database / IEEE Global Telecommunications / Netgear / Dynamic Network Services Inc. / SMC Networks / National Academies Press / Akamai / Intel / Microsoft / Internet Systems Consortium Inc. / Computer Laboratory / /
Country
United States / Australia / United Kingdom / Denmark / /
Currency
USD / / /
Event
FDA Phase / Product Issues / /
Facility
University of Delaware / William Gates Building / Trinity College / Australian National Measurement Institute / Defaults Richard Clayton University of Cambridge / Flawed Routers Flood University of Wisconsin Internet Time Server / University of Wisconsin / /
IndustryTerm
defective systems / longterm solution / web content / secure systems / on-the-wire protocol / Internet Protocols / “content distribution” networks / resolved server / consumer equipment / web servers / local networking protocols / inappropriate systems / Internet Domain Name System / Internet Protocol / web server / wireless router / web-based time access system / end-user devices / web hosts / storage services / /
Movie
Rules of Engagement / /
OperatingSystem
Windows 2000 / Microsoft Windows / /
Organization
National Research Council Committee on Internet Navigation and the Domain Name System / University of Wisconsin Internet Time Server / Division of Information Technology / Australian National Measurement Institute / University of Delaware / Defective Designs and Defaults Richard Clayton University of Cambridge / Trinity College Dublin / University of Wisconsin / /
Person
Richard Clayton / Dan Bernstein / Nick Webb / Parallel Downloading Until Netscape / Henning Kamp / /
Position
driver / present author / /
Product
Defaults Richard Clayton University / systems / IPv4 / Designs / /
ProvinceOrState
Wisconsin / Delaware / /
Technology
IPv6 / peer-to-peer / Information Technology / IP / GPS / local networking protocols / digital cash / html / UDP / ADSL routers / 2.4 Network Time Protocol / TCP/IP / 1 Network Time Protocol / DNS protocol / wireless router / 85 000 routers / HTTP / ISP / Network Time Protocol / caching / IPv4 / on-the-wire protocol / flash / time protocols / web server / cable modems / /
The Rising Tide: DDoS by Defective Designs and Defaults Richard Clayton University of Cambridge, Computer Laboratory, William Gates Building, 15 JJ Thomson Avenue, Cambridge CB3 0FD, United Kingdom