X-Message-Number: 4796 From: (David Stodolsky) Subject: Fwd: Stale accounts and lifestreams Date: Mon, 21 Aug 95 12:14:55 +0200 (CET DST) Forward of article <> () by (RISKS Forum): ------------------------------ Date: Wed, 16 Aug 1995 00:09:49 -0400 From: (Martin Ewing) Subject: Stale accounts and lifestreams (Frankowski, RISKS-17.) Dan Frankowski's account (RISKS-17.) of problems with an old frequent flyer account points up a new generic risk: Our electronic "shadows" accrete all kinds of data over a lifetime. Apart from the problem of bad guys getting access, it is rather difficult for us to retrieve our own data. In addition to stale f.f. accounts, we may need to get tax records, Social Security income data, house purchase and repair cost information, investment cost, etc., sometimes back to day zero. Dave Gelernter at Yale has developed a "lifestream" database model which would capture and organize (by date, as I understand it) all your electronic data, starting with your birth certificate. In addition to all your financial transaction data, there would be all your e-mail, significant images, school homework, all the versions of all the programs you ever wrote, etc. We can imagine carrying this all around on an optical disk in your wallet or on a super smart card. (How much of it should be accessible to other parties like the IRS or to legal subpoena is an interesting question. Encryption might be a good idea, if you can remember a key throughout your whole life!) I don't know if a comprehensive personal "lifestream" is going to be available any time soon, but the technology is almost there. As a concept, it may help to sharpen our ideas about electronic risks. It certainly would help to find that old account number. Martin Ewing, Yale Science & Engineering Computing Facility <> http://minerva.cis.yale.edu/~ewing ------------------------------ David S. Stodolsky Euromath Center University of Copenhagen Tel.: +45 38 33 03 30 Fax: +45 38 33 88 80 (C) Rate This Message: http://www.cryonet.org/cgi-bin/rate.cgi?msg=4796