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ENCRYPTION Related to the question of privacy is encryption. In an effort to keep communications secure from eavesdropping, people encrypt their communications. Before 1976, if one wanted to encrypt communications, one probably used a single key, or symmetrical encryption, mechanism. Each user knew the key, and each user encrypted their messages with the key, and decrypted incoming messages using the same key. The problem with this method is that all users had to share in advance the secret of the key. Passing the single key around to all users created risks of discovery for all. In 1976 Diffie and Hellman published an asymmetric key cryptosystem. It and several related mechanisms became known as public key encryption. In this system, each user has a pair of keys, one of which the user publishes and is therefore public, and one of which the user keeps secret only to themselves. If Joe wants to send Mary a secret message, Joe encrypts the message using Mary s public key. In this system, the only way to decrypt such a coded message is to use Mary s private key. Joe cannot even decrypt the message using the public key he used to encrypt the message! Because of the mathematical relationship between the public and private keys, it is theoretically possible to deduce the private key value from the public key. However, the problem of guessing the private key becomes much greater as the size of the key becomes larger. Large keys, such as 128-bit keys, are thought to provide good security. It should take something like 1000 years using a powerful computer to directly break (as contrasted with a lucky guess) such a public key encryption code. In the last quarter of the 20th century, the US government prohibited the export of encryption technology in an effort to prevent the spread of public key encryption systems that offered strong security. The reason for this was that the government had an interest in monitoring certain communications for reasons of national security and the prosecution of criminals. After the technology spread outside the US anyway, some people felt the government s actions seemed to punish or hold back US companies, while the rest of the world went ahead using strong encryption anyway. Starting in 1999, the government s efforts to restrict export of strong encryption technology suffered reversals in the courts. In 1999, for example, the US 9th Circuit Court of Appeals ruled 2 1 in the Bernstein case that the restriction on exporting source code for encryption products was an infringement of free speech, since source code is expressive. The court said the government did not have the right to impose a prior restraint on such speech. While the ruling could have been appealed further, the US State Department decided to discontinue its efforts to control encryption technology. Such public key systems can now be used and exported to support private communications between computer users. VIRUSES, WORMS, AND TROJAN HORSES Viruses are programs that are concealed within another program. When the user executes the host program, the virus gets control and may perform actions unrelated to the host program s apparent function. While it has control, the virus program also replicates itself by attaching itself to another executable on the user s computer. The self-replication property of a virus permits it to spread rapidly among networked computers. A Trojan horse is similar, in that a Trojan Horse is a program with a second, unadvertised function in addition to its apparent function. A Trojan horse does not self-replicate, however, so the spread of a Trojan horse depends upon tricking users into downloading its code. Sometimes this is accomplished using social engineering to trick naive users into clicking on an internet link which then downloads an executable file with the hidden functionality. Trojan horses are often spread with pornography, for example. The file download may promise, and perhaps deliver, erotica, but it also delivers a Trojan horse which could make the user s computer accessible to the attacker remotely. Such a variety of Trojan horse is called a remote access Trojan (RAT).
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