Encyclopedia > ORSC

  Article Content


The Open Root Server Confederation (ORSC) is a project by, of and for the Internet community.

Frequently asked questions:

  • Who are you people?
    • The Open Root Server Confederation represents a diverse group of individuals who are all interested in an open, fair and technically sound global DNS.

  • What IS the Open Root Server Confederation?
    • It's a process whereby administration of critical portions of the Internet infrastructure are managed. Currently the focus is on the introduction of new top level domains.

  • What is the timeline?
    • The group began discussion in the summer of 1997 and was coalesced by the US Governments NTIA DNS initiative. ORSC was incorporated in order to bid on the Department of Commerce contract that ICANN is currently "fullfilling". This enabled all of us to "find" each other by the realization than many poeple all had, more or less the same views. The future timeframe really depends on what happens now between the various factions in the TLD arena, and the outcome of the discussion process initiated by Ira Magaziners Green Paper discussion draft on the domain name system.

  • Where are you people?
    • All over. While a few of us have met face-to-face, all our work is carried out exclusively on the Internet.

  • Why are you doing this?
    • Because we believe the evolution of the Internet's Domain Name System must be an organic growth from the "bottom up" free of intergovernmental agencies and that, with "rough consensus and running code" we can offer a better alternative to the current state of affairs.

All Wikipedia text is available under the terms of the GNU Free Documentation License

  Search Encyclopedia

Search over one million articles, find something about almost anything!
  Featured Article
North Lindenhurst, New York

... The racial makeup of the town is 88.27% White, 3.90% African American, 0.20% Native American, 2.13% Asian, 0.05% Pacific Islander, 3.49% from other races, and ...

This page was created in 24.5 ms