If it is rejected, the implications for criminal justice could be profound. As the information superhighway continues to expand into every area of society and commerce, court-ordered wiretaps and seizures of records could become tools of the past, and the information superhighway a safe haven for criminal and terrorist activity.
Predictor: Denning, Dorothy
Prediction, in context:In a 1994 article for the Journal of Criminal Justice Education, Dorothy Denning writes about the government’s plan to adopt the Clipper Chip, a growing Internet marketplace and the risk of emerging computer criminals: ”Key escrow is highly controversial and vehemently opposed by come proponents of encryption. Thus, its widespread adoption is by no means assured. If it is rejected, the implications for criminal justice could be profound. As the information superhighway continues to expand into every area of society and commerce, court-ordered wiretaps and seizures of records could become tools of the past, and the information superhighway a safe haven for criminal and terrorist activity.”
Biography:Dorothy Denning was a professor and chair of Computer Science at Georgetown University in the 1990s, by which time she had been in the field of computer security and cryptography for two decades. Previous to her arrival at GU, she worked at Digital Equipment Corporation, SRI International and Purdue University. Her books include “Cryptography and Data Security” and “Information Warfare and Security.” She authored many Internet research studies. She was the first president of the International Association for Cryptologic Research. (Research Scientist/Illuminator.)
Date of prediction: December 13, 1994
Topic of prediction: Communication
Subtopic: Security/Encryption
Name of publication: Journal of Criminal Justice Education
Title, headline, chapter name: Crime and Crypto on the Information Superhighway
Quote Type: Direct quote
Page number or URL of document at time of study:
http://www.cs.georgetown.edu/~dennning/crypto/Crime-and-Crypto.txt
This data was logged into the Elon/Pew Predictions Database by: Anderson, Janna Quitney