Island Online, Inc. v. Network Solutions, Inc.

119 F. Supp. 2d 289, 2000 U.S. Dist. LEXIS 18718, 2000 WL 1661435
CourtDistrict Court, E.D. New York
DecidedNovember 6, 2000
Docket1:99-cv-06848
StatusPublished
Cited by6 cases

This text of 119 F. Supp. 2d 289 (Island Online, Inc. v. Network Solutions, Inc.) is published on Counsel Stack Legal Research, covering District Court, E.D. New York primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Island Online, Inc. v. Network Solutions, Inc., 119 F. Supp. 2d 289, 2000 U.S. Dist. LEXIS 18718, 2000 WL 1661435 (E.D.N.Y. 2000).

Opinion

MEMORANDUM AND ORDER

TRAGER, District Judge.

In October of 1999, plaintiff Island Online (“IOL”) brought this suit, styled as a § 1983 action, against defendants Network Solutions, Inc. (“NSI”) and the National Science Foundation (“the NSF”) for damages, declaratory judgment and injunctive relief arising out of NSI’s refusal to register three Internet domain names desired by IOL. IOL contends that NSI’s policy of filtering out certain obscene domain names, coupled with NSI’s affiliation with the NSF, a government entity, constitutes a violation of IOL’s First and Fifth Amendment rights under the United States Constitution and IOL’s rights to freedom of speech and due process of law guaranteed by Article 1, § 8 and Article 1, § 6 of the New York State Constitution respectively. NSI now moves for dismissal of IOL’s complaint and/or summary judgment, and the NSF has moved for dismissal, or, in the alternative, for a more definite statement. 1 Both defendants argue that, even accepting all of IOL’s allegations as fact, IOL has no standing to bring suit, and NSI is not a state actor and, consequently, cannot be liable for alleged violations of IOL’s constitutional rights. IOL opposes summary judgment and has made a cross-motion to amend its complaint to assert a cause of action under *292 Bivens and to add individual employees of NSI and the NSF as defendants. NSI and the NSF oppose the motion to amend, maintaining that any amendment would be futile.

Background

(1)

The Internet and the Cooperative Agreement

The “Internet” is a worldwide system of computer networks and individual computers that are interconnected by communications facilities. See Decl. George Strawn ¶ 4 [hereinafter “Strawn Decl.”]. The antecedents of the Internet were systems for two relatively small groups of research-oriented governmental, academic and corporate entities — ARPANET and NSFNET. See id. ¶5. ARPANET received its principal support from the Department of Defense and related agencies, while NSFNET’s support came from numerous sources, including the NSF and other federal agencies, academic institutions and corporate sponsors. See id.

Under a system first implemented on the ARPANET, each entity connected to the Internet is assigned one or more unique numeric “addresses” which permit other connected entities to send it communications. See id. ¶ 11. These addresses, known as “IP addresses,” are similar in function to telephone numbers and are written as a series of no more than 12 digits separated by periods (e.g.“204.146.46.8”). See id. During the early days of the Internet, IP addresses were maintained and assigned by one individual, Dr. Jon Postel at the University of Southern California’s Information Sciences Institute, who performed this task as part of the ARPANET experiment. See id. ¶ 12. Later, Dr. Postel’s project came to be known as the Internet Assigned Numbers Authority (“LANA”). See id. The IANA oversaw the allocation of IP addresses until November 1998, when the Internet Corporation for Assigned Names and Numbers (“ICANN”), a private, nonprofit corporation, was formed and designated as the governing body responsible for IP address space allocation, as well as other Internet-maintenance responsibilities. See id.

Because IP addresses could be difficult to remember, network users informally assigned alphabetic names to their own computers, and these names were tracked and associated with their corresponding IP numbers in a file maintained by Dr. Postel and downloaded to the host computers at all Internet sites. See id. ¶ 13. In 1987, this practice evolved into what is known as the Domain Name System (“DNS”) for associating names with IP numbers on the Internet. See id. ¶ 14. The DNS makes it possible for users to address messages to other users and to Internet-attached computers by name rather than number. See id. ¶ 15.

The sequences of alphanumeric characters that make up domain names are segmented by periods (e.g., “ibm.com” or “nsf. gov”). See id. ¶ 16. The segments are hierarchically related to one another. See id. The far right segment is called the top level domain (“TLD”), the next is called the second level domain (“SLD”), and so on. See id. In the above examples, “.com” and “.gov” are TLDs; “ibm” and “nsf’ are SLDs. See id. Each domain name must be unique; it is impossible for more than one entity to register for any given domain name. See id. ¶ 21.

Whereas TLDs are generic, SLD names are typically expressive of the content and interfaces that one would expect to find on the particular site designated by the domain name. See PI. Island Online, Inc.’s Opp. Mem. 2 at 3 [hereinafter Pb’s Opp. Mem.]. They are marketing tools designed to appeal to the public at large and a key *293 marketing strategy for many new businesses. See id. Many businesses now even trademark their “dot.com” names and use those names to express a message to consumers and to the public. See id. The TLD “.com” in particular is intended for use by private, commercial businesses such as IOL. See id. at 2.

Since the need for DNS name resolution (conversion of domain names into IP numbers) is constant, it is necessary to maintain and update the DNS database continuously. See Strawn Decl. ¶ 22. The new domain name information is obtained and disseminated through a process called DNS registration. See id. An Internet user who wishes to register a domain name first obtains an IP address to be associated with the desired domain name from an Internet Service Provider or from an IP address registry. See id. If the desired domain name has not already been registered in the TLD of the user’s choice, it can generally be registered on a first-come, first-served basis. See id.

The TLD zone files are replicated at 13 different locations (including NSI) known as the “root server system,” but the master root server is maintained by NSI in Herndon, Virginia, pursuant to the Cooperative Agreement detailed below. See id. ¶¶ 24-25. The other 12 root servers obtain the daily updated domain name information by copying from the master root server. See id. ¶25. These other root server operators have no contractual or other legal relationship with the master root server. See id. Rather, they have a purely voluntary association with it because of their common interests in a universally resolvable DNS. See id.

On January 1, 1993, NSI and the NSF, an agency of the United States Government, entered into Cooperative Agreement No. NCR-9218742 (the “Cooperative Agreement” or “Agreement”). See id. ¶ 26. Pursuant to the terms of that Agreement, NSI undertook the task of registering SLD names within the generic TLDs of “.com,” “.org,” “.net,” “.edu” and “.gov.” See id. ¶ 27.

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Bluebook (online)
119 F. Supp. 2d 289, 2000 U.S. Dist. LEXIS 18718, 2000 WL 1661435, Counsel Stack Legal Research, https://law.counselstack.com/opinion/island-online-inc-v-network-solutions-inc-nyed-2000.