BUILDING SOCIAL NORMS ON THE INTERNET
Yale Journal of Law and Technology
Volume 4 | Issue 1
Article 2
2002
BUILDING SOCIAL NORMS ON THE
INTERNET
Daniel B. Levin
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Daniel B. Levin, BUILDING SOCIAL NORMS ON THE INTERNET, 4 Yale J.L. & Tech (2002).
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Levin: BUILDING SOCIAL NORMS ON THE INTERNET
STUDENT NOTE
BUILDING SOCIAL NORMS ON THE
INTERNET
DANIEL B. LEVIN
INTRODUCTION
I. ARCHITECTURE AND NORMS
A. UnderstandingArchitecture
B. UnderstandingSocial Norms
1. The Problem of Cooperation
2. Reciprocity and Trust
3. Signaling
4. Esteem Theory of Norm
Formation
5. Social Meaning
C. The Perverseand Complementary
RelationshipBetween Architectureand
Norms
II. CYBERSPACE
A. Norms in Cyberspace
1. Anonymity
2. Dispersion
3. Free Flow of Information
B. The Internet Community: Norm Formation
in Cyberspace Through Code
1. Online Auctions
2. Digital Music and File
Sharing
III. CONCLUSION
Published by Yale Law School Legal Scholarship Repository, 2002
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Yale Journal of Law and Technology, Vol. 4 [2002], Iss. 1, Art. 2
YALE JOURNAL OF LAW & TECHNOLOGY
2001-2002
BUILDING SOCIAL NORMS ON THE INTERNET
Daniel B. Levin
This Note examines how architecture, and
particularly the design and coding of software on the
Internet,helps shape social norms. The Note makes two
points about architecture and norms. First,
architectural decisions affect what norms evolve and
how they evolve. By allowing or facilitating certain
types of behavior and preventing others, architecture
can promote the growth of norms. On the flip side,
architecture not tailored to promote certain positive
norms of cooperation or compliance with the wishes of
the designer (or in some cases the law) may allow the
growth of antisocial norms. Second, because design
decisions affect behavior directly as well as indirectly
through norms, software engineers must recognize the
regulatory function of the code they create. Although
online architecture can promote productive social
norms, design decisions can also create a backlash by
fostering the development of norms that work against
the sort of behaviorthe code is written to promote.
The Note begins by describinghow architecture
works to regulate behavior in the physical world,
examines the leading theories of social norm
development, and explores the intersection of
architecture and norms. The latter part of the Note
transposes the generaltheory of architectureand norms
to the Internet world, first describing the particular
features of the Internet-anonymity, dispersion, and
the free flow of information-that make the process of
norm development different in cyberspace than in
physical space, and then turning to two examples,
online auctions and digital music, to show how
https://digitalcommons.law.yale.edu/yjolt/vol4/iss1/2
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Levin: BUILDING SOCIAL NORMS ON THE INTERNET
D. LEVIN
BUILDING SOCIAL NORMS ON THE INTERNET
software engineers have effectively and ineffectively used
code to promote the development of socialnorms.
INTRODUCTION
Law schools, for obvious reasons, lavish attention on law as
a regulator of behavior. Since the 1960s and the emergence of
the law and economics movement, however, many law scholars
have come to regard the basic rules of markets outlined in
microeconomic theory as an equal or perhaps more important
influence on human behavior than the public law of states or
the private law made by individuals. Even more recently, many
have come to recognize that non-legal, non-market rules
defined broadly under the rubric of social norms also
profoundly affect human behavior. Receiving far less attention
in legal analysis are the physical constraints that limit human
behavior-the architecture of the world.1
Lawrence Lessig, in his book Code and Other Laws of
Cyberspace,2 outlines the four modalities of regulation-law,
markets, norms, and architecture. Law, as he describes,
regulates behavior through commands of the form: If you do X
(or fail to do X), you will incur penalty Y. Markets create
incentives for people to behave in particular ways. Social norms
threaten non-legal sanctions for certain behaviors. And, finally,
architecture constrains the set of possible behaviors.
Lessig's argument focuses particularly on the architecture of
cyberspace: the computer code that turns electrons,
semiconductors, and miles of wire and cable into the Internet.
Throughout his work, he repeatedly hammers home the point
that in cyberspace, code is law.3 Lessig does not mean that the
laws of states or contractual agreements lack meaning in
cyberspace, but that the decisions of programmers about
1Professor Neal Katyal's recent work addresses how physical architecture can serve
as a tool of crime control. Neal Kumar Katyal, Architecture as Crime Control, 111 YALE
L.J. 1039 (2002).
2 LAWRENCE LESSIG, CODE AND OTHER LAWS OF CYBERSPACE (1999).
'E.g., id. at 6.
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Yale Journal of Law and Technology, Vol. 4 [2002], Iss. 1, Art. 2
YALE JOURNAL OF LAW & TECHNOLOGY
2001-2002
software design set the rules of the game. Just as the decisions
of road planners and bridge builders control where you drive
your car and where you cross the river, the decisions of
software programmers determine how you receive and send email, view web pages, or conduct business in cyberspace.
This Note examines how the architecture of cyberspace
works to influence the development of norms. Generally
speaking, when legal scholars refer to social norms they are
referring to informal social rules that individuals adhere to
because of an internalized sense of duty, because of a fear of
external non-legal sanctions, or both.4 Lessig's influential
insight is that the programmers writing the code that runs the
Internet have become lawgivers-setting the rules of
permissible behavior on the Internet.5 Neal Katyal has recently
made a similar argument about the power of architecture in
physical space to influence behavior and prevent crime.6 Both
authors recognize that laws can shape architectural decisions,
whether in cyberspace7 or physical space.8 That is, while direct
legal regulation of behavior can be one tool, legal regulation of
architecture, which in turn shapes behavior, is another tool.
This Note examines another two-step process: how
architecture, in particular the design and coding of software on
the Internet, helps to shape social (...truncated)