I am driven by two main philosophies, know more about the world than I knew yesterday and lessen the suffering of others. You’d be surprised how far that gets you.
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I am driven by two main philosophies, know more about the world than I knew yesterday and lessen the suffering of others. You’d be surprised how far that gets you.
Neil deGrasse Tyson (via crookedindifference)
A book, too, can be a star, a living fire to lighten the darkness, leading out into the expanding universe.
Madeleine L’Engle (via booksandnerds)
My beloved Domino doing a kitty flop.
The following is a video project I helped on for a media class. It's short and amusing, and it prominently features myspecial(aka mentally challenged) tuxedo cat, Domino. Enjoy!
Version 2 of Post on Parikka & Sampson's 'The Spam Book' Part I: Contagions - Contagions Can Be Good If You're on the Right Side of Them
For the new “version” of this text object AKA blog entry, I wish to spare everyone’s suffering through a rehash the original. Rather, with the passage of time, I think it more appropriate to reflect on the major “historical” (what technically isn’t historical?) upheavals/changes since penning the original entry back in October. Naturally, I will continue to dwell on the theme of contagion with regard to the financial meltdown started circa 2008 that continues to this day. Namely, I extend the discussion that centers on this passage taken from the original blog post:
My point is not to give a blow-by-blow analysis of Part I, but to document my visceral reaction to it, which I have nearly forgotten at this point. In the blog post after this one, I have thrown compiled a list of words and thought associations culled from this section of the book. The emphasis is on those words and phrases most closely associated with the idea of a new paradigm for understanding digital contagions: they constitute internal threats equally if not more so than external (p. 44); the worst, most effective damage comes from targeted attacks (“shocks”) at key, well-connected nodes in the network (p. 45); under the concept of a scale-free topology of networks, the success of a contagion stems from infecting a few select nodes (the elite nodes, I would say) in close proximity to alike “power nodes” or hubs that are incredibly well-connected (better than the average “network assemblage”) to the rest of the network and lie in relatively close “spatial proximity and equilibrium” to each other (p. 55).
While Thomas S. Ray is quoted as saying, “The objective is not to create a digital model of organic life …”, I am in a way breaking this rule by applying a newly refurbished digital model of virality and contagion to the socio-political phenomena (not necessarily organic, I realize) of the latest financial crises. After spending last summer reading Matt Taibbi’s Griftopia: Bubble Machines, Vampire Squids, and the Long Con That Is Breaking America and parts of Naomi Klein’s Shock Doctrine: The Rise of Disaster Capitalism, I cannot help but see the latest round of disastrous events clearer than ever through the lens of this reconfigured model of digital contagion. The corruption (credit default swaps, toxic loans, bad mortgages, housing market collapse) that infected our financial system stemmed from a small cabal of powerful, well-connected players (e.g., Wall Street Bankers, Goldman Sachs, Lehman Brothers, Bear Stearns and others aided and abetted by politicians, lax government regulation, the Federal Reserve lead by Alan Greenspan) – the nodes or network assemblages of aristocratic connectivity whose activities were kept well hidden from public scrutiny (i.e., they were a nearly invisible internal threat) – many of whom paradoxically ended up rewarded for their misdeeds thanks to a political apparatus (the other internal hubs or nodes of power) more accountable to the anti-democratic influence of corporations than to the democratic influence and outcries of its own people.
Network analysis lends itself easily to the examination of the collapse of markets. It provides an adequate though not comprehensive paradigm for making sense of the mess that is the Great Recession. If I may call upon my faulty memory of Christakis and Fowler, the network paradigm grants us a more nuanced understanding of the phenomenon of the financial collapse than strictly limiting our view to key individual players (methodological individualism) or its polar opposite, the (economic, political) system as a whole (methodological holism). Rather, a happy medium that strikes a balance between the two methodologies is called for in the adoption of the network paradigm. However, the trap we want to avoid is that of an uncritical exaltation of the network employed by Christakis and Fowler. After all, their infectious, quasi-Pollyannaish attitude toward networks likely contributed to the failure to see and perhaps even prevent (or at least mitigate) the financial disaster of the century sooner.
Rather, the approach of Galloway and Thacker (The Exploit: A Theory of Networks) offers a more critical, albeit more intellectually challenging, method with which to interpret the collapse as a whole. I will grant that contagions on digital networks are not in and of themselves malignant or malevolent. Such blanket judgments are facile and shallow, as we well learned in The Spam Book. If I may hark back to my original musings on contagions through the light of network analysis, I still hold to the assertion that a network model or network theory given the Galloway and Thacker treatment (that is, filtered through the lenses of Deleuze, Guattari, and assorted pomo philosophers) opens up a fuller understanding of the latest exploits enjoyed (and inflicted) by the “winners” of the economic debacle.
At play in the collapse were multiple networks (or “assemblages” to use Spam Book terminology) operating at different levels. In one corner were the banksters and hedge fund managers, AKA the investment managers AKA the big gamblers. They operated under a dogged delusion of optimism, that is, they were determined to take large, unnecessary risks in the name of big profits. If they lost money, well – so what? - it wasn’t theirs being lost. It was the investors’, the often unwitting pawns in the game (they make up another network), who would under watchful, controlling eye of the investment managers have little to gain and everything to lose. And, so their thinking often went, the next “big win” was just around the corner. There was no way that any underhanded dealings or gigantic losses would catch up to them. If so, they would be long gone, leaving the people to whom they were legally, financially, and ethically beholden (in theory) to foot the bill.
If history, sociology, and human psychology have taught us anything, it’s that this economic optimism is irrational, inflated, and unfounded. In the WS gambling game, there has to be losers; not everyone comes out rosy in the end. Yet the fast and loose players deluded themselves into believing that investments could go nowhere but up, and those that knew better would simply jump ship as soon as the floor fell out beneath them. With so many investors’ pensions and retirements on the line, it is very sad to think that we lowly “ordinary folk” have come to depend on such a system for our fortunes during our twilight years. The folly of irrational faith in The (Great Free) Market demonstrates what a tragedy such thinking leads to in light of recent events.
Even worse is the thought that so much of the finance game is rigged against us, the “lesser” network AKA the network that doesn’t (but should) hold any power all along. The “big players” AKA elite nodes experience the best, strongest connections within their own network, which are then supplemented by equally powerful connections to the network of politicians (another major set of elite nodes) that aided and abetted them (and continue to do so to this day). As the elite nodes, the big players stood in a position of unfathomable privilege and power as they overplayed the wins and downplayed, hid, or outright lied about the risks in the WS game (again, all well documented in the writings of Matt Taibbi, Naomi Klein, and noted economist Paul Krugman). And yet, contagions of at least two types were at play during the collapse that illustrate how utterly undemocratic network structures are (as argued by Galloway and Thacker in The Exploit) as opposed to the “networks are liberating!” viewpoint advocated by Christakis and Fowler. The elite nodes/power players even manipulated the promiscuity factor to their benefit (Sampson, p. 55). As the losses rolled in and piled up, the elite nodes were more than happy to dump those negatives on the unsuspecting and largely helpless network of joe-blow, you-and-me investors. For this purpose, the network of greaters and the network of lesser were well connected and rampantly promiscuous, in fact, unidirectionally so. When it came to sharing the gains, the level of promiscuity mysteriously and miraculously shrank to apply only to those in the circles or networks of the elite. Suddenly, the network of lesser was not so well connected and continues in this fashion to the present.
It will require an exploit or exploits of monumental proportions (again, as advocated by Galloway and Thacker) for the lesser network to see any justice exacted. Since writing my first entry on this topic back in October, we have witnessed (and many have contributed money and resources to) the coalescence of the Occupy Wall Street movement. An antidote to the insider, poisonous, avaricious behavior of Wall Street and to the overt corruption in Washington that enables such heinous behavior by the WS crowd is badly needed. A contagion of the most virulent, potent, and far-reaching kind is needed, but OWS has a dubious future in light of the extremely uneven ground on which it stands. In the past couple of months, many of the demonstrations have been quelled, pushed out of existence. Clearly, the powers that be, those in the position of the elite nodes, refuse to give up their power easily, going so far as to use the very police forces who are supposed to be dedicated to serving the people to serve their interests instead.
Before I ramble too long, I will close by stating that network analysis no doubt adds a new, highly enlightening dimension to the interpretation (network hermeneutics?) of the current economic crisis. Not to go all Marxist all of a sudden, but I believe that many steeped in the latest network theory (and there are a large number of Deleuze, Guattari, Galloway, and Thacker fans in The Spam Book, all of whom take/took a critical assessment of capitalism and positions of power) would agree with me that network analysis lodges a strong indictment of capitalism, at least an indictment of a truly unfree, lopsided market under which many of us are buckling. NA is flexible, agile, multidisciplinary, and far-reaching in ways that I could not exhaustively explore in this blog entry to give a critical sizing up of events today and for years to come.
Part I: Contagion Word Cloud
New modulations of power
Anomalous digital objects
Digital contagions
Intrusive power, bodily invasion, uncontrollable contamination
Universal contagion
“too much connectivity”
Viral ecologies
Being viral versus becoming viral
Ch. 1 Mutant and Viral – Artificial Evolution and Software Ecology
“… the portability, exchangeability, and indeed mutability of this code enabled the system to be generative, and to exfoliate into a dynamically evolving ecology.”
“… a virus is not one particular sequence. Viruses are not pure species. They are, in fact, this cloud, this mutational cloud …”
Cumulative activity diversity diversity
“The objective is not to create a digital model of organic life, but rather to use organic life as a model on which to base our better design of digital evolution.”
Ch. 2 How Networks Become Viral
Universal contagion
Universal contagion
Epidemic network power
Dynamic of infection
Mechanisms of sovereignty and resistance
Robust yet fragile
Virally vulnerable topology
Stability / instability
“too much connectivity”
“[V]irality is not limited to the criminal, terrorist, or activist enemies of capitalism, but also includes the internal spread of political corruption, economic panic, rumor, gossip, and scandal on technologically enhanced networks”
Inside the borders
Empire Empire Empire
Internet “robust in terms of resistance to random and common contagions, but highly vulnerable to targeted attacks from viruses aimed at clusters or nodes or shocks to the network …”
Hardt and Negri universal contagion and the rhizome
“The Internet is neither hierarchically arborescent nor entirely rhizomatic.”
Increasing centralization
Amplification of a few highly connected clusters
Scale-free topologies
Scale-free model
Emergence of a network
Structures emerge
Code
Emergence of the Internet
Fractal-like
Heterogeneous processes of social interaction
Complex networks
Homogeneously mixed
“… researchers realized that the complexity of the Web exhibited a strange, skewed topological consistency, the patterning of which prompted one author to contrast the democracy of random networks with the far-from-random aristocratic connectivity of the scale-free model.”
“A few highly connected pages are essentially holding the World Wide Web together …”
Complex, collective behavior of physical matter
Rather than the analogies found in biological and technical codes
“Network politics care therefore be thought through in terms of the power relations established when nodes connected to the network become susceptible to repetitions contagious events.”
Assemblages
Robust yet fragile hypothesis
Epidemic spreading
Promiscuous computer
Swarm to fight a swarm
Spread from node to node
Chain of encounters
Spatial proximity and equilibrium
Opportunities to spread
Hubs intervallic points
Epidemic bridges
Contagious assemblages
Role instability plays in the organization of stable social wholes
“Epidemics ignite public fears with great ease, in part because the ‘enemy’ is often undetected, and therefore potentially everywhere.”
Administrators of fear
Prolong uncertainty
Anomalous and contagious event
Fuzzy techniques
Fuzzy gradations
Heterogeneous compositional force
SPAM Book (Spam, Spam, Spam, Spam) : On Viruses, Porn, and Other Anomalies from the Dark Side of Digital Culture
Reactions, Thoughts, Musings on Part 1: Contagions
Reading the essays in Part I required extra exercises in anger management to complete. Unless you are completely removed from the U.S. economy – i.e., you live in a hole with no electricity or running water and conduct all material transactions via bartering because you possess no national currency – or you are one of rare few who considers him-/herself part of the richest 1% in the country, I cannot grasp how anyone can get through Contagions without experiencing even the slightest elevation in blood pressure. While this portion of the book ostensibly dealt with re-conceiving the phenomenon of viruses and contagions in the digital context, for better (or perhaps erroneous) understanding, I could not help but incessantly draw parallels to the “contagion” of economic and financial collapse that has befallen this nation and the world, that is, regard this new conception of contagion in the social arena.
“[V]irality is not limited to the criminal, terrorist, or activist enemies of capitalism, but also includes the internal spread of political corruption, economic panic, rumor, gossip, and scandal on technologically enhanced networks.” (Tony D. Sampson, p. 44)
“ … the far-from-random aristocratic connectivity of the scale-free model.” (Tony D. Sampson, p. 52)
“… vulnerable to targeted attacks from viruses aimed at clusters or nodes or shocks to the network …” (Tony D. Sampson, p. 45)
In Part I: Contagion, the authors reinforce the notion that the way to think about digital contagions is not by the old ways of representational analyses (e.g., biological and immunological analogies) that ultimately end up short. Rather, we must shift our viewpoint by casting these old paradigms aside and looking at viruses and digital contagion on their own terms. For instance, the book’s authors invite us to stop looking at viruses and anomalies in a strictly good/bad, good/evil sense, because depending on the situation viruses can act either as parasites or “enablers or other digital life forms” (p. 28). They can't simply be classified as one or the other, in absolutes. Also, it is short-sided to regard digital contagion strictly in terms of an inside/outside dichotomy, that is, as an external or outside threat to the system only. The first quotation above illustrates that digital threats can just as easily spread from the inside, completely ignoring any keep-out-at-all-costs external-only defense.
My point is not to give a blow-by-blow analysis of Part I, but to document my visceral reaction to it, which I have nearly forgotten at this point. In the blog post after this one, I have thrown compiled a list of words and thought associations culled from this section of the book. The emphasis is on those words and phrases most closely associated with the idea of a new paradigm for understanding digital contagions: they constitute internal threats equally if not more so than external (p. 44); the worst, most effective damage comes from targeted attacks (“shocks”) at key, well-connected nodes in the network (p. 45); under the concept of a scale-free topology of networks, the success of a contagion stems from infecting a few select nodes (the elite nodes, I would say) in close proximity to alike “power nodes” or hubs that are incredibly well-connected (better than the average "network assemblage") to the rest of the network and lie in relatively close "spatial proximity and equilibrium" to each other (p. 55).
While Thomas S. Ray is quoted as saying, “The objective is not to create a digital model of organic life …”, I am in a way breaking this rule by applying a newly refurbished digital model of virality and contagion to the socio-political phenomena (not necessarily organic, I realize) of the latest financial crises. After spending last summer reading Matt Taibbi’s Griftopia: Bubble Machines, Vampire Squids, and the Long Con That Is Breaking America and parts of Naomi Klein’s Shock Doctrine: The Rise of Disaster Capitalism, I cannot help but see the latest round of disastrous events clearer than ever through the lens of this reconfigured model of digital contagion. The corruption (credit default swaps, toxic loans, bad mortgages, housing market collapse) that infected our financial system stemmed from a small cabal of powerful, well-connected players (e.g., Wall Street Bankers, Goldman Sachs, Lehman Brothers, Bear Stearns and others aided and abetted by politicians, lax government regulation, the Federal Reserve lead by Alan Greenspan) – the nodes or network assemblages of aristocratic connectivity whose activities were kept well hidden from public scrutiny (i.e., they were a nearly invisible internal threat) – many of whom paradoxically ended up rewarded for their misdeeds thanks to a political apparatus (the other internal hubs or nodes of power) more accountable to the anti-democratic influence of corporations than to the democratic influence and outcries of its own people.
While I will admit that I had difficulty changing my own mindset so habituated to biological metaphors for my understanding of digital contagion, I have nonetheless adhered to the classic visualization of the virus for this project. To repeat, I have pulled out select quotations, words and phrases from Part I: Contagion that I believe capture the most salient concepts and themes on contagion, compiled them into a document, and fed them into Tagxedo. The resulting tag-image boldly encapsulates in a visual-verbal fashion a new (refined? nuanced?) perspective on digital contagion that, right or wrong, I believe is wholly applicable to socio-political phenomena.
http://www.tagxedo.com/artful/a8f66d3ed9264f8d
Zittrain's 'The Future of the Internet' ... Generative Spheres of Netizens
Alas, it's time for the final class-related post on Jonathan Zittrain's The Future of the Internet: And How to Stop It (Yale, 2008).
Right off the bat, the title on the book's cover stunned me like a cold, unexpected slap from nowhere. Rather, it was specifically the subtitle that caught my eye: ... And How to Stop It. I thought to myself, this guy must be out of his mind. Who on earth would want to get rid of the Internet? You can't go back. That's crazy!
Alas, I only needed to peer between the covers to get at Zittrain's point. The history of the rise of the Internet has taken place through two different modalities of computing machine - the appliance (Hollerith and subsequently IBM's tabulating and word processing machines) and the PC/personal computer (Jobs' Apple II and Windows-based machines). Appliances exemplify closed-system computing. They serve preset functions very limited in scope, are safe and secure, and allow little or no flexibility to their users (and manufacturers for that matter) with regard to changing or adding to their functionality. By contrast, the personal computer could be symbolized by an open book whose story waits to be finished or even written by its users. It exemplifies open, generative computing. PCs possess few preset functions by their manufacturers and are open to the addition of new, often yet-to-be discovered functions by their users. This openness to tinkering by its users both blesses and curses the PC, for it endows it with its generative capacity and its large vulnerability (in comparison to appliances) to breeches in security. Without this generative capacity, Zittrain contends, the Internet would not have developed into the wondrous socio-econo-technological phenomenon it is today.
Yet, at the same time, it is this crucial feature of generative capacity that lies under an enormous threat. The flexibility and freedom to create enabled by the generative capacity of a technology also leaves it wide open to corruption and abuse. According to Zittrain, it will take only a 9/11-like watershed security breech (unlikely but possible) or a "death of a thousand cuts" (the "creeper scenario," much more likely) to lock down our PCs (and the Internet) and turn them into sterile, unimaginative, highly restricted appliances and humanity will effectively enter the next socio-technological Dark Age (p. 51). Hence, there we find the reason for the book's alarmist subtitle. It is this wholly plausible fate - the lockdown of the Internet - against which Zittrain inveighs.
Speaking of inveighing against things (enter my not-so-subtle segue into an entirely new point that doesn't bore you with summarizing any more of the book), I have a confession to make about one of the model technologies Zittrain highlights as an example of successful generative technology: yes, that's right, Wikipedia. Librarians and info professionals, as the story normally goes, have historically been quick to inveigh against Wikipedia, because it represents a shortcut in good research and critical thinking, or so they/we would say. After reading chapter 6, "The Lessons of Wikipedia," I have to say that I have been convinced that this opinion no longer holds an "absolute truth," much less is it entirely correct. Sure, I agree that Wikipedia should not be one's sole source of information, especially with regard to projects that require serious, thorough research (e.g., academic papers). I would say the same for the use of any encyclopedia, for that matter. It can serve as an excellent starting point, a place to help brainstorm ideas on a topic (i.e., discovery tool), a source for background information on nearly any topic. However, as I always strive to impress upon all the student researchers I encounter, it should not turn into one's one-stop, all-in-one destination for research. You have to expand your horizons beyond what is found there. That's what the references are for!
That being said, Zittrain has opened my eyes to the reason Wikipedia encompasses more than just an online encyclopedia. Despite its many ups and downs (but mainly, they have been ups), Wikipedia stands head and shoulders above the competition, because it embodies the essence of generative technology:
Wikipedia's success ... is attributable to a messy combination of constantly updated technical tools and social conventions that elicit and reflect personal commitments from a critical mass of editors to engage in argument and debate about topics they care about. Together these tools and conventions facilitate a notion of "netizenship": belonging to an Internet project that includes other people, rather than relating to the Internet as a deterministic information location and transmission tool or as a cash-and-carry service offered by a separate vendor responsible for its content. (Zittrain, p. 142)
In this passage, Zittrain conceptualizes Wikipedia using the language of Lawrence Lessig, namely the "four constraints" of regulation in Ch. 7, "What Things Regulate," of Code v. 2.0. They are:
These four constraints are better understood in tandem, interdependent parts of a dynamic system of regulation imposed on the "dot" (in this case, generative technology or Wikipedia). Changes in one often affect changes in one or more other constraints. Therefore, as Lessig argues in Code 2.0, a complete view takes into account all four modalities together (p. 123). Regarding each constraint in isolation generates an incomplete and potentially misleading picture. Thus, for example, architecture applies to hardware of the Internet and servers that are used to host Wikipedia as well as the software that allows its contributors to generate entries. This architecture is in turn shaped by Wikipedian's norms or set of community-generated rules - which among other things require that anyone with access to the Web can become a Wikipedia contributor, an enormous openness to public involvement (FotI, p. 146) - and laws - which Wikipedia honors and upholds, such as laws on copyright and defamation.
Given Lessig's 4-sided paradigm, we can appreciate the power and complexity of Wikipedia as a generative technology, an almost organic, living entity, an ever-dynamic "work in progress" (FotI, p. 142), a representation of "semiotic democracy" (FotI, p. 147) that owes its very existence to its community of dedicated creator-participants, the netizens. On this last part, I will close by saying that, explicitly and implicitly, I believe that Zittrain regards netizens and their actions (or lack thereof) as a major key in preserving the Internet as a generative technology and prevent it from suffering a sad fate of being reduced to mere appliance. If you and I value generativity and believe its benefits are worth the very real and significant risks that it entails, as responsible netizens, we must be proactive and vocal in our support and protection of it. Now is not the time for slacktivism!
Code V. 2.0 - A Code to Freedom?
Lawrence Lessig on how regulation, or code, will provide architecture to protect our fundamental values on the Internet - freedom of speech, the right to privacy, and intellectual property rights. Initially perceived as an anarchic Wild West immune to regulation by the state, cyberspace, especially today, is anything but. Initially, non-commercial interests possessed control of this architecture, but it has since moved into the exceedingly powerful grasp of commercial entities (p. 7). Now, as Lessig sees it, government must (and will, as I am confident time will tell) step in regulate as a counterbalance to commercial interests. The questions remain: what checks and balances will be put in place to ensure that no single regulatory entity amasses too much power? Can free culture still thrive, free speech still be preserved, and access still be granted while maintaining a reasonable expectation of privacy?
Clearly, The Exploit's (2007) Galloway and Thacker and Information Feudalism's (2003) Drahos and Braithwaite read Lessig's Code before writing their respective books. The first version of Code came out in 1999, plenty early to allow all those authors time to assimilate Lessig's thoughts and then reply to his book, so to speak, with updates on the state of the code and reports on whether the values he holds dear have been upheld or further imperiled. While D&B illustrated stark examples of how the government has lavishly dispensed IP protections to commercial entities at the detriment of the public good, developing a system that all but rigs copyright and patent benefits entirely in companies' favor, G&T adhere to the paradigm of the code, or protocols, that function across numerous boundaries (e.g., biological, technological, political) and advocate turning those protocols against themselves (exploits) as a means to uphold and exercise individuals' freedom.
I would have to say that in all my years working at the campus library, Ch. 10 "intellectual property" accutely resonated with me. When Lessig recounts Stefik's notion of trusted systems as a method that employs a manipulation of structure (technology) to assure authorized access to copyright materials, I had to struggle to keep the bile from rising in my throat. As the library, licenses with hundreds of vendors to online materials (primarily e-books, e-journals, video and audio, and databases) demand that we provide access only to authorized users, the university community (staff, faculty and students, and not the public). Implementation of this "trusted system" is costly and frustrating, both for the library and our constituents. Nothing is easy about accessing the library's electronic resources from off campus (although from my past experience with a different system, it has been worse). Problems arise in a number of scenarios, all more or less due to the trusted system: users fail to get what is their right to access to materials because of issues that can be rectified right on the spot (e.g., browser incompatibility issues or media plug-ins that need to be loaded), or that persist for days (e.g., the "system" does not recognize him/her as a real student; this necessitates visits to numerous offices on campus, all during business hours in most cases, and all at the student's expense of wasted time).
In short, the trusted systems at place in, well, virtually every university and college library demonstrate how the actions in the name of protecting property - intellectual property, no less (which, as Lessig argues, does not deprive the owner of value when shared, not like a house or car does [p.181]) - can be excessive and prohibitive to those who have every right as authorized users to access it. The "promot[ion] ... of science and the useful arts" suffers as a result of IP rights that extend for far too long in my humble opinion. I am aware of Fair Use, the Free Software movement, and Creative Commons as quasi-antidotes to excessive IP protections and the shrinking size and growing exclusivity of trusted systems. However, little has been done to reign in the annually increasing cost of access to these protected materials (we spend millions each year) for a return on investment, if I may use an economics term here, that it appears to dwarf in comparison.
I understand and recognize that copyrighted content cannot be given away for free (Lessig and G&T both argue the negative consequences that would do). At the same time, the monetizing of this material seems to have formed a virulent philosophy in sectors of the media culture who feel that they too should develop exclusive trusted systems for all their property (e.g., NYT wanting to charge for access to not just some but ALL the articles published on their site). I sincerely hope the Internet does not turn into a place that nickels and dimes its users to access virtually all the information and services it provides as this monetizing ethos spreads. May commercial entities see the error of trusted systems gone extreme; may they recognize the cultural value in sharing, not locking away, at least some of their IP. After all, what good is a book, a music recording, or a picture if no one is allowed to enjoy it?
He (Or She, But Most Likely He) Who Writes the Rules Wins
Warning: This week's post (which is really a late response last week's reading) will be semi-off-the-cuff. I took the day off of work and school on Monday. Yet, I cannot refrain from making some comment, however nominal or superficial, because Information Feudalism has me riled and mad.
As an info-professional and librarian, I have never been so aware of the legal, economic and, hell, human rights issues with regard to copyright and patent laws as Peter Drahos and John Braithwaite have made abundantly clear in Information Feudalism: Who Owns the Knowledge Economy?
Knowledge is power, and power is knowledge is about the simplest, starkest way to summarize the overall theme of this book. Other important subthemes that riff on the main theme are
"Piracy" makes you and me criminals in our own country, and in many cases without knowing it.
Excessive IP protection quashes innovation by making it too costly for competitors and peers to improve on existing inventions. Loose or non-existent IP protections also hinder investment in R&D, since it makes such investments unprofitable or unable to recoup costs and break even.
TRIPS (Agreement on Trade-Related Aspects of Intellectual Property Rights) might as well be called TRAPS. Generally speaking, it overly favors the entities enforcing its rules and severely handicaps those net importers of TRIPS-shielded commodities who agree to it. It's a shining example of how the rule-writers completely rig the copyright and patent game to benefit themselves either through extortionist profits or ridiculous penalties against those who violate the rules.
I'll put it another way. Did you work on a life-saving drug at your public university medical school? Better keep it under wraps, patent that sucker before it's gets out, oh, and make sure to charge the public and arm and a leg for it. Why should the public not spend a little (read: A LOT) more for that miracle drug at the pharmacy? They paid your salary with your tax dollars after all. I mean, that university biochemist who is benefiting from his colleagues' intellectual capital and all that expensive research at the library (I know better than anyone how free those journals and books are not), not to mention the extended network of university and professional colleagues around the globe from which his position entitles him, is not doing anything illegal from closing off widespread benefit from his work without exacting a massive profit first - all thanks to copyright and patent protections. (Oh, and he probably will not profit personally from it, but the company that files his patent, manufactures and markets the drug, sure will.) After all, just because it is legal does not mean its ethical or moral.
Such is and has been the case with much university research and intellectual output (I repeat, we pay a lot at the library for those journal subscriptions, many of which contain journals from our own professors. Yes, it is a racket of paying twice for the same information. Thanks for pissing me off, Drahos and Braithwaite. The academic publishing model is an unsustainable one for increasingly strained library budgets. This is an argument that the professional library journals have been making for years, but very few libraries have been able or willing to combat. But I digress), the chemical/drug industries (starting in Germany, then spreading to the US), modern technology (from the late 19th C. onward. I must say that Edison was a real %&*# when it came to copyrighting and/or patenting anything that he touched or thought about), and now computer and web applications. According to D & B, the "system" has been rigged in favor of empowering and enriching the oligarchs and technocrats, all under the auspices of protecting the work's author or inventor, when it is seldom he/she who gets the lion's share of the benefits (i.e., profits from sales).
I should probably stop before I carry this diatribe any further. I will add in closing that I will be loaning my copy of Info Feudalism to a dear friend for whom I truly worry. He is currently wrapping up studying law, specifically corporate and IP law, down at U of H. Before he got accepted to the law school there, he joked that he would end up "working for the man", i.e., going into the specialty that overwhelmingly is used to benefit the company over the people, regardless of any injustice that is dealt against them. (And yes, I know not all companies or corporations are bad. It's not that black and white. Most of us work for the big guys, after all, and we are not "evil" people bent on doing "evil" deeds.) Who knows? My friend does possess the wit and the moral compass to know what he is doing, what he is going into with this choice of profession. Perhaps he'll ultimately play the role as the insider who changes the corporate IP culture for the better away from the TRIPS exclusionary favoritism described in the book. In any event, I know the read will amuse him. :)
Week 12 – Here Comes Everybody – Clay Shirky
It’s a Small Post After All / It’s a Small, Small Post
This week’s post will be (perhaps mercifully) short as I concentrate my efforts on piecing together my paper proposal.
The sense that I get from Shirky’s Here Comes Everybody is that he regards the rise of social networking, crowdsourcing, Web 2.0, collective action, etc. with a sober ambivalence compared to the ecstatic cheers of Christakis and Fowler. C & F can barely contain their enthusiasm for what they see as the coming techno-utopi-singularity in Connected. Shirky manages a more measured stance on the concepts of networked communities and crowdsourcing. At least he appears more willing to acknowledge that the relatively recent phenomenon of collective action via Web 2.0 technologies can lead to good as well as bad outcomes.
Of course, his book would strike us as depressing as hell if all it documented were the disasters and failures. Shirky is kind enough to dwell on many of the good stories, often speculating on where such collective actions could lead. As he points out in Ch. 11 (“Promise, Tool, Bargain”) after recounting numerous examples of social networking in various cultural milieu – before one can pass a “good” or “bad” judgment on their effects - it helps to understand exactly how they form. It takes a Heideggerian perfect storm - the building of a critical mass - amongst technology (that is easy and accessible), the group (not too small, not too big, and guided by some form of shared mission), and willpower (compelled by a give and take relationship in which the individuals of the group feel significant for the efforts they do while not feeling too put upon by the demands of participation). In this light, it is easy to see how these organizations that seemingly materialize from thin air constitute a delicate ecosystem, one in which the slightest imbalance usually spells the group’s collapse. With this understanding, I imagine that countless social networking groups have come and gone like flashes in a pan, so quickly forgotten as society rushes forward to the next big thing.
While the end of the book hints at the possibility of new public spheres (those that Habermas intended, which could affect political change), it does not do so with grandiose intentions or any call to arms (Galloway and Thacker, anyone?). A manifesto this is not. And by dint of the fact that humans remain central to the network’s success or failure – not, as C & F might suggest, the technology – I am now confident that the Singularity simply does not loom on the horizon. Yes, the organizations that emerge from social networking may display a (vague) intelligence and they do have unique characteristics that cannot be explained through observations of the individuals alone, but their lives are so transient and their architecture is too fragile for anything that resembles even a fraction of Ray Kurzweil’s wide-eyed vision (i.e., the Singularity) to occur. If the Singularity is the next major leap in human evolution, humanity can just as (or more) easily destroy itself before it arrives there.
The Exploiter’s Manifesto
Alexander R. Galloway and Eugene Thacker’s The Exploit: A Theory of Networks
Galloway and Thacker deviate dramatically from Christakis and Fowler’s take on networks last week. While C and F more or less trumpeted the network paradigm and networks with virtually uncritical hyper-enthusiasm (they in fact welcome wholeheartedly the coming of the next stage in evolution, the techno-human superorganism), G and T paint a sobering, more level-headed portrait of the network paradigm. While acknowledging the ascent of networks as the dominant paradigm in the current discourse (p. 25) on technology, politics, biology/medicine and the mixing or hybridization amongst each other (e.g., biotechnology from the networking of biology with technology), G and T make no secret their deeply critical view that networks are anything but frameworks for ultimate good that invariably engender a form of liberation for mankind.
Instead, they take this misguided view to task as they summon (seemingly without any effort) the intellectual acumen of several of the twentieth century’s greatest thinkers, some explicitly (Deleuze, Foucault, and Guattari, amongst a long list of lesser known scientists and theorists) and some implicitly (Habermas, one can argue, with respect to the public’s participation in politics or the public sphere). When we start to view networks more fully (their ontological, technological and political dimensions – p. 58), we see that they emerge not only as entities that are dynamic, flexible, moving (in flux, a process), and in some sense living, they embody a paradox, a set of contradictions in tension, in every one of those dimensions in which they are found: that is, they display the characteristics of unity and heterogeneity at the same time (p. 60). Most importantly, regardless of the dimension that the network occupies (but explained via the politico-ontological), it represents highly efficient distributed control as exercised through its most fundamental mechanism, protocols, the means to discriminate and regulate all those disparate, heterogeneous nodes – in essence, protocols dictate how their relationships will function - and bring them under the single unifying umbrella of the network.
While in some circles networks have come to symbolize an inspiring new form of liberation through the power of widespread connectivity and interconnectivity, G and T illustrate that the network properties of connectivity translate precisely into the opposite effect: that is, by dint of their being networks (existing), networks come to symbolize the latest in forms of control (p. 5). Explained another way, networks are all about determinism, not the free will of its agents (nodes), which it exercises through the complex, multifaceted concept of protocols, be they human (e.g., political, social) nonhuman (material, biological, technological), or both (Ibid). In addition, our understanding of networks must not exclude the revelation that networks create conditions for the rapid and efficient distribution of power in order for the sovereign (as an entity distinct from the network) to establish and maintain its hegemonic influence (p. 20).
Before we as the little people envision ourselves as powerless pawns before the multitude of networks and resign ourselves to lives of quiet, bitter despondency, G and T summon their inner Marx in order to throw us a surprise and a possible way out of this situation. At the end of the “Nodes” section, Part I, the authors set forth their manifesto to “combat” (for lack of a better term) the disenfranchisement and disempowerment caused by the network paradigm. It is here that we witness the revitalization of the Habermassian public sphere, a way to regain that which is rightfully ours, an influence on the political dimension, a re-appropriation of the dominant techno-political organization aka the protocols in our lives (p. 78). The idea is not to level the network until it is gone. A networkless world no longer exists. To put it succinctly, “it takes networks to fight networks” (p.100). Instead, we have to engage in what singer, musician and agent provocateur Jello Biafra calls “creative crimes,” or what G and T call the exploit. What form the exploit takes varies – from life-resistance to counterprotological practices; using the essential characteristics of networks to critique, subvert, and transform them – the point being that public spheres are not doomed to extinction, as Boeder opined in his essay.
[My apologies for simply summarizing and reviewing this week’s text and offering little that is new in my interpretation other than the idea that the book, especially in Part I, resembles the act of borrowing from and reimagining the commentary and insights provided by what I presume are the authors’ heroes, the critical thinkers Foucault, Deleuze, and the guy who proposed élan vital (name escapes me). In a sense, they have given us hope by removing the fear of the abominable unknown (the networks) through new modes of interpretation and then, to an extent, offering the tools to resist and/or remove its power. The same system/processes that give networks their power are the same system/processes that can topple it.]
No One Escapes The Network - Christakis, Fowler, and the Singularity
Connected – Nicholas Christakis and James Fowler
[Apologies on “getting it wrong” in my interpretation of Habermas from last week. I continually regarded the public sphere in a limited sense as a social group, giving very little weight to or ignoring the significance of its ability to affect the political. Therefore, I was wrong to state in so many words, “Where isn’t there a public sphere?” Like Boeder says in the opening of his essay, “… one might argue that it [the public sphere] is on the verge of extinction.” After last week’s discussion, I now understand how one might justifiably come to such a conclusion.]
While I’m still a few dozens of pages short of completing Connected, I feel I’d better voice my thoughts now before I miss the deadline. Based on my nearly complete reading of the text, I would argue that Connected does not share with the world a entirely new or radical revelation, intriguing as it may be. The idea of viewing all social activity – be it in the form of business transactions, sexual behavior, fashion trends, Internet “viral” phenomena, etc. – through the paradigm of networks seems little more than the next logical step in the study of the psychology and the philosophy of social groups and culture. Since the approaches of methodological individualism and methodological holism alone have not yielded sufficient insight, as Christakis and Fowler claim, why not combine the two disciplines into a new yet not wholly different paradigm, network theory (302-303)? Essentially, Christakis and Fowler give social and cultural phenomena the Freakonomics treatment, that is, they construct a new, different way of interpreting the mundane so that it transforms into the novel, the wondrous, the more revealing. For that, they deserve NYT’s bestseller status and then some. These two doctors may have not invented new sensory organs, but they certainly have given us a new way to sense with our existing organs for a more expanded, deeper, and more information-rich experience.
Putting aside the authors’ nearly relentless extoling of the value of the network paradigm as demonstrated in anecdote after anecdote, the reader will acknowledge that this new epistemology for understanding humanity’s place in the world stands on relatively firm ground. Yet as much as I appreciate their zealous network optimism, I could not avoid pondering some of the more sinister manifestations of the network. I am talking about the idea of the superorganism or the singularity (great article on Ray Kurzweil, the Singularity Movement, and his predictions for a post-human future). While Connected briefly sheds light on the negatives that networks can expose and propagate (e.g., the spread of STDs among sexually active teens, the amassing of political power by a country’s plutocracy at the expense of the poor, or the spread of terrorism), the authors quickly brush aside such infrequent but nevertheless significant phenomena as they refocus their sights on all the good that network studies (and by extension networks) can bring to light. For me, the book’s most important message is that there is no individual human being who is completely and utterly independent. After all, advanced medical experiments notwithstanding, it takes at least two human beings to provide the materials to produce another; and no person that I know has ever been born from thin air. More importantly, no one - not the rich and the powerful, not the celebrity or the genius-level inventor – achieves his/her high station in life entirely on his/her own, isolated, and at the exclusion of other people or outside forces. Great personal success never occurs in a social vacuum, absent of a community and the fruits of collective effort, a message that I, like the book, firmly endorse. I wholeheartedly agree with the authors that the ideology of “rugged individualism” to which so many in American culture cling is both excessively overused and a myth.
As much as I find the book’s message clear and on point, I cannot escape consideration of another highly plausible “logical conclusion” of networks, the concept of the Singularity – a massive, self-conscious organism in which humans will effectively lose their distinct individuality and wander through life as identity-less cell-units (think the Bork from Star Trek, hive mind/insect colonies, or a world brain). Unless the human race wipes itself out through war, famine, or disease or a global natural disaster spells our end as species, is the next (final?) step in the evolution of humanity the merging of man and technology into the most epic network of them all, the singularity?
In raising this issue, I realize that I am not merely some paranoid kook opening the darker recesses of his brain to air a completely ridiculous, laughably farfetched figment of his imagination. Intellectual figures from a wide spectrum of disciplines have spoken on this topic more eloquently and convincingly than I. At the forefront of my mind, simply because his writing gets under your skin, is scifi writer Greg Bear. He entertains a version of the coming of the singularity in his novel and a short story that share the same title, Blood Music. In BM, an extraordinarily intelligent but arrogant scientist (in SF, aren’t they always?) sets off a chain of events resulting in global scale singularity by injecting himself with bio-nanobots (what he calls “noocytes” and are best described as grey goo) he devises in a lab after much trial and error. At first, the ‘bots gift him with superhuman qualities: incredible strength, heightened senses, immunity to disease. In a nightmarish turn of events, the ‘bots assimilate his genetic material, become self-aware in the process, begin replicating themselves non-stop, and eventually transform the scientist into a giant supercolony of noocytes. As the scientist surrenders his consciousness to this new techno-organism composed of millions of billions of nanobots, the story ends with the implication that thanks to the flushing of his ‘bot-riddled excretions into the community water supply earlier in the process, it is but a short matter of time before the rest of humanity falls to the same fate.
The authors of Connected give the impression that ultimately, they would welcome the singularity-izing of humanity:
“[C]ooperative interactions are hallmarks of most major evolutionary leaps that have occurred since the origin of life … the agglomeration of single-celled organisms into multicellular organisms, and the assembly of individuals into superorganisms.”
“Social networks can manifest a kind of intelligence that augments or complements individual intelligence … [They] can capture and contain information that is transmitted across people and time … and can perform computations that aggregate millions of decisions …”
“Social networks also have a memory of their own structure … and their own function …”
(p. 290)
“[U]nlike corporeal organisms, networks can, if disassembled, reassemble themselves at a distance.”
“Networks are also self-replicating in the sense that they outlast their members …”
“[They] are often self-annealing. They can close up around their gaps, in the same way that the edges of a wound come together.”
(p. 291)
You can see that they have made my point for me, in their own words. If the singularity is truly a foregone conclusion, does this mean I should embrace the rapture, resist it in futility, dread its coming, or all of the above?
------------------------------------------------------------------------
Lest I appear a devotee of Kurzeil, I am not. Perhaps something approaching the Singularity will occur, but surely not as quickly as Kurzweil predicts. Still, it is a fun thing to ponder.
thelunchroom:
Wealth is like sea-water; the more we drink, the thirstier we become; and the same is true of fame. ~Schopenhauer
Still Alone Together, More on Sherry Turkle
A continuation of the discussion we started all the way back in the second week of the semester about the "disconnection" all this technological connectivity has inflicted on us. I paraphrase the words and thoughts of Turkle, not mine.
http://www.alternet.org/media/150295/
"This is a book of repentance," Sherry Turkle has said of Alone Together: Why We Expect More from Technology and Less from Each Other. "I have been studying computers and people for thirty years. I didn't see several important things. I got some important things wrong."
"Technology promises to let us do anything from anywhere with anyone. But it also drains us as we try to do everything everywhere. In a surprising twist, relentless connection leads to a new solitude."
Sherry Turkle is Professor of the Social Studies of Science and Technology at MIT and founder and director of the MIT Initiative on Technology and Self. A licensed clinical psychologist, Sherry is the author of several books including The Second Self: Computers and the Human Spirit, and Life on the Screen: Identity in the Age of the Internet. Alone Together completes a trilogy.
Kitteh love.
Public Spheres and Cyberdemocracy – Where’s My Cyberrevolution?
Thoughts and reactions to three essays on the public sphere:
· The Public Sphere, Jürgen Habermas (1964)
· Cyberdemocracy: The Internet and the Public Sphere, Mark Poster (1997)
· Habermas’ heritage: The future of the public sphere in the network society, Pieter Boeder (2005)
Public Sphere (PS) “… a realm of our social life in which something approaching public opinion can be formed.”
It is a place where “…individuals assemble to form a public body … in an unrestricted fashion …. [free] to express and publish their opinions” as they see fit.
~ Habermas, p. 49
On the face of it, the concept of the public sphere seems an inevitability of human social behavior: a place, be it a physical or virtual/digital location, where individuals congregate freely to formulate and voice their opinions and concerns without fear of retaliation from outside powers (governmental, corporate, religious). True, the PS has seen a shift from traditional locales to cyberspace - the masses don’t seem to gather at coffeehouses, town squares, and churches as frequently as they used to. Perhaps it is more accurate to say that the PS has seen an adoption of cyberspace in addition to all the venues it traditionally occupied. After all, PSes are like water: they will go wherever they can, be it in the street, the town hall, or online. As Boeder states in his essay, the PS truly posits itself as an abstraction more than as a physical/geographic gathering of persons. Cyberspace / the Internet / the WWW provides one more medium in which it may dwell, one that has altered the nature of the PS in both positive and negative ways: “… [T]he public sphere has always been virtual: Its meaning lies in abstraction” (“Conclusion”).
However, to leave the definition here is to give the idea of PS short shrift. For Habermas, the PS serves as more than just a sounding board for venting discontent or half-baked thoughts. It is “… a sphere which mediates between the society and state, in which the public organizes itself as the bearer or [sic. of?] public opinion . . . “ (p. 50). The emphasis here lies in public opinion, which “. . . can by definition only come into existence when a reasoning public is presupposed” (Ibid). Habermas’s critics and detractors have spilled plenty of ink on the shortcomings and biases (economic class, racial, gender) that arise from this Enlightenment-bound presupposition of reason in public opinion, so I will not go back down that well-trodden path. The assumption here is that the PS as a mode of reasoning public opinion seeks to rebalance the roles of power between society (the public) on the one hand and the state (the political) and large organizations (corporations) on the other.
My concern, which functions as a prevailing theme in the numerous emerging media studies outlined by Boeder, is with the question of whether the PS can thrive - can preserve, fortify, and expand the public’s power in relation to existing power structures (most of which have been shown to operate in contradiction to the public’s wants and needs) - in the continuously changing milieu of the Internet. No doubt this is an open-ended question that demands to be posed today in 2011 as it was in 1997 (Poster) and 2005 (Boeder) and will need to be in the future if the notions of democracy, open public discourse, and the PS are to survive.
Photo of mass uprising in Tahrir Square, Egypt, Feb. 2011
Toward the end of his essay, Poster warns that “… the mere fact of communicating under the conditions of the new technology does not cancel the marks of power relations constituted under the conditions of face-to-face, print and electronic broadcasting modes of intercourse” (p. 268). The continued presence of the panoptic effect, for example, be it government-sponsored eavesdropping on citizens e-mails or commercial interests harvesting personal data on individuals’ buying habits, certainly reinforces this point. Only a government that empowers its citizens through transparent and open reporting of its machinations, permitting those gazed upon to look back on the gazer, can hope to counteract the public’s loss of power. Unfortunately in this country, we have witnessed a growing, seemingly insurmountable challenge to this right (a most necessary right if we dwell in a true democracy) as traditional media fail to live up to their role as the fourth estate as seen in saga of the Wikileaks controversy. But until the government or corporate gatekeepers gain the ability to throw the switch on Internet access – a scenario that at this point seems highly implausible due to the enormous economic and political hardship that action would cause (see Egypt, whose own government could keep the switch to publicly accessible Internet thrown off only for so long before the pain to it was too much to bear) – the public sphere possesses the means to counter such threats through the new powers granted by this digital medium (example, mirror sites and similar acts of civil disobedience when the government of Sweden [??] tried to shut down Wikileaks).
For sure, I do not suggest that every institution in existence strives against the interests of the PS. Certain think tanks, non-profit organizations and democratic government entities (think libraries here) hold the ambitions and desires of many PSes as their modus operandi. However, those institutions number in the few, and the amount of countervailing force they wield ebbs and flows beneath the whims of the economo-political climate in which they dwell.
My concern, my fear, is that those forces aligned against the PS’s interests – a government distrustful of its citizens, corporations that eschew any moral obligations to the environment or its citizens (do not form fruitful, sustainable partnerships with their customers) – will eventually fully disenfranchise the public they are meant to serve and no media outlet, not even the Internet, will withstand such a frontal assault. Should the PS as mediator between society and state (Habermas, p. 50) die a quiet death in the transition to (adoption of?) the Internet as the means for voicing the public opinion, what recourse do we have? Will it mean resorting to riots in the street, taking up pitchforks and guns to storm the barricades? Does such revolutionary action even seem plausible in consideration of a scenario in which the Internet is closed to the general public? In other words, is the society that participates in the PS and relies heavily, almost exclusively, on the Internet for self-actualization in danger of collapsing in the event of its sudden absence? While I loathe so much as the thought of such a scenario, I believe that anyone who values (all the good aspects of) democracy must keep this in mind so that we can prevent it from ever happening.