ENCRYPTION -- This week, Bell Labs reported development of the AT&T Information Vending Encryption System (IVES), a security system that protects commercial information services -- such as video on demand, home shopping and banking -- and electronic news and alerting services. Using chips designed by Bell Labs and VLSI Technologies, IVES works on various networks including the Internet, cable TV networks and direct satellite broadcasting. The first application of IVES is in set-top cable television boxes being built by AT&T for Cablevision Systems Corp., the nation's fifth-largest cable service
DNA -- In a bold experiment that provokes investigators to reconsider what a computer is, a researcher has used the genetic material DNA as a sort of
-----BEGIN PGP SIGNED MESSAGE----- Would *I* abstract an internal communique for a bunch of net.riffraff? Surely not - you must know me better than that... [...stuff...] Search done for Message: <<< BELL LABS NEWS >>> - ---------------- provider. By employing secure cryptographic addressing, IVES will assure that only paying customers receive enhanced pay-per-view and video-on-demand services. "There have been effective attacks on most, if not all, video encryption systems, despite highly sophisticated countermeasures," said Dr. David Maher, chief scientist for AT&T Secure Communications Systems. "Hackers are dedicated and can be well funded. Incentives are rising rapidly." [...stuff...] Dedicated? Definitely. Well-funded? Hmmm. This item is something for your acronym-scan parsers; will IVES become interesting? (If not IVES, what of CURRIER? Whoa- it was a joke, officer - CURRIER and IVES, get it? Oh, shit.) Search done for Message: <<< BELL LABS IN THE NEWS >>> - ---------------- personal computer. The experiment's designer, Dr. Leonard Adleman, translated a difficult math problem into the language of molecular biology and solved it by carrying out a reaction in one-fiftieth of a teaspoon of solution in a test tube. Adleman, of the Univ. of Southern California in Los Angeles, used DNA to solve a problem that involved finding the shortest path linking seven cities. Molecular computers, Adleman said, are fast and efficient, and they have unheard-of storage capacities. He said molecular computers can perform more than a trillion operations per second, which makes them 1,000 times as fast as the fastest supercomputer. And they can store information in a trillionth of the space ordinary computers require. "It's a very intriguing idea," said Ron Graham, of the Bell Labs Information Sciences Division at Murray Hill. "It's more than just cute. It makes you think in a different direction." (from the Denver Post, Nov. 22, '94) [...stuff...] Hmmm. Have you ever been spied on by your own metabolism? ..... YOU WILL. Then again. maybe not. FYI. -Philippe -----BEGIN PGP SIGNATURE----- Version: 2.6.1 iQCVAwUBLxN0uQvlW1K2YdE1AQHMGAQAu5S0T9xUPsdY8SfB0k43bE2BNL5pb1OE FAg7qjbJ1ugZw0EPDrGFBH7sjq2GHBhyXwgBrlL5j2oAVnnGL2+3QtrcyxIEsrXA 42ME+1JaOQo5+pclCjOrxF00MDoqGdw7hMLexGyawOs7zp+RGDrhPUkMG7ennpky 8QEfrFh8yYU= =pI4l -----END PGP SIGNATURE----- -- ........................................................................ Philippe D. Nave, Jr. | Strong Crypto: Don't leave $HOME without it! nave@abacus.dr.att.com | Denver, Colorado USA | PGP public key: by arrangement.