Opinion ID: 775783
Heading Depth: 4
Heading Rank: 3

Heading: The Scope of First Amendment Protection for Computer Code

Text: 82 Having concluded that computer code conveying information is speech within the meaning of the First Amendment, we next consider, to a limited extent, the scope of the protection that code enjoys. As the District Court recognized, Universal I, 111 F. Supp. 2d at 327, the scope of protection for speech generally depends on whether the restriction is imposed because of the content of the speech. Content- based restrictions are permissible only if they serve compelling state interests and do so by the least restrictive means available. See Sable Communications of California, Inc. v. FCC, 492 U.S. 115, 126 (1989). A content-neutral restriction is permissible if it serves a substantial governmental interest, the interest is unrelated to the suppression of free expression, and the regulation is narrowly tailored, which in this context requires... that the means chosen do not 'burden substantially more speech than is necessary to further the government's legitimate interests.' Turner Broadcasting System, Inc. v. FCC, 512 U.S. 622, 662 (1994) (quoting Ward v. Rock Against Racism, 491 U.S. 781, 799 (1989)). 25 83 [G]overnment regulation of expressive activity is 'content neutral' if it is justified without reference to the content of regulated speech. Hill v. Colorado, 530 U.S. 703, 720 (2000). The government's purpose is the controlling consideration. A regulation that serves purposes unrelated to the content of expression is deemed neutral, even if it has an incidental effect on some speakers or messages but not others. Ward, 491 U.S. at 791. The Supreme Court's approach to determining content-neutrality appears to be applicable whether what is regulated is expression, see id. at 791-93 (regulation of volume of music), conduct, see O'Brien, 391 U.S. at 377, or any activity that can be said to combine speech and non-speech elements, see Spence v. Washington, 418 U.S. 405, 410-11 (1974) (applying O'Brien to activity of displaying American flag hung upside down and decorated with a peace symbol). 84 To determine whether regulation of computer code is content-neutral, the initial inquiry must be whether the regulated activity is sufficiently imbued with elements of communication to fall within the scope of the First... Amendment[]. Id. at 409; see also Name.Space, 202 F.3d at 585. Computer code, as we have noted, often conveys information comprehensible to human beings, even as it also directs a computer to perform various functions. Once a speech component is identified, the inquiry then proceeds to whether the regulation is justified without reference to the content of regulated speech. Hill, 530 U.S. at 720. 85 The Appellants vigorously reject the idea that computer code can be regulated according to any different standard than that applicable to pure speech, i.e., speech that lacks a nonspeech component. Although recognizing that code is a series of instructions to a computer, they argue that code is no different, for First Amendment purposes, than blueprints that instruct an engineer or recipes that instruct a cook. See Supplemental Brief for Appellants at 2, 3. 26 We disagree. Unlike a blueprint or a recipe, which cannot yield any functional result without human comprehension of its content, human decision-making, and human action, computer code can instantly cause a computer to accomplish tasks and instantly render the results of those tasks available throughout the world via the Internet. The only human action required to achieve these results can be as limited and instantaneous as a single click of a mouse. These realities of what code is and what its normal functions are require a First Amendment analysis that treats code as combining nonspeech and speech elements, i.e., functional and expressive elements. See Red Lion Broadcasting Co. v. FCC, 395 U.S. 367, 386 (1969) ([D]ifferences in the characteristics of new media justify differences in the First Amendment standards applied to them. (footnote omitted)). 86 We recognize, as did Judge Kaplan, that the functional capability of computer code cannot yield a result until a human being decides to insert the disk containing the code into a computer and causes it to perform its function (or programs a computer to cause the code to perform its function). Nevertheless, this momentary intercession of human action does not diminish the nonspeech component of code, nor render code entirely speech, like a blueprint or a recipe. Judge Kaplan, in a passage that merits extensive quotation, cogently explained why this is especially so with respect to decryption code: 87 [T]he focus on functionality in order to determine the level of scrutiny is not an inevitable consequence of the speech-conduct distinction. Conduct has immediate effects on the environment. Computer code, on the other hand, no matter how functional, causes a computer to perform the intended operations only if someone uses the code to do so. Hence, one commentator, in a thoughtful article, has maintained that functionality is really a proxy for effects or harm and that its adoption as a determinant of the level of scrutiny slides over questions of causation that intervene between the dissemination of a computer program and any harm caused by its use. 88 The characterization of functionality as a proxy for the consequences of use is accurate. But the assumption that the chain of causation is too attenuated to justify the use of functionality to determine the level of scrutiny, at least in this context, is not. 89 Society increasingly depends upon technological means of controlling access to digital files and systems, whether they are military computers, bank records, academic records, copyrighted works or something else entirely. There are far too many who, given any opportunity, will bypass security measures, some for the sheer joy of doing it, some for innocuous reasons, and others for more malevolent purposes. Given the virtually instantaneous and worldwide dissemination widely available via the Internet, the only rational assumption is that once a computer program capable of bypassing such an access control system is disseminated, it will be used. And that is not all. 90 There was a time when copyright infringement could be dealt with quite adequately by focusing on the infringing act. If someone wished to make and sell high quality but unauthorized copies of a copyrighted book, for example, the infringer needed a printing press. The copyright holder, once aware of the appearance of infringing copies, usually was able to trace the copies up the chain of distribution, find and prosecute the infringer, and shut off the infringement at the source. 91 In principle, the digital world is very different. Once a decryption program like DeCSS is written, it quickly can be sent all over the world. Every recipient is capable not only of decrypting and perfectly copying plaintiffs' copyrighted DVDs, but also of retransmitting perfect copies of DeCSS and thus enabling every recipient to do the same. They likewise are capable of transmitting perfect copies of the decrypted DVD. The process potentially is exponential rather than linear. 92 . . . . . 93 These considerations drastically alter consideration of the causal link between dissemination of computer programs such as this and their illicit use. Causation in the law ultimately involves practical policy judgments. Here, dissemination itself carries very substantial risk of imminent harm because the mechanism is so unusual by which dissemination of means of circumventing access controls to copyrighted works threatens to produce virtually unstoppable infringement of copyright. In consequence, the causal link between the dissemination of circumvention computer programs and their improper use is more than sufficiently close to warrant selection of a level of constitutional scrutiny based on the programs' functionality. 94 Universal I, 111 F. Supp. 2d at 331-32 (footnotes omitted). The functionality of computer code properly affects the scope of its First Amendment protection. 95