National v. Network

2000 DNH 204
CourtDistrict Court, D. New Hampshire
DecidedSeptember 28, 2000
DocketCV-99-033-M
StatusPublished

This text of 2000 DNH 204 (National v. Network) is published on Counsel Stack Legal Research, covering District Court, D. New Hampshire primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
National v. Network, 2000 DNH 204 (D.N.H. 2000).

Opinion

National v . Network CV-99-033-M 09/28/00 P UNITED STATES DISTRICT COURT

DISTRICT OF NEW HAMPSHIRE

National A-1 Advertising, Inc. and Lynn Haberstroh, Plaintiffs

v. Civil N o . 99-033-M Opinion N o . 2000 DNH 204 Network Solutions, Inc., National Science Foundation, David Graves, James P. Rutt, and John/Jane Doe, Defendants

O R D E R

This suit arises out of Network Solutions’ refusal to

register approximately 30 proposed second-level Internet domain

names requested by plaintiffs Lynn Haberstroh and National A-1

Advertising, Inc. (“National”), the least colorful of which are

probably “tits.com” and “feelmytits.com”. The remaining second-

level domain names requested by Haberstroh and National are

decidedly more colorful sexually-oriented words and phrases that

many might find particularly vulgar and offensive. Each involves

rather imaginative word combinations and includes, in some form,

one or more of the words that Network Solutions deemed inappropriate for use in second-level domain names. It is

sufficient for purposes of this litigation to refer to them

simply as the “Disapproved Names.”

After their applications for various proposed second-level

domain names were rejected, plaintiffs brought this action

against Network Solutions, Inc., the National Science Foundation

(the “NSF”), and various individual employees of Network

Solutions, seeking declaratory and injunctive relief.

Specifically, both Haberstroh and National seek a declaration

that defendants’ refusal to register the Disapproved Names, as

second-level domain names, violated their constitutional right to

freedom of speech. Additionally, National seeks compensatory and

punitive damages against the individually named defendants under

a Bivens theory. See Bivens v . Six Unknown Named Agents of the

Federal Bureau of Narcotics, 403 U.S. 388 (1971).

Pending before the court are the following dispositive

motions: Network Solutions’ motion for summary judgment (document

n o . 1 9 ) ; the NSF’s motion for summary judgment (document n o . 5 1 ) ;

2 Network Solutions’ motion to dismiss National’s amended complaint

(document n o . 5 6 ) ; and Haberstroh’s motion for summary judgment

(document n o . 2 1 6 ) .

Background

I. The Government’s Role in the Evolution of the Internet.

To understand the issues raised in context, some review of

the current operation and history of the Internet is required.

The Internet is essentially a network of computer networks. It

grew out of work conducted by two relatively small groups of

research-oriented governmental, academic, and corporate entities.

The first group was engaged in networking research and it

developed and used what was known as the ARPANET. That group

received its primary support from the Department of Defense and

defense-related agencies. The second group, which developed and

used a network of computers known as the NSFNET, consisted of

many of the same entities that were included in the ARPANET,

along with other entities engaged in general scientific research.

It received its primary support from sources that included the

NSF, other federal agencies, academic institutions, and private

3 corporations. See Exhibit B to Network Solutions’ motion for

summary judgment, Affidavit of George Strawn, the Advanced

Networking Infrastructure and Research Division Director for the

Computer and Information Science and Engineering Directorate of

the NSF, at para. 5 .

In order for the Internet to function, each entity connected

to it (e.g., computer, router, network, etc.) must have a unique

numeric “address.” A unique identifier is required to enable one

connected computer or network to identify and send information to

another connected computer or network. Those unique addresses

are known as Internet Protocol Addresses or “IP addresses.” Id.,

at para 1 1 . Initially, IP addresses were assigned, and the

master address list was maintained, by one person, to insure both

uniqueness and reliability. Id., at para. 1 2 . That person was

Dr. Jon Postel, of the University of Southern California’s

Information Sciences Institute. D r . Postel performed this

service as part of his work on the ARPANET project. Id. Later,

Dr. Postel’s project became known as the Internet Assigned

Numbers Authority, which administered allocation of IP addresses

4 until November of 1998, when the Internet Corporation for

Assigned Names and Numbers (“ICANN”), a private, non-profit

corporation was formed and designated as the governing body

responsible for IP address allocation.

IP addresses function much like Social Security numbers or

telephone numbers: each IP address is unique and corresponds to a

specific entity connected to the Internet. Because number

strings can be cumbersome and difficult to remember, the Domain

Name System (“DNS”) was developed to allow users to link a unique

(and easier to remember) domain name with a numeric (and more

difficult to remember) IP address, thereby making it more

convenient for users to access particular addresses on the

Internet. S o , for example, a user wishing to access the website

maintained by International Business Machines need only remember

the domain name “IBM.com,” rather than the elaborate numerical IP

address of the computer on which information relating to IBM’s

website is maintained (for example, a typical IP address might be

something like: 192.168.0.10).

5 There i s , however, no requirement that a person wishing to

establish a website on the Internet obtain a second-level domain

name. He or she can successfully operate a website after having

obtained only an IP address; a second-level domain name is

employed merely as a convenient access tool for other users.

See, e.g., PGMedia, Inc. v . Network Solutions, Inc., 51 F. Supp.

2d 389, 408 (S.D.N.Y. 1999), (“[T]here does not appear to be a

requirement that a computer user wishing to establish an Internet

site have a domain name at all. This is because domain names

serve the sole purpose of making it easier for users to navigate

the Internet; the real networking is done through the IP

numbers.”), aff’d sub nom. Name.Space, Inc. v . Network Solutions,

Inc., 202 F.3d 573 (2d Cir. 2000). In other words, the advent of

domain names did not eliminate the functional necessity of IP

addresses. A second-level domain name is nothing more than a

more convenient way for humans to navigate to the appropriate IP

address of a particular entity connected to the Internet.

Within the DNS, the domain name space is constructed as a

hierarchy. It is divided into top-level domains (TLDs), with

6 each TLD then divided into second-level domains (SLDs), and so

on. Approximately 240 national, or country-code, TLDs (ccTLDs)

are administered by their corresponding governments or by private

groups under contracts with those governmental entities. For

example, the ccTLD for Great Britain is “.uk” and the ccTLD for

the United States is “.us”. A small set of TLDs, known as

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