Category: Tech

McKenzie Wark‘s A Hacker Manifesto is a remarkable and beautiful book: cogent, radical, and exhilarating, a politico-aesthetic call to arms for the digital age.

The book really is, as its title says, a manifesto: a public declaration of principles for a radically new vision, and a call to action based on that vision. It’s written as a series of short, numbered paragraphs or theses; the writing is tight, compressed, and aphoristic, or a Wark himself likes to say, “abstract.” It’s not “difficult” in the way that certain “post-structuralist” philosophical texts (Derrida, Lacan, etc) are difficult; rather, A Hacker Manifesto is characterized by an intense lucidity, as if the writing had been subjected to intense atmospheric pressure, so that it could say the most in the least possible space. Deleuze writes somewhere that an aphorism is a field of forces in tension; Wark’s writing is aphoristic in precisely this sense. I read the book with both delight and excitement, even when I didn’t altogether agree with everything that Wark said.

A Hacker Manifesto owes something — both in form and content — to Marx and Engels, and more to Guy Debord’s Society of the Spectacle (a book about which I feel deeply ambivalent). Wark’s ambition (which he calls “crypto-marxist”) is to apply Marx’s ideas to our current age of digitization and “intellectual property.” Unlike cultural marxists and “post-marxists” (who tend to refer to Marx’s general spirit more than his actual ideas), Wark focuses squarely on “the property question,” which is to say, on issues of economic production, of ownership of the means of production and the results of the production process, and therefore of exploitation and expropriation. Class is the central category of Wark’s analysis, and Wark defines class as Marx defined it, as grounded in people’s diverse relations to production and property, rather than using the vaguer sociological sense (a group of people with a common sense of identity and values) that is most often used today. It’s always a question of conflicting interests between the producers of value, and the legal owners who gain profit from the producers’ labor, and who control the surplus that the producers produce.

Modern capitalism begins in the 16th and 17th centuries, when — in the wake of the decline of feudalism — wealthy landowners expropriate formerly common lands, reducing farmers or peasants to the status of (at best) paid laborers (but more often, landless people who own nothing, and can’t even find work). (This is the stage of what Marx calls “primitive accumulation,” a useful term that Wark oddly fails to employ). Capitalism then intensifies in the 18th and especially the 19th century, when industrial workers, in order to survive, must sell their labor to capitalists, who control the means of production, and who reap the profits from the massive economic expansion of industrialization. Wark sees a third version of this process in our contemporary Information Age, where the producers of information (understood in the widest sense: artists, scientists, software developers, and all sorts of innovators, anyone in short who produces knowledge) find their labor expropriated from them by large corporations which own patents and copyrights on their inventions. Wark calls the information producers “hackers,” and refers to the owners/expropriators of information as “the vectorialist class” (since “information” travels along “vectors” as it is reproduced and transmitted from place to place).

This formulation allows Wark to synthesize and combine a wide range of insights about the politics and economics of information. As many observers have noted, what used to be an information “commons” is increasingly being privatized (just as common land was privatized 500 years ago). Corporations trademark well-known expressions, copyright texts and data that used to circulate in the public domain, and even patent entire genomes. The irony is, that even as new technologies make possible the proliferation and new creation of all sorts of knowledge and information (from mash-up recordings to database correlations to software improvements to genetic alterations), the rules of “intellectual property” have increasingly restricted this proliferation. It’s paradoxical that downloading mp3s should be policed in the same way as physical property is protected from theft; since if I steal your car, you no longer have it, but when I copy your music file I don’t deprive you of anything. Culture has always worked by mixing and matching and altering, taking what’s already there and messing with it; but now for the first time such tinkering is becoming illegal, since the very contents of our common culture have been redefined as private property. As I’m always telling my students, under contemporary laws Shakespeare never could have written his plays. Though nothing is valued more highly in our world today than “innovation,” the rules of intellectual property increasingly shackle innovation, because only large corporations can afford to practice it.

Wark makes sense of these developments as nobody else has, by locating them, in his “crypto-marxist” terms, as phenomena of “the property question” and class struggle. “Information wants to be free but is everywhere in chains” (#126). This means also that the struggle over information is more crucial, more central, than traditional marxists (still too wedded to the industrial paradigm) have been willing to notice. While previous forms of economic exploitation have often been (dubiously) justified on grounds of scarcity, Wark points out that for information this justification becomes completely absurd. Information is cheap and abundant, and it takes all sorts of convolutions to bring it under the rule of scarcity. This alone reveals the idiocy of “intellectual property.” Individual hackers (software engineers, say, or songwriters) might feel they have something to gain economically by controlling (and making sure they get paid for) the product of their particular informational labors; but in a larger sense, their “class interest” lies in free information, because only in that way do they have access to the body of information or culture that is the “raw material” for their own creations. And the fact is that, by dint of their ownership of this raw material, it is always the “vectorlist class” who will profit from new creations, rather than the creators/hackers themselves.

In making his arguments, Wark brings together a number of different currents. If his Manifesto has its deepest roots in the Western Marxist tradition, from Marx himself through Lukacs and Benjamin to the Situationists, it also draws heavily on Deleuze and Guattari’s notions of the “virtual,” as well as Mauss’ theory of the gift. At the same time, it relates directly to the practices (and the ethos) of the free software movement, of DJs producing mash-ups, and of radical Net and software artists. (Indeed, much of the book originally appeared on the nettime listserv).

Much of the power of A Hacker Manifesto comes from the way that it “abstracts” and coordinates such a wide range of sources. Wark argues that the power of “information” lies largely in its capacity to make ever-larger “abstractions”: “to abstract is to construct a plane upon which otherwise different and unrelated matters may be brought into many possible relations. To abstract is to express the virtuality of nature, to make known some instance of its possibilities, to actualize a relation out of infinite relationality, to manifest the manifold” (#008). Abstraction is the power behind our current servitude, but it is also the source of our potential expanded freedom. The regime of intellectual property abstracts away from our everyday experience, turning it into a controlled stream of 1s and 0s. But the answer to this expropriation is to push abstraction still further, to unleash the potentialities that the “vectorialist” regime still restricts. A Hacker Manifesto is already, in itself, such an act of further abstraction; it charts a path from already-existing forms of resistance and creation to a more generalized (more abstract) mode of action.

There are various points, I admit, at which I am not entirely convinced. Wark makes, for instance, too much of a separation between industrial workers and hackers, as between capitalists and vectorialists; this underestimates the continuity of the history of expropriation; I’d be happier with a term like Hardt and Negri’s multitude, vague and undefined as it is, than I am with Wark’s too-rigid separation between industrial production and knowledge production. Hardt and Negri have a more generous understanding than Wark does of the ways in which the information economy creates the common. I’m also, I fear, too cynical to accept the historical optimism that Wark in fact shares with Hardt and Negri; in the world today, I think, in both rich countries and poor, our affective investments in commodification and consumerism are far too strong for our desires to really become aligned with our actual class interests (however powerful a case these theorists make for what those interests are).

Nonetheless, I don’t want to end this review on such a (mildly) negative note. If anything, I fear that my comments here have failed to give a sense of the full breadth of Wark’s argument: of the full scope of his references, of how much ground he covers, of the intensity and uncompromising radicality of his vision. Whether or not A Hacker Manifesto succeeds in rousing people to action, it’s a book that anyone who’s serious about understanding the changes wrought by digital culture will have to take into consideration.

Gilbert Simondon’s book on technology, Du mode d’existence des objets techniques (On the mode of existence of technological objects), is not quite as rich as his books on indivduation (which I wrote about here). But it’s still fresh and thought-provoking (despite having been published as long ago as 1958 — it discusses vacuum tubes at great length, for instance, but doesn’t mention transistors), and it offers radical alternatives to the ways we usually think about the topics it discusses.
Basically, Simondon opposes the commonplace view (held alike by “common sense” and by philosophers such as Heidegger) that opposes technology to nature, and sees technology basically as a tool or mechanism for controlling and manipulating nature. Against this view, Simondon argues that technology cannot be reduced to a utilitarian function, because it is more than just particular tools used for particular purposes. Rather, technology must be understood: 1) as an ensemble; and 2) as a process of invention.
As an ensemble, technology involves more than particular tools or machines; it also involves the relations among these tools and machines, and the relations between them and the human beings who use them, as well as between them and their environments, the materials with which they interact.
Some technology, especially in its simpler aspects, takes the form of a single tool — a hammer, for instance — used by a particular person (a worker or craftsman) for particular tasks.
But most of the time, “technology” cannot be isolated in this way. Tools don’t exist in isolation; they are connected in all sorts of ways. They are connected, first, by the tasks they perform, which are increasingly complicated and require coordination all through the technical sphere. But beyond this, tools are interconnected because of the conceptual schemes that generate them: these same schemes, or designs, can be used in different contexts, in different materials, so that technology is transportable and transferable (“deterritorialized” in the vocabulary of Deleuze, who was greatly influenced by Simondon).
This also means that technology exceeds any narrow utilitarian purposes. As technology expands, its discovers and produces new relations between people and things, or between people and people, or between things and things. Technology is a network of relations: far from marking our alienation from the natural world, technology is what mediates between humankind and nature. It undoes the dualism that such a division implies, by networking human beings and natural entities into all sorts of subtle relations of feedback and mutual dependency. Far from being something deployed by a subject in order to dominate and control nature reduced to the status of an object, technology is what breaks down the subject/object polarity: it is always in between these poles, and it ensures that no human “subject” is free from and uncontaminated by the natural or physical world, while conversely, no “nature” or “materiality” is ever purely passive, purely an object. Every “object” has a certain degree of agency, and every “subject” has a certain degree of materiality; technology is the process, or the glue, that makes the idealist hypostasis of a naked subject facing brute objects impossible. (I do not know if Bruno Latour ever mentions Simondon, but the basis of much of his account of science and technology can be found here).
Technology is also necessary to the expansion of knowledge, according to Simondon. It is not the mere application of scientific knowledge, so much as it is the precondition for there to be such a thing as scientific knowledge: if only because scientific knowledge is generated when technology doesn’t work as expected, when it breaks down or deviates from its utilitarian function. Even (or especially) in its failures, technology is still “working.”
Another way to say this is to note Simondon’s second point, that technology is a process of invention. That is to say, it is a continuing process, not a fixed product. Tools are not just passively used; they are reconfigured, reinvented, extended and mutated in the process of use. Simondon writes that the “alienation” that has been so frequently noted in modernist discussion of machines, is not the consequence of technology per se; nor is it just the result of exploitation in the Marxist sense, the fact that workers do not own or profit from the machines that they operate (though that certainly plays a role). More fundamental, Simondon says, is the fact that factory workers are not able to participate in the active construction/invention/reconfiguration of their machines, but are only allowed to be their passive operators. In a truly technological culture, where invention and operation would be combined, this alienation would not take place. Decades before the fact, Simondon is here theorizing and advocating what today would be called hacking and hacker culture. Indeed, I think that the culture of hacking still has not caught up with Simondon, in the sense that hacking is mostly justified in pragmatic and/or libertarian terms, whereas Simondon adds a third dimension, a depth, to hacking by showing how it is essentially tied to technology as a basic component of human beings’ presence in the world.
There are a lot more themes and arguments in Simondon’s book that I haven’t been able to bring up here — for instance, his theories on the evolution of technology (which is not simply parallel to biological evolution, but differs from it in certain crucial ways), and on the relation of technology to other basic human activities (religion, art, science, philosophy) and to the split between “theory” and “practice” (Simondon does not consign technology to “practice”, but insists that it is prior to the split, and that a better understanding of technology would help us to overcome the duality between theory and practice). But there’s a lot to think about here, and I haven’t been able to absorb it all in just one reading.

William J. Mitchell‘s new book ME++: The Cyborg Self and the Networked City is an extremely useful survey and discussion of new technologies, but (how do I put this) not an inspiring one. The book makes a powerful and exhaustive inventory of new network technologies, particularly wireless ones, and discusses how these technologies are changing everything from our sense of self to the way power works in our society. Mitchell is careful not to get too carried away, in the manner of so many futurologists: the devices and techniques he is writing about are not all commonly available yet today, but they are all grounded in current practices. That is to say, Mitchell extrapolates only to the extent that he describes the situation in which today’s bleeding-edge technology has become the norm, an everyday experience within the price range and technical know-how of the average consumer. (By this, he seems to mean anyone at the economic level of the inhabitants of North America, Western Europe, and Japan).
What’s especially good about Mitchell’s account is the way that he embeds his accounts of cell-phone texting or RFID chips or GPS systems in the history of human culture, technology, and architecture. Goggles that display hyperlinked data are not anything radically new, so much as they are continuous with a whole series of inventions, or of human tweakings of the environment, from the mastery of fire, to various forms of clothing, various means of writing (making symbolic marks), and various architectural programs. New technology is thereby demystified, and even its “virtual,” delocalizing components are grounded in a dialectic between the body and its surroundings. Mitchell is also frank and thoughtful about the dangers, as well as the advantages, of the new wireless digital technologies: he spends as much time talking about their potentials for surveillance and control, as he does about the new forms of freedom that they might open up. Rejecting both utopian fantasies and dystopian prophecies, Mitchell offers instead a sober calculus of possibilities and dangers.
Why, then, am I ultimately disappointed with this book (which is what I meant when I said I didn’t find it inspiring)? I think it is because Mitchell remains on the level of the catalogue, or listing of separate observations. He fails to do (and probably has no interest in doing) what Deleuze and Guattari define as the task of the philosopher, theorist, or intellectual: to create new concepts. He shows us how new conditions and new forms of life are emerging, conditions and forms for which our current patterns of thought are no longer adequate; but he doesn’t take cognizance of this inadequacy (not even in his own language) and he doesn’t even begin to think about how it might be remedied. The result is a kind of enforced blandness. I suppose that is better than your typical “gee-whiz” celebratory attitude, but it leaves me dissatisfied. Mitchell avoids corporate hucksterism over the effects of new media and new technologies, but only at the price of substituting a kind of bureaucratic, policy-wonk mentality.

Windows and Mirrors : Interaction Design, Digital Art, and the Myth of Transparency, by Jay David Bolter and my former colleague Diane Gromala (who left the University of Washington, where I still teach, for Georgia Tech, at least in part because of UW’s stupidity and failure to give her the recognition she deserved) is a book about rethinking the philosophy of web design. It’s a theoretically informed book, but one that is aimed at an audience of Web designers rather than theorists, and hence is lucid and highly accessible. The book’s main thesis is that the value of “transparency” in Web and interface design has been greatly exaggerated. The interface should not simply disappear, as if it were just a window through which we see naked data. Rather, the interface should also be valued for itself; this is what makes “interactivity” possible, as well as being where aesthetic pleasure resides. Web design should be pleasurable, rather than just nakedly utilitarian in the way “usability” experts like Jakob Nielsen have recommended. A good interface is one that oscillates between usability and reflectivity, between being a “window” and being a “mirror.”
I don’t think that Bolter and Gromala’s thesis is new, at least among people who are familiar with theory. But rarely has this sort of argument been presented so elegantly and at the same time so accessibly (in doing both, the book practices what it preaches). Taking off from analyses of art works displayed at SIGGRAPH 2000, Windows and Mirrors shows how self-consciousness and self-reflection are intrinsic dimensions of digital media (indeed, of all media), and how trying (never successfully) to eliminate them in favor of a supposedly unmediated and direct experience has disastrous consequences. Along the way, they Bolter and Gromala affirm the importance of embodiment in digital or virtual experience, debunk totalizing notions of media “convergence,” and look further at the consequences of “remediation” (the way new media take up and alter older media — this was the title and subject of a previous book by Bolter, written in collaboration with Richard Grusin).
Web designers should definitely read this book. Anyone else with an interest in digital media should find it interesting and informative, if only for the clarity and focus it brings to its themes.