and imprisonment for up to 20 years. Accessing the computer of any financial institution when one is not authorized to do so can be punished with up to 10 years in prison, and a large fine. Simply obtaining the information is a crime, whether one does anything with that information or not. Trafficking in password information can also draw a 10-year prison term. Simply damaging a computer, for instance by releasing a computer virus, can be punished with 5 years in prison. Even causing damage by accident while improperly accessing another computer can be punished with a year in prison! Many sections of the ACM Code of Ethics appropriately warn against unauthorized access of another s computer. These include sections 1.2, 1.3, 1.7, and 2.8, as well as: 1.8 Honor confidentiality. 2.3 Know and respect existing laws pertaining to professional work. 3.3 Acknowledge and support proper and authorized uses of computing resources.
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CAN COMPUTERS KILL In particular, can software kill Can software maim Can software inflict damaging financial loss As software and computers have become ever more integrated into all the appliances, tools, medical devices and weapons of the modern world, the question of software quality has become a question of more urgency. Most of the time, developers experience the failure of a program as an unfortunate but correctable defeat. From time to time, however, software failures can be very serious. Some are merely expensive, though dramatically so. In 1999 the Mars Climate Orbiter, launched in 1998, crashed when the NASA spacecraft team used different units of measure for distance than the navigation team. One team used English units, and the other used metric units (http://mars.jpl.nasa.gov/msp98/news/mco990930.html). Three months later, the companion project, Mars Polar Lander, crashed when the jolt from the deployment of its parachute made the software respond as if the probe had touched the surface of the planet, and the software turned off the retro rockets. Without the braking rockets, the craft fell from about 130 feet and was destroyed. These two mission failures were due to problems with software, and wasted about $180 million (http://news.bbc.co.uk/2/hi/science/nature/4522291.stm). One can argue that the problems were not with the software but with the humans who created the software. That way of looking at the problem focuses attention on the responsibility of the engineers. That is why these failures are properly reviewed in a chapter on the ethics and the social issues of computing. With software controlling pacemakers, automobile engine controls, antilock brake systems, missile targeting, medical equipment, driverless transports, elevators, robotic equipment, and industrial processes, when software fails, the results can be fatal. One example is the overexposure to radiation suffered by cancer patients in Panama during 2000. During November of 2000, 28 people being treated for cancer at the National Cancer Institute in Panama were accidentally exposed to much more radiation than prescribed. At least five died of the experience, and many of the others risked serious radiation-related complications from excessive exposure to radiation, according the the US FDA (http://www.fda.gov/cdrh/ocd/panamaradexp.html, July 6, 2001). When investigated, the cause turned out to be an erroneous software algorithm in the Multidata software controlling the Theratronics Cobalt-60 machine. The Multidata software provided a way for operators to digitize representations of metal shields called blocks, which are used to protect healthy, delicate tissue from exposure to x-rays. The doctors prescribed the use of various blocks for individual patients. The machine operators entered descriptions of the blocks into the software, and the Multidata software then calculated the amount of radiation to deliver. When investigating the cause of the radiation overexposures, investigators found that operators could enter data about the blocks in such a way that the software would misunderstand the digitized representation, mistaking holes in the pattern of blocks for the block itself. Multidata later recognized the problem as the
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